| 153-155 | Heat transfer during the flow of an incompressible fluid in a circular tube, allowing for axial heat flow, with boundary conditions of the first and second kind at the tube surface | V. V. Shapovalov |
| 156-160 | Unsteady heat transfer by radiation in a system of coaxial cylinders | L. P. Batov, Ya. I. Karker and M. G. Kogan |
| 161-164 | Distribution of the irradiance of some “light” infrared sources | V. P. Dushchenko, I. M. Kucheruk, P. V. Berezhnoi and A. F. Bulyandra |
| 165-167 | Heat calculation for the cover of an electrolytic bath | D. A. Zazovskii, V. I. Mukosei, V. N. Suchkov, L. I. Kheifets and L. M. Yakimenko |
| 168-171 | Temperature field in infinite hollow cylinders heated asymmetrically around their perimeter under general nonuniform boundary conditions | M. K. Kleiner |
| 172-174 | Mixing of gas in the space between the plates of a rectifying column | B. D. Levin and A. N. Planovskii |
| 175-178 | Moisture distribution in granular material during drying in a fluidized bed | A. S. Ginzburg and V. P. Dubrovskii |
| 179-181 | On the calculation of adiabatic processes in real gases | L. I. Gel'man and Yu. V. Smolkin |
| 182-188 | Determination of the thermal resistance in vacuum of contacts between metallic surfaces with various degrees of roughness | M. G. Kaganer and R. I. Zhukova |
| 189-192 | Plane temperature field in an infinite solid with a cylindrical foreign inclusion | G. S. Kit and Ya. S. Podstrigach |
| 193-194 | The stability of the fundamental harmonic of a reactor with a closed coolant loop in relation to xenon oscillations | Yu. I. Orekhov and B. A. Kuz'menko |
| 195-198 | Some ways of measuring thermophysical properties by temperature wave methods | E. M. Kravchuk |
| 199-201 | Automatic determination of the thermal diffusivity of heat insulators | V. V. Vlasov and N. N. Dorogov |
| 202-203 | Operation of a highly efficient batch-type thermal diffusion column with a perforated partition | G. I. Bobrova and G. D. Rabinovich |
| 204-206 | Solution of a system of heat and mass transfer equations by the method of straight lines | A. S. Bomko and V. I. Zhidko |
| 207-209 | Influence of number of active vapor-formation centers on heat transfer intensity during bubble boiling in a large volume | G. N. Danilova |
| 210-213 | Generalized modeling and analytical description of meta-constant phenomena in heat conduction and in heat and mass transfer | V. M. Breitman |
| 214-215 | Statistical analysis of models of liquid mixing in various hydrodynamic conditions | E. Z. Shul'ts and V. V. Dil'man |
| 216-218 | Temperature regime of a thin plate heated by an impulsive localized energy source | G. N. Dul'nev, V. N. Cherkasov and N. A. Yaryshev |
| 219-220 | Determination of heat transfer coefficients in a fluidized bed by the method of thermal relaxation of particles | A. G. Gorelik |
| 221 | Comments on the article “Investigation of hydraulic resistance in longitudinal flow of air over a staggered tube bundle” (IFZh, 7, No. 11. 1964) by A. I. Mikhailov et al | M. A. Gotovskii and E. V. Firsova |
| 222-223 | Reply to the comments of M. A. Gotovskii and E. V. Firsova | E. K. Kalinin and G. A. Dreitser |
| 1-2 | Ten years of the “Journal of Engineering Physics” |
| 3-7 | Method of relative correspondence and its application to problems of heat and mass transfer | V. P. Motulevich |
| 8-14 | Boundary layer separation on a circular cylinder in a non-New-tonian elasticoviscous fluid flow | A. V. Luikov, Z. P. Shul'man and B. I. Puris |
| 15-18 | Thermal conductivity of fibrous systems | G. N. Dul'nev and B. L. Muratova |
| 19-22 | Effect of droplet size distribution on spray drying kinetics | Yu. V. Kosmodem'yanskii, A. P. Fokin and A. N. Planovskii |
| 23-24 | Interrelation between the structural-sorption characteristics and the permeability of certain hydrophilic disperse systems | P. P. Olodovskii |
| 25-28 | Investigation of the process of liquid evaporation from a porous metal under vacuum conditions | V. I. Balakhonova, P. A. Novikov, B. M. Smol'skii, V. V. Selivanov and V. N. Shmigora |
| 29-31 | Estimating the specific weight and initial state of a bed of polymer material | V. A. Belyi and O. R. Yurkevich |
| 32-36 | Discharge of turbulent jets into a fluidized bed | N. A. Shakhova |
| 37-39 | Measurement of the maximum rate of heat transfer between a bed of moving particles and a surface | A. I. Tamarin and L. V. Gorbachev |
| 40-45 | Principal characteristics of turbulent nonlinear stokes-fluid flows with transverse shear | V. E. Aerov and B. A. Kolovandin |
| 46-48 | Uniform boundary layer suction in the slip regime | V. G. Leitsina and N. V. Pavlyukevich |
| 49-51 | Motion of a solid particle in a rotating potential flow | N. I. Zverev and S. G. Ushakov |
| 52-54 | Mathematical model of heat and mass transfer in a moving bed of dispersed material | A. S. Bomko |
| 55-58 | Conjugate stationary problem of heat transfer with a moving fluid in a semi-infinite tube allowing for viscous dissipation | V. A. Aleksashenko |
| 59-62 | Some asymptotic solutions of the diffusion equation | I. Ya. Kolesnik |
| 63-65 | Dynamics of nonstationary heat-transfer processes in mixing chambers | Yu. E. Bagdasarov and I. A. Kuznetsov |
| 66-67 | Temperature field of a wedge-shaped rod with a local periodic surface source | D. I. Cherednichenko, V. K. Alekseev and G. V. Dudko |
| 68-69 | Boundary conditions at the surface of an irradiated semibounded mass | D. A. Kurtener and A. F. Chudnovskii |
| 70-72 | Solution of certain problems of the propagation of two-dimensional conductive jets by the integral method | K. E. Dzhaugashtin |
| 73-74 | Dynamic stress amplitude in a fast pulsed reactor | V. F. Kolesov |
| 75-77 | The role of particle collisions | A. A. Repin |
| 78-79 | A method of measuring the total momentum flux of gas jets | M. A. Plotnikov, A. A. Antanovich and A. A. Semerehan |
| 80-84 | Heat transport by residual gases in multilayer vacuum insulation | R. S. Mikhal'chenko, A. G. Gerzhin, V. T. Arkhipov, N. P. Pershin and L. V. Klipach |
| 85-88 | Dynamic-thermal problem for a non-newtonian fluid | S. L. Lur'e |
| 89-90 | Particle motion in the sound field of a standing wave | V. F. Yudaev and D. T. Kokorev |
| 90-91 | Rayleigh equation for the growth of a gas bubble under conditions of finite liquid volume | E. D. Kurtsman |
| 92 | Concerning the erroneous interpretation of Langmuir's formulas | D. I. Zaks and N. M. Naumov |
| 677-682 | An interferometeic study of heat transfer in turbulent jet flows | V. I. Vishnyakov, A. M. Makarov, L. K. Martinson and K. B. Pavlov |
| 683-684 | A bilateral discharge plasmatron with variable electrode diameter | A. I. Zhidovich, S. K. Kravchenko and O. I. Yas'ko |
| 685-688 | An approximate solution for a steady-state problem involving conditions of convective heat transfer | R. A. Pavlovskii |
| 689-691 | Reducing the equations of nonlinear non-steady-state high-intensity heat- and mass-transfer to equivalent linear equations. An analogy of the theory of high-intensity heat- and mass-transfer | P. M. Kolesnikov |
| 692-696 | The thermal regime of solid continuous-wave lasers | B. R. Belostotskii |
| 697-700 | Measuring the local gas content in a bubbling layer | V. A. Men'shchikov and M. E. Aerov |
| 701-704 | The two-dimensional flow of a non-newtonian fluid over the open surface of a rapidly rotating flat disk | N. Kh. Zinnatullin, K. D. Vachagin and N. V. Tyabin |
| 705-708 | The effect of a solid wall on the closure of a spherical cavitation pocket | Yu. L. Levkovskii and G. G. Sudakova |
| 709-711 | Investigation of convective heat- and mass-transfer on sublimation of a rotating sphere in rarefied air | P. A. Novikov |
| 712-715 | A new method of determining the coefficients of moisture diffusion in moist materials | N. E. Gorobtsova |
| 716-717 | The formation of moisture and temperature fields in the process of heat- and mass-transfer in hydrothermal solutions with enclosing rocks | V. N. Kochergin and O. A. Balyshev |
| 720-721 | Laws governing the distribution of heat in bodies of finite dimensions and the application of these laws to radiation heating | G. V. Voronkov, Yu. V. Vidin, E. A. Kondrat'ev and G. P. Boikov |
| 722-725 | The propagation of radiation in capillary-porous colloidal bodies | S. G. Il'yasov and V. V. Krasnikov |
| 726-728 | An approximate solution of the problem involved in the heating of steel with minimum decarbonization | Yu. N. Andreev |
| 729-733 | Determination of flow parameters on injection of water into compressed air | A. M. Zavadovskii and A. L. Berkovich |
| 734-736 | The radiation of an isothermal sphere with consideration of scattering | Yu. A. Popov |
| 737-738 | One-dimensional stability of normal gas combustion | S. K. Aslanov |
| 739-742 | An experimental study of heat transfer in the boiling of Freon-12 in a field acted on by centrifugal forces | A. I. Butuzov, S. N. Fainzil'berg, M. K. Bezrodnyi, P. P. Kudelya and N. I. Stognii, et al. |
| 743-746 | The optimum design of semiconductor liquid-flow cooling mechanisms | M. A. Kaganov |
| 747-749 | The nonsteady contact problem of heat conduction in composite cylindrical systems with thermal resistance | V. A. Kalashnikov, Ya. F. Rutner and B. F. Trakhtenberg |
| 750-752 | The thermal conductivity of the silicides of transition metals | V. S. Neshpor |
| 753-754 | The transfer of heat in the laminar flow of an incompressible liquid in an annular channel with nonsymmetric boundary conditions of the II-nd kind relative to the axis of the flow | L. I. Urbanovich |
| 755-757 | The thermal conductivity of polycrystalline corundum in the range from 90 to 1100°K | I. I. Vishnevskii and V. N. Skripak |
| 758-760 | A method of calculating the thermodynamic properties of gases at pressures up to 12 kilobars and at a temperature above 700°K | A. A. Antanovich, G. Ya. Savel'ev and M. A. Plotnikov |
| 761-763 | Optimum relationships in a plane multilayer wall with internal heat release | M. S. Trakhtengerts |
| 764-766 | An automatic balance for measurements in a vacuum | V. I. Derkachev and D. P. Lebedev |
| 921-924 | Electrohydrodynamic flow between parallel dielectric channels | A. M. Mkhitaryan and V. V. Ushakov |
| 925-927 | Study of electrorheological effect | A. V. Lykov, R. G. Gorodkin and Z. P. Shul'man |
| 928-931 | An investigation of the evaporation of drops in superheated vapor | P. D. Lebedev, B. I. Leonchik, E. K. Tynybekov, V. P. Mayakin and V. N. Lazarev |
| 932-935 | Breakaway of a bubble from a heating surface | V. M. Borishanskii and K. A. Zhokhov |
| 936-938 | Role of working-surface roughness in mechanism of boiling | B. I. Tochidlovskii |
| 939-942 | Motion of liquid drops in one-dimensional gas flow | M. P. Anisimova and E. V. Stekol'shchikov |
| 943-947 | Diffusion burning in a system of two-dimensional turbulent jets | F. Aliev |
| 948-952 | Computation of the longitudinal true-concentration distribution in vertical gas-suspension flows | Z. R. Gorbis and F. E. Spokoinyi |
| 953-955 | Motion of a disperse system in a channel with permeable walls | Yu. A. Buevich and V. M. Safrai |
| 956-958 | The calculation of particle trajectories in fluidized bed apparatus | L. I. Kheifets, R. V. Dzhagatspanyan and A. I. Shcherbunov |
| 959-961 | Electrical resistance of a fluidized bed of graphite particles | A. P. Kozhan, K. E. Makhorin and S. P. Gorislavets |
| 962-966 | Interaction of moisture with model capillary-porous hydrophilic materials | V. P. Dushchenko, M. S. Panchenko, I. A. Romanovskii and I. B. Slinyakova |
| 967-971 | Influence of the calorimetric-element characteristics on the results of heat-flux measurements | V. L. Sergeev, A. G. Shashkov and L. A. Sergeeva |
| 972-976 | Thermal conductivity of binary gas mixtures | G. N. Dul'nev and Yu. P. Zarichnyak |
| 977-980 | Optimization of a convection-cooled cooling fin | V. A. Nevrovskii |
| 981-982 | Modeling nonisothermal steady flow of a real gas in a pipe on an analog computer | V. B. Krivonosov and B. L. Krivoshein |
| 983-984 | Solving nonlinear aerodynamic problems on digital computers | F. N. Yasinskii |
| 985-989 | Numerical solution of the diffusion problem in a two-phase medium with a moving interface | V. F. Demchenko and S. S. Kozlitina |
| 990-993 | Determination of the temperature field in plate with a disk for a nonideal thermal contact between them | O. V. Poberezhnyi and G. S. Kit |
| 994-997 | Temperature field of asymmetrically heated “thin” and massive tubes with consideration of heat transfer in the clearance of the tube | M. K. Kleiner |
| 998-1000 | Spatial distribution of dielectric radiation | S. P. Detkov |
| 1001-1002 | Investigation of heat transfer during boiling on a flat surface by a nonstationary method | G. R. Rubin and A. E. Rovinskii |
| 1003-1005 | Radiative heat transfer in a charge of disperse material | V. S. Nikitin, S. S. Zabrodskii and N. V. Antonishin |
| 1006-1007 | Petr Aleksandrovich Rebinder |
| 1008 | Radiative heat transfer between surfaces of a plane isothermal layer | Yu. A. Popov |
| 1009-1012 | Sublimation of ice under vacuum | A. A. Gukhman and A. Z. Volynets |
| 1013-1017 | Some aspects of the mechanism of sublimation and formation of ice crystals under vacuum conditions | A. V. Lykov, B. M. Smol'skii, P. A. Novikov and E. A. Vagner |
| 1018-1022 | Mechanism of heat and mass transfer in the vacuum sublimation of ice | P. A. Novikov and E. A. Vagner |
| 1023-1029 | Crystal formation at the surface of the subliming layer in the vacuum sublimation of ice | D. P. Lebedev |
| 1030-1033 | Density of the vapor-gas medium in the boundary layer of a subliming body | V. A. Solov'ev |
| 1034-1040 | Heat transfer in nucleate boiling (theory) | V. M. Borishanskii and K. A. Zhokhov |
| 1041-1048 | Slightly twisted jets in a cocurrent flow | V. G. Shakhov |
| 1049-1052 | Heat transfer and drag of a turbulent swirling air stream in the entrance section of an annular channel | A. V. Sudarev |
| 1053-1055 | Experimental investigation of heat exchange between a turbulent airflow and a short rotating cylindrical tube | V. M. Buznik, G. A. Artemov, V. N. Bandura and A. M. Fedorovskii |
| 1056-1060 | Flow generated in the ambient medium by a turbulent jet | G. T. Aldoshin and G. V. Gnidin |
| 1061-1063 | On the problem of rarefied gas flow past blunt axisymmetric bodies | I. V. Skokov |
| 1064-1070 | Temperature field in a nonstationary adiabatic gas flow | I. M. Shnaid |
| 1071-1076 | The downward motion of a liquid film in vertical tubes in an air-vapor counterflow | N. Yu. Tobilevich, I. I. Sagan' and Yu. G. Porzhezinskii |
| 1077-1082 | Calculation of air-film cooling of a rotating disk | E. P. Dyban, A. F. Kolesnichenko, V. M. Repukhov and M. V. Stradomskii |
| 1083-1086 | Gravitational flow of granular materials | A. G. Tsubanov and N. V. Antonishin |
| 1087-1091 | Asymmetry of the profile of temperature waves propagating through a packing under the action of a gas stream | V. P. Kharitonov |
| 1092-1097 | An examination into the methods of hardening concrete as these relate to the porous structure and to the manner in which moisture is bound to the cement stone of the concrete | L. Ya. Volosyan and V. M. Kazanskii |
| 1098-1099 | Some thermodynamic properties of n-heptane on the saturation line | V. V. Zotov, Yu. A. Neruchev and N. F. Otpushchennikov |
| 1100-1103 | Experimental investigation of the specific heat of potassium vapor | N. B. Vargaftik, L. D. Volyak and Yu. V. Tarlakov |
| 1104-1109 | Thermal resistance between two long parallel cylinders of elliptical cross section | L. A. Tseitlin |
| 1110-1113 | Use of the pontryagin maximum principle to solve an inverse heat conduction problem | M. P. Leonchuk |
| 1114-1118 | Determination of heat transfer coefficient from temperature measurements during heating of an infinite plate | V. N. Kozlov |
| 1119-1121 | The effect of a magnetic field on the resistance between electrodes in a current-conducting channel with an anisotropic medium | V. S. Kulikov |
| 1122-1128 | Effect of corona discharge on heat transfer in natural air convection | K. N. Semenov, F. P. Grosu and M. K. Bologa |
| 1129-1130 | Calculating the nonsteady heat conduction of an unbounded plate, with mixed boundary conditions | A. V. Vurgaft and V. A. Dobrynchenko |
| 1131-1132 | Petr Kuz'mich Konakov | V. T. Kumskov, A. I. Pokalyuk, L. A. Goryalnov, S. M. Pokrovskii and I. T. Ivanov, et al. |
| 1133-1135 | Comments on the article “the optimum profile of a radiating fin” | G. L. Grodzovskii |
| 1135 | Reply to Grodzovskii's comments | B. A. Solov'ev |
| 1136-1138 | Comments on the articles | V. A. Starkov |
| 1138-1139 | Reply to Starkov's comments on the article: “Calculating the flow of a two-phase stream in an axisymmetric supersonic nozzle” | I. M. Kapura, V. I. Serebrennikov and D. G. Chernikov |
| 1139-1140 | Reply to Starkov's comments on the article: “The flow of a gas-liquid mixture in a shaped nozzle, with a constant phase velocity difference” | V. G. Selivanov and S. D. Frolov |
| 1140-1142 | In answer to the replies of Kapura et al., and Selivanov and Frolov | V. A. Starkov |
| 1143-1147 | Convection in cavities of variable wall temperature | A. V. Lykov and B. M. Berkovskii |
| 1148-1152 | Investigation of the influence of pressure fluctuations of the heat carrying agent on the mean heat-transfer coefficient in a tube | B. M. Galitseiskii, Yu. I. Danilov, G. A. Dreitser, É. K. Kalinin and V. K. Koshkin |
| 1153-1157 | Mach number distribution over the axis of supersonic underexpanded jets | Yu. P. Finat'ev, L. A. Shcherbakov and N. M. Gorskaya |
| 1158-1162 | The effect of geometric parameters on the characteristics of a conical vortex cooling unit | A. I. Borisenko, V. A. Safonov and A. I. Yakovlev |
| 1163-1167 | Condensation of vapor on a cold fluid jet | P. M. Gofman-Zakharov, K. V. Dement'eva, A. M. Makarov and É. P. Karpov |
| 1168-1174 | Thermal processes at the anode during an intense pulsed discharge | A. G. Goloveiko |
| 1175-1178 | Investigating the removal of heat at the cathode spot of an intensively swept electric arc | A. S. Shaboltas and E. A. Borovchenko |
| 1179-1182 | Approximate evaluation of the thermal diffusion constant in liquid isotopic mixtures | G. D. Rabinovich |
| 1183-1188 | Moisture diffusion in moist materials | N. E. Gorobtsova |
| 1189-1194 | The use of drying thermograms and energograms to determine the moisture in a weak chemical bond with disperse bodies | V. M. Kazanskii |
| 1195-1199 | The motion of solid-phase particles in countercurrent gas-suspension jets | V. L. Mel'tser, I. T. Él'perin and D. M. Galershtein |
| 1200-1203 | The possibility of thermal phosphate decomposition in a low-temperature plasma jet | A. L. Mossé, V. V. Pechkovskii, V. A. Menkh and I. A. Dvindenko |
| 1204-1212 | Numerical solution of a heat-transfer problem | N. G. Kondrashov, T. L. Perel'man, V. B. Ryvkin and M. M. Baida |
| 1213-1218 | Solution of reverse and inverse problems of thermal processes in metallurgy by electrical simulation | L. A. Kozdoba and V. I. Legenchuk |
| 1219-1223 | Nonstationary heat conductivity of moist bodies | A. G. Gorelik |
| 1224-1228 | The flow of heat from the chip-formation zone to the workpiece | Yu. P. Rasputin |
| 1229-1233 | Asymmetric temperature field of an unbounded cylinder with a moving heating line | Yu. A. Shukeilo |
| 1234-1238 | The presentation of the nonsteady temperature field of a steam turbine rotor in generalized functions | O. T. Il'chenko and L. G. Voronovich |
| 1239-1243 | Thermoelastic destruction of transparent media by laser radiation | V. G. Andreev and P. I. Ulyakov |
| 1244-1248 | Determination of thermal inertia of microthermocouples in an axisymmetric air jet | S. I. Morozov and E. D. Naumov |
| 1249-1255 | A quasi-steady method of determining the thermophysical characteristics of solids | V. V. Vlasov and V. A. Shachnev |
| 1256-1260 | Investigating the thermal conductivity and electrical resistance of aluminum and of a group of aluminum alloys | A. V. Logunov and A. F. Zverev |
| 1261-1263 | Capillary viscosimeter for determining the viscosity of vapor in a closed system | A. G. Zhdanov, V. E. Lyusternik and D. L. Timrot |
| 1264-1266 | Experimental investigation of heat transfer by natural convection in an enclosure | A. A. Berkengeim |
| 1267-1269 | The destruction of a dielectric with a pulsed electric discharge in channels with ablating walls | Yu. F. Tainov |
| 1270-1274 | Book reviews | A. G. Temkin and Sh. N. Plyat |
| 1-4 | A summary of the work of Belorussian thermophysicists on the occasion of the Fiftieth Anniversary of Soviet Belorussia |
| 5-9 | Criteria for the determination of the “limits” of continuous flow in a freely expanding jet | A. L. Stasenko |
| 10-14 | Calculation of heat transfer and hydraulic resistance in laminar flow of an equilibrium dissociating gas in a circular tube | I. S. Olonichev |
| 15-20 | Heat transfer on a flat plate in conditions of hydrodynamically stabilized turbulent boundary layer flow | V. M. Legkii and Yu. D. Koval' |
| 21-26 | Temperature distribution in laminar flow of an incompressible fluid, flowing in a rectangular channel with boundary conditions of the second kind | N. P. Ikryannikov |
| 27-30 | Temperature distribution in a gas conductor heated by direct current | D. F. Bozhko, É. I. Molodykh and A. V. Pustogarov |
| 31-33 | Stability of the motion of a solid particle in a planar rotating flow | N. I. Zverev and S. G. Ushakov |
| 34-38 | Heat transfer in parallel-flow staggered banks of tubes with various relative spacings | É. K. Kalinin, G. A. Dreitser and A. K. Kozlov |
| 39-42 | Rate of heat transfer to boiling liquids at atmospheric and reduced pressures during natural convection | N. G. Styushin and L. M. Élinzon |
| 43-49 | The problem of turbulent diffusion in active impurities | K. Z. Ushakov, V. Ya. Volk and R. T. Pozvonkova |
| 50-53 | Sorption of water vapor by capillary-porous substances in relation to temperature | V. P. Dushchenko, M. S. Panchenko and S. F. D'yachenko |
| 54-57 | A frequency analysis of nonsteady heat transfer in a layer of disperse material with heat sources | V. A. Makovskii |
| 58-61 | The effect of thermal-radiation heating on the hardening of epoxy enamels | L. S. Slobodkin, S. G. Krasnich and V. G. Manushin |
| 62-70 | A modified humid-air diagram | Jarl Salin |
| 71-74 | Integrated determination of thermophysical characteristics of solid and granular materials at room temperature | G. M. Volokhov and A. S. Zelepuga |
| 75-78 | Integral irradiance factors of multirow heat exchangers | É. M. Tyntarev |
| 79-82 | Electrical modeling of nonsteady thermal processes in multilayer sandwich walls | M. P. Kuz'min and V. G. Bashutskii |
| 83-87 | Thermal conditions and thermomechanical strength of active glass elements of a laser | S. K. Mamonov |
| 88-94 | Approximate calculation of thermoelastic stresses under nonstationary conditions | P. V. Tsoi |
| 95-97 | Temperature field of an infinite plate in the case of a variable heat-exchange coefficient | V. N. Kozlov |
| 98-100 | Heat and mass transfer due to rapid convection in capillary-porous materials | A. A. Tserfas |
| 101-103 | The dynamic problems of thermal elasticity | M. D. Mikhailov |
| 104-106 | Use of a laser as light source for an interference study of temperature and concentration fields in liquids | A. I. Narbekov, P. A. Norden and A. G. Ustanov |
| 107-110 | The unique features of wave flow with a change in the length of the film path | E. G. Vorontsov |
| 111-112 | Determination of temperature pulsations in the cross section of a plasma jet | V. E. Kukonin |
| 113-115 | Temperature distribution in a liquid layer on a horizontal solid surface | R. S. Kuznetskii |
| 116-117 | Equation of state for a boiling liquid | V. F. Prisnyakov |
| 118 | Correction of an error in the article “A method for the Solution of Diffusion Equations” (Journal of Engineering Physics, vol. 12, no. 2, 1967) | I. Y. A. Kolesnik |
| 119-126 | An investigation into the effect of mass-transfer processes and the forces of resistance on the electrodynamic acceleration of a plasma | P. M. Kolesnikov, B. A. Korotkov and N. N. Stolovich |
| 127-131 | Centrifugal effects when a plasma is rotated in a flat homopolar device | A. I. Gannitskii |
| 132-135 | Generalization of characteristics for a two-chamber electric-arc heater | N. M. Belyanin and N. A. Zyrichev |
| 136-140 | Studying the effect of the temperature factor on the transition from a laminar to a turbulent regime of flow in a boundary layer | A. Azizov, L. M. Zysina-Molozhen, V. M. Kuznetsova and I. N. Soskova |
| 141-146 | The effect of liquid flow swirl on the intensification of convection heat transfer in a circular cylindrical tube | V. P. Kharitonov |
| 147-152 | The hydraulic resistance of an orifice in swirled flow | V. S. Sedach and B. K. Muslin |
| 153-158 | Certain aspects from similarity theory applicable to the processes of momentum transfer | V. V. Kharitonov |
| 159-162 | Calculating the radiative heat exchange between two parallel infinite metal surfaces | A. R. Gordon, G. F. Muchnik, I. I. Kovalev and L. A. Sal'nikov |
| 163-166 | Methods for an experimental evaluation of the axisymmetric motion of a tube wall in the event of explosive deformation | R. P. Didyk, S. S. Krasnovskii and A. G. Teslenko |
| 167-170 | The problem of nonsteady diffusion | B. A. Ivakin and P. E. Suetin |
| 171-176 | Coefficients of mass diffusion in granulated polymers, industrial cloths, and ceramics with an organic plasticizer | L. S. Slobodkin and G. N. Lebedeva |
| 177-180 | The kinetics of capillary absorption of liquids in a constant magnetic field | S. G. Romanovskii and E. A. Raskina |
| 181-184 | The holonomy of Pfaffian forms in the thermokinetic potential and the symmetry properties of phenomenological coefficients | A. A. Filyukov |
| 185-192 | Analysis of certain thermodynamic relationships for equilibrium phase transitions of the first kind | V. V. Revenko |
| 193-198 | Certain peoblems relating to the regular thermal regime of bicomponent materials | A. G. Shifel'bain |
| 199-206 | Generalized solutions of nonsteady heat and mass transfer | M. D. Mikhailov |
| 207-212 | Using difference schemes from the grid method, with weak stability limitations for calculations of nonsteady nonisothermal flows of real gases in tubes | V. P. Radchenko and B. L. Krivoshein |
| 213-215 | The temperature field of a fluidized bed in continuously operational equipment | A. G. Gorelik |
| 216-220 | A method to extrapolate the p, v, T relationships for compressed gases at elevated temperatures | V. V. Altunin and A. V. Gvozdkov |
| 221-223 | The thermal characteristics of thawing silts of glacial genesis | A. V. Rashkin, N. G. Shuvalov and Yu. M. Vedyaev |
| 224-226 | The pulse method of determining the coefficient of thermal activity in matter | Yu. A. Polyakov and G. G. Spirin |
| 227-230 | Provision for radiation losses in measuring the thermal conductivities of thin plates and films | I. Z. Okun', B. S. Fraiman and A. F. Chudnovskii |
| 231-233 | Evaluating the conductivity of plane figures under boundary conditions of the third kind | V. S. Novopavlovskii |
| 234-244 | Cavitation at the surface of a screw propeller | Ya. I. Frenkel' |
| 245-257 | Research in the field of phenomenological rheology | M. P. Volarovich and N. I. Malinin |
| 258-259 | Konstantin Ivanovich Strakhovich | A. V. Luikov, I. P. Ginzburg, V. A. Zysin, N. N. Polyakhov and V. F. Ris, et al. |
| 387-395 | Investigation of heat transfer and hydrodynamic drag in the turbulent flow of a gas in the field of a longitudinal pressure gradient of variable sign. I | A. A. Gukhman, V. A. Kirpikov, V. V. Gutarev and N. M. Tsirel'man |
| 396-399 | A method of determining diffusion coefficients and frictional drag factors in liquids | A. V. Luikov and Z. P. Shul'man |
| 400-403 | Heat transfer in the initial segment of a rotating tube in the case of turbulent gas flow | V. M. Buznik, Z. I. Geller and A. K. Pimenov |
| 404-410 | Am experimental investigation of the turbulent transfer of heat in the initial and stabilized segments of a cylindrical tube under conditions of substantial nonisothermicity | A. I. Leont'ev, B. P. Mironov and A. V. Fafurin |
| 411-416 | A regime of transition from nucleate to film boiling for water and water-alcohol mixtures when the heat-exchange surface is heated by the vapor | N. Yu. Tobilevich, I. I. Sagan' and N. A. Pryadko |
| 417-420 | The combustion of a system of liquid fuel drops | D. I. Polishchuk and N. V. Fedoseeva |
| 421-426 | An experimental method of studying the kinetics of convection drying in the case of variable parameters for the drying agent | M. M. Makarov and L. A. Lukin |
| 427-434 | Investigating the transfer of heat between a vibration-fluidized bed of disperse material and a body that is being cooled within this material | I. I. Kal'tman and A. I. Tamarin |
| 435-440 | Experimental investigation of the motion of a disperse material in a rising gas suspension | G. L. Babukha, M. I. Rabinovich, G. I. Sergeev and A. A. Shraiber |
| 441-445 | Free convection in an immersed plane jet | V. V. Ris, Yu. A. Sokovishin and V. F. Stepanov |
| 446-449 | The effect of injection on the supersonic streamlining of a cone | M. P. Ovsyannikov |
| 450-454 | Energy relationships and the coefficient of energy conversion in the electrodynamic acceleration of a plasma, with consideration of the processes of mass transfer | P. M. Kolesnikov and N. N. Stolovich |
| 455-460 | Certain results from a study of the energy characteristics of electric-arc plasma installations | A. S. Parkhomenko |
| 461-466 | Calculating the integral characteristics for a compressible stream of an ideal gas in the case of adiabatic flow | A. F. Gandel'sman, B. A. Kader and G. G. Katsnel'son |
| 467-471 | Solution of a plane steady-state problem in the theory of heat conduction for a boundary condition of the third kind for regions bounded by cycloidal curves | B. A. Vasil'ev |
| 472-477 | Thermoelastic stresses in a long cylinder for the case of transfer of heat between the surface and an external medium with variable temperature | P. Z. Livshits |
| 478-481 | Calculating the heat release from finned and porous surfaces in the case of a parabolically distributed heat flow | I. B. Tsesarskii and É. A. Motin |
| 482-487 | Calculating the interphase resistance on condensation of pure saturated vapors | N. V. Pavlyukevich, V. G. Leitsina and G. E. Gorelik |
| 488-492 | Modeling the active zone of a water-moderated reactor with a variable number of boiling channels | F. M. Mitenkov, B. I. Motorov and É. A. Motorova |
| 493-495 | The electrical resistivity of aluminum oxide applied to a backing by plasma and gas-flame deposition | V. Smirnov and E. E. Shklyarevskii |
| 496-499 | The problem of accuracy for radiation pyrometers | I. B. Levitin and A. I. Kontsevich |
| 500-506 | Determining emissivity and true surface temperature by means of a pyrometer and an attachment | V. S. Pikashov, A. E. Erinov and V. N. Ruslov |
| 507-510 | Pressure losses in a conduit with a venturi tube | V. S. Sedach and K. M. Dyadichev |
| 511-514 | The problem of thermal conductivity for a finite rate of heat propagation | V. V. Kharitonov |
| 515-517 | The problem of determining thermal resistance | D. I. Zaks |
| 518-520 | The interrelationship between various flows in a conducting system | B. N. Birger |
| 521-524 | Experimental determination of the dimensions for a gas — liquid spray plume in a fluidized bed | P. G. Dobrygin, L. K. Vasanova and V. I. Davydov |
| 525-528 | An integrated method of analyzing the processes of spray drying | B. I. Leonchik |
| 529-534 | Boundary-layer turbulence on a thermally disintegrating surface | Yu. A. Gostintsev, V. M. Zaitsev and P. F. Pokhil |
| 535-539 | Thermal convection waves in viscoelastic fluids | A. V. Luikov and B. M. Berkovskii |
| 540-544 | Experimental study of circular couette flow in a coplanar magnetic field | V. B. Tsukanov |
| 545-548 | The stability of plane flow for a non-Newtonian fluid obeying a rheological power law | A. M. Makarov, L. K. Martinson and K. B. Pavlov |
| 549-553 | The energy bond of film-Meniscus moisture in the macropores of a disperse material | V. M. Kazanskii, P. P. Lutsik and M. F. Kazanskii |
| 554-559 | The onset of nucleate boiling in forced liquid flow | M. V. Aleksandrov |
| 560-565 | Ignition of a reacting gas with a heated surface, in the presence of concentration diffusion | A. M. Grishin |
| 566-571 | Analytical and experimental studies of radiative heat exchange in the muffle chambers of multichannel furnaces | A. E. Erinov and A. G. Golubchin |
| 572-578 | The flow of a compressible dust-gas medium in tubes, in several thermal and structural regimes | V. A. Shvab |
| 579-584 | Surface friction in the adiabatic flow of a compressible gas in tubes | M. M. Nazarchuk and V. N. Panchenko |
| 585-589 | The temperature field of a plate in a solidified gas | R. S. Mikhal'chenko, V. F. Get'manets and V. T. Arkhipov |
| 590-593 | A temperature field problem | G. G. Schastlivyi, A. I. Titko and V. N. Nikolaev |
| 594-597 | A variational method for the calculation of temperature fields in structural elements | A. M. Fain |
| 598-603 | Solution of nonsteady heat-conduction problems for a hollow cylinder on an analog computer | N. Yu. Taits, Yu. F. Gorshkov and S. V. Ryabushko |
| 604-608 | The joining problem of nonsteady heat transfer in a thick-walled channel | K. M. Shlyakhtina |
| 609-613 | Investigating the thermal interaction between a gas well and permafrost soils | B. L. Krivoshein, A. A. Koshelev, Kh. Ya. Rogozhin and L. E. Sidler |
| 614-618 | Determining the kinetic parameters of a thermal-decomposition process by solving the inverse problem | G. E. Vishnevskii and V. M. Yudin |
| 619-624 | A method of studying the state of a rarefied gas | A. N. Temchin |
| 625-629 | Measuring the moisture content of a vapor-gas medium with a capacitive probe | R. O. Naidenov, V. S. Koren'kov and B. I. Fedorov |
| 630-632 | The problem of hydraulic resistance in blowers | I. E. Idel'chik |
| 633-634 | The resistance of a rotating diffuser to a gas flow | P. Ya. Nedviga and S. I. Kulikovskii |
| 635-637 | Intensity of turbulence in the core of an immersed jet and behind grids | I. I. Galyun and Yu. A. Ivanov |
| 638-641 | The effect of thermal diffusion on the condensation of small additions of vapor from a gas flow | K. M. Aref'ev |
| 642-644 | Temperature waves in a cylinder | W. Tomczak |
| 645-647 | Temperature distribution in a rod with consideration of radiation and variability in physical characteristics | I. A. Kuznetsova, A. M. Andreev, Yu. A. Sokovishin and V. F. Stepanov |
| 913-919 | Investigation of boiling heat exchange under conditions simulating weak gravitational fields | Yu. A. Kirichenko, A. I. Charkin, I. V. Lipamova and V. L. Polunin |
| 920-923 | Formation of gas bubbles in supersaturated fuel | V. D. Borisov, V. P. Logvinyuk, V. V. Makarenkov and V. V. Malyshev |
| 924-930 | Approximate analysis of natural convection in a flat channel with stabilized fluid flow | G. N. Dul'nev and A. I. Kaidanov |
| 931-936 | Heat and mass transfer in a binary turbulent boundary layer with natural convection at vertical surface | P. M. Brdlik |
| 937-941 | Stability of homogeneous fluid moving with free convection in horizontal slot under various heat-transfer conditions at the bounding surfaces | E. A. Romashko |
| 942-947 | Low transition region in free jet | L. A. Bulls, V. G. Zhivov and L. P. Yarin |
| 948-951 | Heat transfer in a layer of disperse material | V. S. Nikitin and N. V. Antonishin |
| 952-956 | Influence of pressure drop on flow of loose material through vertical channels | A. G. Tsuvanov |
| 957-960 | Lasers as light sources for Mach — zehnder interferometer | B. N. Baskarev, V. M. Eroshenko, A. A. Mushinskii and Yu. N. Terenm'ev |
| 961-964 | Heat transfer with ice-water mixture flowing in a pipe | S. I. Isataev and N. V. Masleeva |
| 965-969 | Characteristic behavior when surface heat pulse acts on metal | A. G. Goloveiko |
| 970-973 | Thermal efficiency of crosscurrent design in multizone fluidized-bed furnaces | V. M. Dement'ev, T. I. Kolesnik, A. N. Vanzha and L. S. Bolikhova |
| 974-979 | Digital-computer theoretical investigations of nonstationary processes in thermoelectric generators | A. P. Baranov, Yu. G. Manasyan and A. E. Solov'ev |
| 980-984 | Heating of massive bodies by variable-intensity radiant heat source | V. V. Salomatov |
| 985-989 | Determining the thermal stresses in a hollow viscoelastic sphere | A. F. Sidorov and O. B. Khairullina |
| 990-994 | One steady-state heat-conduction problem for a polygonal region with mixed boundary conditions | I. A. Strakhov |
| 995-999 | Generalization of the nonlinear-resistance method to an arbitrary thermal-conductivity-temperature relationship for steady-state heat-conduction problems | Yu. M. Matsevityi |
| 1000-1004 | Approximate analytic relationship for the efficiency of a thin radiating bar | V. V. Morozov |
| 1005-1009 | Determining the characteristics of the emission field in capillary-porous colloidal bodies | S. G. Il'yasov and V. V. Krasnikov |
| 1010-1013 | Separation of boundary layer in pulsating flows of incompressible fluid | Yu. G. Minakov |
| 1014-1017 | Approximate computation method for unsteady moisture-content fields of material being dried | N. E. Gorobtsova |
| 1018-1020 | Surface friction at a permeable plate | V. I. Voronin and A. E. Blazhkov |
| 1021-1024 | Influence of longitudinal temperature gradient on light propagation in lens-like medium | O. G. Martynenko, V. L. Kolpashchikov and B. M. Berkovskii |
| 1025-1027 | Determining thermoelastic stresses in a plate | A. V. Sudakov and A. S. Trofimov |
| 1028-1031 | Approximate method for determining nonstationary one-dimensional temperature fields | G. A. Gemmerling |
| 1032-1044 | Nonstationary heat transfer | B. M. Smol'skii and L. A. Sergeeva |
| 1045-1047 | Ernst Rudol'f Georg Eckert (On his Sixty-Fifth Birthday) | R. J. Goldstein, J. R. Hartnett, W. E. Ibel and T. F. Irvin |
| 1048-1049 | Book reviews | V. P. Dushchenko |
| 1195-1200 | Kinetics of ion exchange | G. A. Aksel'rud, Ya. M. Gumnitskii and I. N. Fiklistov |
| 1201-1208 | Kinetics of heating disperse materials during drying in a vibrofluidized layer | V. A. Sheiman and A. S. Zelepuga |
| 1209-1213 | Turbulence intensity of an ascending dispersed flow | F. E. Spokoinyi and Z. R. Gorbis |
| 1214-1218 | An experimental study of heat transfer during boiling of n-butane in vertical tubes | V. V. Blinov, A. D. Dvoiris, L. S. Midier and O. A. Ben'yaminovich |
| 1219-1226 | An experimental investigation of heat and mass transfer in a reacting laminar boundary layer on a porous cylinder with propane injection | I. J. Kumar |
| 1227-1231 | Influence of stream vorticity on friction and heat exchange in application to the case of a supersonic jet impinging on an obstacle | I. A. Belov, I. P. Ginzburg and L. I. Shub |
| 1232-1238 | Determination of the velocity potential and forces on a body of rotation leaving the plane of a wall | V. D. Serova |
| 1239-1244 | Effect of heats of chemical reactions on turbulence in homogeneous gas mixtures | M. I. Verba and G. I. Svetozarova |
| 1245-1252 | Investigation of the thermal conductivity of porous cermet members | P. A. Novikov and B. G. Mikhnyuk |
| 1253-1258 | Concerning the effect of neutron irradiation on certain thermophysical characteristics of metals | K. S. Pedchenko, V. S. Karasev and V. M. Trikula |
| 1259-1263 | Thermal resistance of multicontact packets | T. A. Kurskaya, E. P. Levchenko, R. S. Mikhal'chenko, A. M. Rybalko and B. Ya. Sukharevskii |
| 1264-1270 | Heat conductivity of a body with variable heat exchange coefficient | B. Ya. Lyubov and N. I. Yalovoi |
| 1271-1277 | Approximate method for the numerical solution of unsteady heat conduction problems with variable boundary conditions of the third kind | O. T. Il'chenko and L. I. Shifan |
| 1278-1286 | Operational calculus for functions of two integer variables with some applications | V. A. Ditkin and A. P. Prudnikov |
| 1287-1290 | Solving heat conduction problems by the straight-lines method | V. T. Ivanov |
| 1291-1294 | Certain properties of diffusion flows near the surface of an evaporating drop | I. Ya. Kolesnik |
| 1295-1299 | Application of a differential-difference method to the solution of one-dimensional nonstationary heat conduction problems with a moving boundary | L. Ya. Zhemoidina |
| 1300-1303 | The connection between the heat exchange crisis and the high-frequency natural pressure oscillations (Discussion) | N. L. Kafengauz |
| 1304-1306 | Temperature field produced by a surface source on an infinite cylinder | D. I. Cherednichenko, V. K. Alekseev and G. V. Dudko |
| 1307-1309 | Investigation of the hydrodynamics in the near-wall boundary layer of a semi-infinite jet | V. K. Savin |
| 1310-1313 | The possibility of approximating the boundary of a nonexpanded axisymmetrical jet to the arc of an ellipse | Yu. P. Finat'ev and L. A. Shcherbakov |
| 1314-1317 | Book reviews | M. K. Kleiner, P. M. Kolesnikov and B. A. Kolovandin |
| 1318-1319 | Rheology Symposium | R. G. Gorodkin and A. D. Matsepuro |
| 1-6 | Radiant heat transfer of a nongray gas with gray surfaces | S. P. Detkov |
| 7-13 | Experimental study of the transient heat transfer between metal balls and a stream of liquid at constant temperature | A. V. Lykov, B. M. Smol'skii and L. A. Sergeeva |
| 14-21 | Some points concerning the shielding of thermal radiation | L. A. Vadachkoriya |
| 22-27 | Heat transfer in a cylindrical layer of an absorbing medium bounded by nonblack surfaces | L. A. Pigal'skaya |
| 28-32 | The problem of the boundary layer at a thermally isolated plate | V. I. Voronin and A. E. Blazhkov |
| 33-37 | Heat transfer in a uniform mixture of two dispersed materials | Z. R. Gorbis, L. P. Knyazev and V. V. Kuklinskii |
| 38-42 | Heat of a layer transversely flowing past a cylinder with circular finning | V. A. Kalender'yan and V. V. Kornaraki |
| 43-46 | Effect of gravitational force on aerosol motion in curvilinear gas flow | V. E. Maslov and V. D. Lebedev |
| 47-50 | The passage of an electrical current through a fluidized bed of electrically conducting particles | A. I. Zheltov, S. S. Zabrodskii and V. A. Borodulya |
| 51-57 | The effect of motion energy dissipation on heat transfer for laminar flow of Newtonian fluids in circular pipes | G. B. Froishteter and É. L. Smorodinskii |
| 58-61 | Determination of the constants of vaporization of metal particles in an arc plasma | M. A. Luzhnova and Ya. D. Raikhbaum |
| 62-66 | Experimental investigation of the thermal conductivity of organic fluids at low temperatures | V. P. Brykov, G. Kh. Mukhamedzyanov and A. G. Usnaanov |
| 67-70 | The determination of diffusion coefficients by the method of integral analogs | V. B. Deimontovich and I. D. Radomysel'skii |
| 71-76 | The turbulent nonisothermal flow of an incompressible gas in a circular rotating pipe | B. A. Kolovandin, O. A. Martynenko and V. E. Aerov |
| 77-80 | Particle size distribution in various zones of a spray jet | G. D. Petrov, R. N. Sokolov and V. A. Vasil'ev |
| 81-87 | An approximate solution of the boundary layer equations with blowing present | A. M. Golovin and É. D. Sergievskii |
| 88-92 | The friction coefficient in nonstationary flows | S. V. Denisov |
| 93-99 | Calculation of the temperature field of a bar for hardening in a water-cooled crystallizing tank | N. A. Avdonin, L. A. Volokhonskii, G. F. Ivanova and A. L. Tsikerman |
| 100-104 | Solution of heat-conduction problem with variable heat-exchange coefficient | V. N. Kozlov |
| 105-109 | Temperature distribution in a repeatedly heated polymer | A. T. Nikitin and V. L. Bobrov |
| 110-112 | Flow of a dye slurry in a cylindrical tube | L. A. Gordievskii, I. B. Perepelkin and G. V. Vinogradov |
| 113-116 | Taking account of slip and convection in the gas between two parallel plates | V. G. Leitsina |
| 117-122 | Calculation of temperature in the motion of a plane annular heat source (in relation to the diamond drilling of glass) | A. N. Reznikov, L. V. Boitsova and A. V. Temnikov |
| 123-126 | Solution of a nonsteady teansport problem by the flux method | I. M. Beskrovnyi |
| 127-130 | A method for simulating electrically moving temperature fields | L. A. Kozdoba |
| 131-134 | The investigation of nonstationary heat transfer by electric models | V. E. Prokof'ev |
| 135-137 | Calculation of the duration of cooling of solids | A. Fikiin and I. Fikiina |
| 138-141 | Temperature field of an infinite plate with variable thermophysical characteristics | S. I. Devochkina and L. A. Brovkin |
| 391-408 | The Lenin doctrine on knowledge and physics | S. G. Suvorov |
| 409-414 | Future development of science of drying of capillary-porous colloidal materials | A. V. Lykov |
| 415-420 | Porous blowing in and drawing off in the case of free convection on a horizontal permeable surface | P. M. Brdlik, V. A. Mochalov and V. G. Sugak |
| 421-425 | Experimental study of heat transfer in the boiling of liquids at low pressures under conditions of free motion | V. V. Yagov, A. K. Gorodov and D. A. Labuntsov |
| 426-431 | Investigation of heat transfer in a region of gradient flow when a plane turbulent jet is incident on a flat plate normal to the flow | A. A. Andreev, V. N. Dakhno, V. M. Savin and B. N. Yudaev |
| 432-435 | On a characteristic of gas radiation in the complete spectrum | S. P. Detkov |
| 436-439 | Dispersion of an inertia mixture of varying size in a two-phase axisymmetrical stream | M. K. Laats and F. A. Frishman |
| 440-443 | Discharge of a gas with solid particles from nozzles at critical velocities | N. V. Pashatskii, N. I. Syromyatnikov and A. N. Kovshov |
| 444-450 | The flow of a rarefied gaseous mixture from an orifice | A. A. Bochkarev, V. A. Kosinov, V. G. Prikhod'ko and A. K. Rebrov |
| 451-453 | Structure of a turbulent jet striking a semipermeable barrier (plane grid) | V. F. Dunskii and L. M. Mondrus |
| 454-458 | Energy balance of averaged and pulsating motion in annular turbulent flows | B. P. Ustimenko and V. N. Zmeikov |
| 459-463 | Anisotropy of the mean free path length in stationary gas flows | A. L. Stasenko |
| 464-471 | Effect of nonuniform discharge on the efficiency of heat exchangers | A. M. Tikhonov |
| 472-478 | Double-beam method of determining the thermoradiation characteristics of materials dissipating radiation | S. G. Il'yasov and V. V. Krasnikov |
| 479-483 | An experimental investigation of the thermal conductivity of highly porous graphitic carbons | É. A. Bel'skaya and A. S. Tarabanov |
| 484-489 | Studying the physicomechanical properties of loose materials | P. N. Platonov, V. E. Glushkov, L. I. Karnaushenko and N. V. Naumenko |
| 490-498 | Numerical solution of a three-dimensional Stefan problem | Kh. M. Geiman and L. I. Rubinshtein |
| 499-503 | Analysis of the two-dimensional temperature field of a bounded cylinder with a planar internal heat source of constant strength with boundary conditions of the first kind | V. P. Kozlov, A. G. Shashkov and G. M. Volokhov |
| 504-506 | The problem of the free convection near a horizontal cylinder with constant thermal flux at the surface | M. V. Sushchikh and E. F. Mosin |
| 507-509 | A generalized equation for the distribution of circumferential velocities in vortices | A. D. Al'tshul' and M. Sh. Margolin |
| 510-511 | Determination of local heat-transfer coefficient by a dilatometric method | V. S. Batalov |
| 512-513 | A radiator system for cooling a short cylindrical body | Yu. G. Zhulev and Yu. F. Potapov |
| 514-530 | The radiative parameters of solids | B. A. Khrustalev |
| 659-668 | Viscoelastic properties of amorphous polymers in the rubberlike elastic state as a function of the nature and length of the polymer chain | G. V. Vinogradov, E. A. Dzyura and A. Ya. Malkin |
| 669-674 | Mechanical behavior of electroviscous nonaqueous disperse systems in shear flow in a transverse electric field | A. V. Lykov, Z. P. Shul'man, R. G. Gorodkin and A. D. Matsepuro |
| 675-678 | Mechanical parameters of dispersed systems under cyclic deformation with various amplitudes | A. I. Isaev, Yu. G. Yanovskii, G. V. Vinogradov and L. A. Gordievskii |
| 679-682 | The electrorheology of dispersed systems | Yu. F. Deinega |
| 683-690 | Hydraulic resistances and heat emission in the stabilized flow of non-Newtonian fluids | S. S. Kutateladze, E. M. Khabakhpasheva, V. I. Popov, I. M. Gurzdeva and B. V. Perepelitsa |
| 691-696 | Rheodynamics and mass transfer of a disk rotating in a non-Newtonian fluid | A. V. Lykov, Z. P. Shul'man, N. A. Pokryvailo, V. I. Kordonskii and E. B. Kaberdina |
| 697-701 | Structure-continuous concept in the rheology of polymer substances | Yu. I. Shmakov and E. Yu. Taran |
| 702-706 | On the motion of two-phase systems in a porous medium taking account of heat- and mass-transport processes | A. Kh. Mirzadzhanzade |
| 707-711 | Theory of the filtration of non-Newtonian liquids through porous media | K. D. Vachagin, M. G. Saifullin and G. V. Vinogradov |
| 712-715 | Percolation of non-Newtonian systems | R. S. Gurbanov |
| 716-723 | Theory of the flow of an elastoviscoplastic medium | N. V. Tyabin and S. A. Trusov |
| 724-730 | Aspects of the dynamics of a nonlinear viscoelastic fluid | V. G. Litvinov |
| 731-737 | Convective heat transfer in the nonstationary motion of a Maxwellian fluid between parallel planes | Z. P. Shul'man and É. A. Zal'tsgendler |
| 738-743 | Flow of non-Newtonian fluid between two coaxial cylinders under complex shear conditions | S. A. Bostandzhiyan, V. I. Boyarchenko and G. N. Kargopolova |
| 744-750 | Steady-state isothermal flow of a viscoplastic dispersed system in an elbow pipe of circular cross section | A. Kh. Kim |
| 751-757 | Experimental study of turbulent flows of weak polymer solutions in a pipe | Yu. F. Ivanyuta and L. A. Chekalova |
| 758-760 | On certain characteristics of boundary-layer turbulence in water streams containing some macromolecular substances | E. M. Khabakhpasheva and B. V. Perepelitsa |
| 761-767 | Axial laminar flow of a viscoplastic fluid in an annular tube | S. A. Bostandzhiyan |
| 768-774 | Heat exchange in the flow of non-Newtonian fluids | P. V. Tsoi and Sh. Nuriddinov |
| 775-779 | Use of monte Carlo method for solution of time-dependent problems in the hydrodynamics of viscoplastic media | A. M. Makarov, K. B. Pavlov and S. L. Simkhovich |
| 780-786 | Relationships for a fluidized bed of solid particles | E. F. Kurgaev |
| 787-791 | Determination of the moisture content of capillary-porous materials from microwave absorption | V. K. Benzar' |
| 792-796 | Electrical simulation of radiant heat-transfer problems | Yu. M. Matsevityi |
| 921-923 | Experimental investigation of turbulent heat transfer in a boundary layer on a cooled flat plate | V. P. Komarov |
| 924-928 | Effect of the transverse mass flow on the heat exchange and dynamics of a stream in turbulent heated air flow in an axisymmetric diffusor with a permeable wall | P. N. Romanenko and I. S. Verigin |
| 929-932 | The problem of methods of generalizing experimental data on heat transfer and resistance in gradient flows | V. A. Kirpikov and N. M. Tsirel'man |
| 933-935 | Free convection around a plate with temperature decreasing exponentially along the surface | V. N. Piskunov, Yu. A. Sokovishin and V. F. Stepanov |
| 936-939 | Investigation of the condensation of single vapor bubbles in a layer of underheated liquid | A. A. Voloshko and A. V. Vurgaft |
| 940-943 | Vacuum sublimation of ice and water from a single macrocapillary supplied radiatively with heat | D. P. Lebedev, T. L. Perel'man, V. I. Derkachev and V. B. Timofeev |
| 944-947 | The sublimation mechanism of ice and water for conductive heat supply and continuous water supply to a capillary body | D. P. Lebedev, T. L. Perel'man, V. I. Derkachev, V. B. Timofeev and V. V. Alekseev |
| 948-951 | The influence of adsorption films upon the evaporation of water from thin capillaries | N. V. Churaev |
| 952-956 | Water permeability of disperse systems | M. G. Murashko, P. P. Olodovskii and G. A. Ivkovskaya |
| 957-962 | Determination of average heat-transfer coefficients by means of built-inα-calorimeters | V. M. Kapinos, V. N. Pustovalov and A. P. Rud'ko |
| 963-968 | The conjugate problem of heat transfer and the optimal control of nonstationary heat processes in a nuclear reactor | V. S. Ermakov, G. I. Zaluzhnyi and A. A. Edinovich |
| 969-973 | Calculation of heat transfer in a regenerator with variable thermophysical properties of the gas and checkerwork | A. G. Podol'skii |
| 974-978 | On the temperature jump in a rarefied gas over a permeable surface | V. G. Leitsina and N. V. Pavlyukevich |
| 979-982 | Solution of the equation of convective — diffusive transfer of an admixture inside a cylinder in the presence of free gas exchange between the flow and wall | S. N. Osipov, S. P. Grekov and A. E. Kalyusskii |
| 983-984 | Flow field during flow of an overexpanded supersonic jet around a cone | M. V. Sushchikh and V. I. Pogorelov |
| 985-987 | Analysis of temperature stresses in active elements of a laser | B. R. Belostotskii |
| 988-993 | Calculation of heat transfer through a porous multilayer vacuum insulation | R. S. Mikhal'chenko, V. F. Get'manets, A. G. Gerzhin and N. P. Pershin |
| 994-998 | On the stability of difference schemes for nonlinear heat conduction problems | L. S. Milovskaya |
| 999-1003 | Approximate averaging of the heat-conduction equation | Yu. A. Rogozhin |
| 1004-1010 | Propagation of sound in suspensions | V. S. Popov |
| 1011-1015 | The problem of heat transfer through finned surfaces | R. A. Berezhinskii and M. A. Geishtovt |
| 1016-1020 | Injection and thermal effects in selenium rectifiers undergoing reverse current flow | V. I. Loiko |
| 1021-1023 | The application of transfer functions to the analysis of the dynamics of the initialheating of steam turbines | A. Sh. Leizerovich |
| 1024-1026 | Some characteristics of the kinetics of ion exchange in the case of pulsating motion of a liquid | G. A. Aksel'rud and Ya. M. Gumnitskii |
| 1027-1030 | The effect of the compression of wavy surfaces on contact thermal resistance | V. S. Novikov |
| 1031-1032 | Thermal properties of polystyrene with fillers | M. M. Revyanko and A. A. Zherko |
| 1033-1035 | Some properties of the distribution function of Maxwell gas particles | A. N. Temchin |
| 1036-1037 | The viscosity of moist air | E. L. Studnikov |
| 1038-1040 | The transverse motion of solid particles in a flow with fluctuating shear | V. V. Orlov |
| 1041-1051 | Abstracts | Yu. L. Rastorguev, V. V. Pugach, I. I. Bykov, F. F. Lezhenin and L. M. Gerber, et al. |
| 1341-1350 | Statistical theory of the nonuniform turbulence of an incompressible fluid | B. A. Kolovandin and I. A. Vatutin |
| 1351-1354 | Trends in sublimation drying in electromagnetic fields | A. Z. Volynets |
| 1355-1361 | Performance of a liquid thermal-diffusion column with temperature asymmetry over the width | R. Ya. Gurevich and G. D. Rabinovich |
| 1362-1367 | Impurity diffusion in a flow downstream of turbulence-generating grids | Yu. A. Ivanov |
| 1368-1375 | Aerodynamics of a jet in a fluidized bed | N. A. Shakhova and G. A. Minaev |
| 1376-1381 | Effect of the pulsations of a liquid on the averaged motion of a suspended particle | L. P. Yanovskii and N. I. Zverev |
| 1382-1385 | Heat transfer in the electrical neutral channel of an arc gas heater | V. L. Sergeev |
| 1386-1393 | Convective heat transfer for a nonlinear viscoplastic medium in a circular pipe | Z. P. Shul'man, V. M. Gorislavets, V. A. Rozhkov and V. V. Uryadova |
| 1394-1400 | Heat exchange in a tube in the presence of vibrational relaxation in the gas | M. S. Povarnitsyn |
| 1401-1408 | Effects of compressibility and nonisothermal conditions on the performance of film cooling | V. M. Repukhov |
| 1409-1413 | Nonlinear heat conduction with nonstationary boundary conditions | I. M. Prikhod'ko |
| 1414-1419 | The method of the field of thermal characteristics for determining the temperature field in disperse systems | A. F. Chudnovskii |
| 1420-1423 | Influence of fillers upon the thermodynamic properties of glass-like polymethylmethacrylate | V. P. Dushchenko, V. S. Tytyuchenko, I. A. Uskov, V. P. Solomko and V. I. Galinskaya, et al. |
| 1424-1428 | Indirect methods for determining optical characteristics of radiation scattering materials | S. G. Il'yasov and V. V. Krasnikov |
| 1429-1434 | The size of condensation nuclei and the growth of drops in a supersaturated vapor | A. G. Blokh, S. M. Bazarov and S. V. Varvarin |
| 1435-1441 | Breakoff of vapor bubbles from a heating surface | V. F. Prisnyakov |
| 1442-1444 | Effect of various spraying factors on the size distribution of drops | L. A. Reusova and M. V. Lykov |
| 1445-1447 | The nature of the anomalous flow in the dust stream of hypersonic wind tunnels around blunt bodies | B. I. Bakum, Yu. N. Shestakov and V. N. Shmanenkov |
| 1448-1450 | An investigation of the effect of the shape and density of solid particles on their motion in an isothermal curvilinear flow | V. E. Maslov and V. D. Lebedev |
| 1451-1453 | Measuring the mutual gas diffusion coefficient at low temperatures | P. E. Suetin, A. E. Loiko, B. A. Kalinin and Yu. F. Gerasimov |
| 1454-1457 | Solution of inhomogeneous heat-transfer lines using the method of the theory of chains | L. S. Eleinikova and A. G. Shashkov |
| 1458-1460 | Comments on an attempt to improve the science of thermodynamics | É. É. Shpil'rain and K. L. Yakimovich |
| 1461-1473 | Abstracts | N. Yu. Taits, A. G. Sabel'nikov, Ya. A. Levin, M. S. Shun and A. M. Aizen, et al. |
| 1474-1475 | Il'ya Isakovich Paleev |
| 1-4 | Experiments on heat transfer between a fluidized bed and vertical and inclined sheets | A. P. Baskakov and N. F. Filippovskii |
| 5-8 | Heat exchange in vapor condensation on a cold liquid jet | V. I. Vishnyakov, K. V. Dement'eva and A. M. Makarov |
| 9-11 | Experimental study of the effect of condensation on the transition into the turbulent mode of flow in a descending film of liquid with an associated gas stream flowing around it | I. G. Shekriladze, Sh. A. Mestvirishvili and A. N. Mikashavidze |
| 12-15 | Evaporation of a drop of water under the influence of a pulse of light | A. V. Kuzikovskii, V. A. Pogadaev and S. S. Khmelevtsov |
| 16-19 | Heat transfer during liquid boiling on fins with an insulating coating | G. R. Rubin, L. I. Roizen and I. N. Dul'kin |
| 20-24 | Heat transfer during laminar fluid flow in a pipe with radiative heat removal | Ya. S. Kadaner, Yu. P. Rassadkin and É. L. Spektor |
| 25-28 | Heat transfer at large Prandtl numbers in the wall region with pressurization | N. P. Snegova |
| 29-33 | Allowing for the injection of gas when calculating supersonic flow around a cone | A. M. Mkhitaryan and M. P. Ovsyannikov |
| 34-38 | Some problems of the flow of a viscoelastic medium in tubes of constant section | A. S. Morozov, E. K. Bortsenkova and G. V. Vinogradov |
| 39-44 | Electroosmosis in layered porous systems | K. P. Tikhomolova and N. G. Sharova |
| 45-49 | Temperature field in a pulsed discharge | Z. I. Ashurly, V. V. Gal' and V. P. Malin |
| 50-54 | A method of calculating teflon mass removal when teflon is broken up in a high temperature gas flow | F. B. Yurevich and M. N. Rolin |
| 55-59 | Experimental study of heat transfer in an electric arc gas heater with vortex stabilization of the discharge | V. L. Sergeev |
| 60-63 | Determination of the thermophysical characteristics of materials by L. A. Semenov's Method | N. I. Zhukov |
| 64-70 | Determining the temperature field and the melting rate of an electrode in the multiphase system of the electric-slag melting process | G. F. Ivanova and N. A. Avdonin |
| 71-73 | Physical properties of hot-pressed tungsten-copper pseudo alloys | D. M. Karpinos, Yu. V. Kondrat'ev, V. S. Klimenko, I. G. Barantseva and Yu. L. Pilipovskii, et al. |
| 74-77 | Theoretical conditions for modelling the thermally stressed state of solids | G. G. Aleksandrova |
| 78-84 | A calorimetric method of measuring low water contents in water-soluble powders | A. E. Sogin, V. L. Tatievskii, M. V. Venediktov and N. M. Rudnyi |
| 85-88 | Dependence of the thermal coefficient of accommodation and the emissivity on surface roughness | A. D. Terekhov and E. N. Frolova |
| 89-92 | An equation for calculation of the thermal conductivity of gases and liquids | A. A. Vasserman and V. I. Nedostup |
| 93-95 | Approximate determination of the first root of the characteristic equation in heat conduction problems | V. L. Pokhoriler |
| 96-99 | Fluid velocity and pressure distributions along a pipe with holes | R. S. Kuznetskii |
| 100-104 | The correlation theory of concentration fluctuations in dispersed systems | Yu. A. Buevich |
| 105-110 | Parameters of the internal heat and mass transfer in curing fine-grain concrete by various modes of thermohumidity treatment | A. G. Temkin, L. Ya. Volosyan, V. P. Zhuravleva and E. E. Élimelakh |
| 111-112 | Study of the interaction between a low-pressure gas and surfaces of porous bodies during evaporation | B. M. Smol'skii, P. A. Novikov and E. A. Vagner |
| 113-115 | Experimental research on evaporation and atomization of liquid by means of a rotating heated disk | N. Yu. Gubenko and B. I. Leonchik |
| 116-117 | The temperature field in a hollow cylinder due to a source moving along a helix | Yu. A. Napar'in |
| 118-120 | Heat exchange in thermosiphons in the field of influence of centrifugal and coriolis forces | L. M. Zysina-Molozhen and G. M. Tkachenko |
| 121-124 | Allowance for ionization in the analysis of a multicomponent turbulent boundary layer | V. D. Sovershennyi |
| 125-134 | Heat and mass transport in gases and their mixtures | A. G. Shashkov, T. N. Abramenko and É. V. Ivashkevich |
| 135-136 | “Elastic recoil” in polymer solutions as a function of concentration | G. V. Vinogradov, L. V. Timkova and A. S. Morozov |
| 137-140 | Selection of dielectric-constant values for calculation of complex molecular systems | S. G. Galaktionov and G. V. Nikiforovich |
| 141-144 | Stationary isothermic flow of a non-Newtonian liquid in a parabolic convergent channel | B. I. Lapushina and A. Kh. Kim |
| 145-148 | Obliteration of capillary channels in the flow of mineral oils | N. N. Krasikov |
| 149-155 | Heat exchange on the initial thermal section in stabilized turbulent air flow in circular pipes and rectangular channels | V. M. Legkii and A. S. Makarov |
| 156-160 | Influence of reradiation on the metal temperature of finned tubes | E. M. Tyntarev |
| 161-167 | Mass transfer in a granular column in the presence of nonequilibrium sorption at the phase interface | L. K. Tsabek |
| 168-174 | Influence of the longitudinal temperature gradient on separation in a plane thermal diffusion column | R. Ya. Gurevich |
| 175-181 | Mixing of homogeneous streams of dissociating air | L. Yu. Artyukh and E. A. Zakarin |
| 182-186 | Investigation of the trajectory of motion of an aerosol in an isothermal gaseous curvilinear flow | V. E. Maslov, V. D. Lebedev, N. I. Zverev and S. G. Ushakov |
| 187-191 | Bubble formation in throttling a supersaturated liquid | L. I. Shmidt, V. V. Konsetov and V. A. Proskuryakov |
| 192-196 | A differential method of determining the thermal properties of materials | N. N. Medvedev |
| 197-201 | The effective thermal diffusivity of a bed fluidized by vibration | A. I. Tamarin and I. I. Kal'tman |
| 202-206 | Basis for transient methods of determining thermophysical characteristics | V. P. Kozlov |
| 207-211 | An experimental apparatus for investigating the kinetics and dynamics of convective drying with variable drying-agent parameters | A. I. Chufarovskii and M. M. Makarov |
| 212-215 | Efficiency of heat shielding of a plane wall during blowing of air through a slot at an angle to the shielded surface | E. P. Dyban, E. G. Popovich and V. M. Repukhov |
| 216-221 | Calculation of the thermal interaction between an arc column and the electrodes | S. M. Krizhanskii |
| 222-227 | Experimental study of an electric arc moving in an annular ventilating gap by the action of electromagnetic forces | L. I. Sharakhovskii |
| 228-233 | Axially symmetric stationary thermal interaction of two bounded cylinders | G. B. Petrazhitskii and A. M. Pylaev |
| 234-240 | Heat transfer during sheet rolling | B. Ya. Lyubov and N. I. Yalvoi |
| 241-247 | Calculation of maximum temperature drops and thermal stresses in heated cylinders of infinite length | N. Yu. Taits, A. G. Sabel'nikov and V. V. Moshura |
| 248-252 | Temperature field of rotating annular disks | Sh. Sh. Abel'skii and V. K. Pashkov |
| 253-255 | Concerning the effect of interphase heat exchange on the longitudinal thermal conductivity in a granular layer | D. A. Narinskii |
| 256-257 | Chebyshev polynomial approximation of the roots of the transcendental equation Μ tan Μ=b | M. S. Epshtein |
| 258-269 | Abstracts | I. I. Gogonin, E. G. Velikanov, A. K. Rebrov, V. B. Khabenskii and O. M. Baldina, et al. |
| 270-271 | Oskar Moiseevich Todes (On his sixtieth birthday and fortieth year of scientific work) |
| 273-279 | Effects of vibration on the viscoelastic behavior of monodisperse polybutadienes | G. V. Vinogradov, Yu. G. Yanovskii, A. I. Isaev, V. P. Shatalov and V. G. Shalganova |
| 280-285 | Boundary layer of non-Newtonian fluids obeying a rheological power law for arbitrary pressure gradients | A. Sh. Dorfman and V. K. Vishnevskii |
| 286-290 | Effect of mass transfer on heat transfer in liquid evaporation from a free surface in an evacuated gaseous medium | V. I. Balakhonova, P. A. Novikov and V. M. Subach |
| 291-293 | Calculation of the temperature field in a plate with internal heat sources | G. A. Gemmerling |
| 294-300 | Steady-state turbulent flow and heat transfer in a diffuser formed by parallel walls | V. M. Nikolaev and A. N. Sherstyuk |
| 301-304 | Evaporation in a free turbulent air-droplet jet | V. F. Dunskii and Yu. V. Yatskov |
| 305-310 | Investigation of the occurrence of convection in horizontal liquid layers | P. A. Norden and A. G. Usmanov |
| 311-314 | Kinematic similarity of a turbulent swirled flow in a pipe | Yu. A. Gostinets and V. M. Zaitsev |
| 315-319 | Application of an equivalent problem in heat conduction theory to the calculation of semiunbounded turbulent jets | B. K. Aliyarov and Z. Sakinov |
| 320-324 | Experimental investigation of a circulating gas lens | V. Z. Gurevich and F. É. Herzenstein |
| 325-331 | Determination of the equilibrium composition of gas in reacting mixtures at high temperature | L. B. Ibragimova and S. A. Losev |
| 332-335 | Study of several reactor construction designs in application to the process of oil pyrolysis in a plasma jet | A. L. Mossé, V. A. Menkh, V. K. Zabrodin and I. A. Krylova |
| 336-342 | Investigation of the effect of triple recombination of electrons and ions on electrodynamic plasma acceleration | P. M. Kolesnikov and N. N. Stolovich |
| 343-346 | The coil-workpiece system as a controlled object in continuous heating | N. E. Razorenov |
| 347-352 | Thermodynamics of the hygroscopic state of disperse materials | L. G. Chernaya |
| 353-357 | Solution of the inverse problem of thermal conduction. Interpretation of calorimeter measurements of thermal fluxes | E. I. Polyak |
| 358-361 | Convective diffusion in mass bubbling | L. N. Koltunova, L. S. Pozin and M. É. Aérov |
| 362-367 | Some problems of heat conduction with phase transitions | V. M. Kulyapin |
| 368-371 | Use of probe method foe study of the rmophysical properties of biological masses | É. G. Tutova, L. N. Novichenok and V. D. Kononenko |
| 372-374 | Use of the schlieren method to investigate temperature fields in a solid | Yu. A. Napar'in and V. I. Shakhurdin |
| 375-380 | Mass transfer in the void space of a fixed granular bed | V. A. Kirillov and Yu. Sh. Matros |
| 381-384 | Efficiency of gas heating in a subdivided plasmotron with a constricted channel | G. P. Stel'makh, E. I. Ryabtsev, N. A. Chesnokov and V. A. Kosarenkov |
| 385-389 | Measurement of thermal and electrical conductivities of small cross section samples in the 80–400 °K range | B. M. Gol'tsman and M. G. Komissarchik |
| 390-393 | Determination of the absorptivity of inside surfaces of a cylindrical vacuum chamber | P. P. Shilonosov and A. S. Lyalikov |
| 394-397 | A method of obtaining steady state flows of gaseous mixtures with a given concentration | A. A. Bochkarev and A. K. Rebrov |
| 398-399 | Mass-transfer coefficients of citrus fruits | M. A. Grishin and A. Ya. Listopad |
| 400-402 | Effect of Peclet number on the precipitation of particles from a laminar flow | S. O. Lekhtmakher |
| 403-416 | Heat exchangers | L. L. Vasil'ev and S. V. Konev |
| 417-421 | Statistical characteristics of the temperature field in the pipe flow of a gas-water mixture | V. P. Bobkov, M. Kh. Ibragimov and V. I. Subbotin |
| 422-424 | Some peculiarities of heat exchange in porous media | E. A. Maksimov and M. V. Stradomskii |
| 425-430 | Investigation of the intensification of heat transfer during flow of gases and liquids in pipes | é. K. Kalinin and S. A. Yarkho |
| 431-435 | Condensation of cesium vapor from flowing argon | V. M. Borishanskii, I. I. Paleev, K. M. Aref'ev, N. I. Ivashchenko and T. V. Zablotskaya, et al. |
| 436-442 | Direct and inverse problems of the dynamics of sorption in the absence of equilibrium at the phase boundary | L. K. Tsabek and G. M. Panchenkov |
| 443-447 | Nonisothermal flow of a molten polymer accompanied by a first-order phase transition | N. I. Basov and I. I. Felipchuk |
| 448-451 | Heating of a blunt body by a plasma jet | V. L. Sergeev, G. M. Bezladnov and V. D. Dyashkevich |
| 452-455 | Dynamic current-voltage characteristics of a linear plasmotron | A. S. Sergienko and A. G. Shashkov |
| 456-462 | Semiconductor film thermoelectric elements as radiation temperature sensors | A. F. Chudnovskii and B. L. Shinderov |
| 463-465 | Effect of the form of binding of the moisture on the dielectric properties of damp cellulose | V. P. Dushchenko, I. A. Romanovskii, Ya. V. Olenko and I. I. Poberezhets |
| 466-471 | Thermal conductivity determination for nonmetallic media by the cylindrical probe method | L. E. Golovicher, Yu. P. San'ko and A. G. Shashkov |
| 472-475 | Experimental studies concerning the electrical conductivity of high-porosity carbon-graphitic materials | é. A. Bel'skaya and A. S. Tarabanov |
| 476-479 | Determining the initial film separation velocity in a two-phase stream by the drop indication method | R. M. Yablonik and V. A. Khaimov |
| 480-485 | The distribution of tangential stresses in an incompressible turbulent boundary layer | P. N. Romanenko and V. G. Kalmykov |
| 486-491 | A study of the downward flow of a liquid film along a vertical surface with attendant heat transfer | B. G. Ganchev, V. M. Kozlov and V. V. Lozovetskii |
| 492-496 | Voltage-current characteristics of an arc in an annulus moving under a magnetic field | A. S. Shaboltas and O. I. Yas'ko |
| 497-503 | On the statistical theory of scalar substance transport in inhomogeneous turbulence | B. A. Kolovandin and I. A. Vatutin |
| 504-507 | Mechanism of heat and mass transfer during sublimation in a forced flow of rarefied gas | P. A. Novikov and E. A. Vagner |
| 508-511 | Experimental study of heat transfer in narrow slit channels | P. A. Kramarenko |
| 512-516 | Acoustic emission from subsonic turbulent jets | L. M. Vyaz'menskaya |
| 517-522 | Nonlinear power-law resistance fluid filtration through porous semispace with a groove | V. I. Voronin |
| 523-526 | Temperature conditions of departure from nucleate boiling at high pressures | V. P. Skripov and é. N. Dubrovina |
| 527-529 | Calculating the cooling time of solid bodies of various geometric shapes | A. G. Fikiin and I. K. Fikiina |
| 530-540 | Abstracts | N. F. Potienko, V. A. Tsymarnyi, A. A. Vasserman, E. A. Golovskii and V. A. Tsymarnyi, et al. |
| 541-542 | Book reviews | A. V. Presnyakov and Yu. V. Chikhalov |
| 543-549 | Determination of the boundary temperatures and dimensions of the evaporating zone in a spray drying apparatus with heat supply from the high-temperature walls | M. N. Gamrekeli and V. I. Davydov |
| 550-553 | On the thermodynamics of moisture retained in models of capillary-porous models | M. S. Panchenko, A. L. Panasyuk and A. S. Mosievich |
| 554-557 | The equilibrium humidity of dispersed solids at different temperatures | V. M. Kazanskii |
| 558-560 | On “satellite-drops” formed in the atomization of a fluid by a rotating disk | V. F. Dunskii, N. V. Nikitin and N. F. Tonkacheeva |
| 561-564 | Energy transfer by radiation in a lumpy layer | A. S. Nevskii and Yu. M. Abzalov |
| 565-570 | Gas absorptivity in a complete spectrum | S. P. Detkov |
| 571-575 | General case of specular-ditfuse reflection of radiation on the bound-aries of a plane layer under radiative-conductive heat exchange conditions | A. A. Men' |
| 576-580 | On the kinds of motion in the gravitational escape of loose materials | I. I. Kochanova |
| 581-584 | On the shift of loose materials over surfaces | P. N. Platonov and V. S. Poltorak |
| 585-588 | On the influence of gas filtration on the discharge of loose material from a hopper | V. E. Davidson, A. P. Tolstopyat and N. P. Fedorin |
| 589-595 | Evolution of transient thermal processes in layer counterflow apparatuses and heat exchangers | F. R. Shklyar, V. N. Timofeev, V. S. Shvydkii, Yu. G. Yaroshenko and B. A. Bokovikov |
| 596-599 | One dimensional stability of normal combustion of gases in a constant magnetic field | A. T. Granik |
| 600-604 | Derivation of the thermal resistance of the contact between systems with corrugated surfaces | V. M. Popov and M. S. Lazarev |
| 605-608 | Calorimetric study of the molecular mobility in a filled plasticized epoxide resin | V. P. Dushchenko and Yu. N. Krasnobokii |
| 609-614 | Impurity diffusion in the melt in crystal production by bridgman's method | L. A. Goryainov |
| 615-618 | Effects of liquid pulsation on the percent use of an ion-exchange bed | G. A. Aksel'rud and Ya. M. Gumnitskii |
| 619-623 | Analytic study of the temperature change in the flowing molten metal in sand casting | B. S. Churkin |
| 624-627 | Heat transfer in the flow of low-density air in narrow channels | P. A. Novikov and G. A. Shcherbakov |
| 628-634 | Flow in a laminar boundary layer under intensive injection and radiant heat exchange | A. M. Golovin and E. D. Sergievskii |
| 635-638 | Experimental investigation of the heat exchange of a subsonic jet from a normally disposed flat obstacle | I. A. Belov, G. F. Gorshkov, V. S. Komarov and V. S. Terpigor'ev |
| 639-642 | Similarity parameters for the expansion of a supersonic jet in a channel with a suddenly changing cross section | B. A. Balanin |
| 643-647 | The temperature of an adiabatic surface at a turbulent boundary layer | M. G. Morozov |
| 648-654 | Investigation of the closing shock in a supersonic submerged underexpanded gas jet | V. I. Nemchenko |
| 655-656 | Flow of viscoelastic fluids under high shearing stresses | V. I. Popov |
| 657-659 | On the solution of nonstationary heat-conduction problems with variable heat-transfer coefficient | V. N. Kozlov |
| 660-662 | Simulation of temperature distributions in vacuum | A. D. Vitokhin and E. M. Vol'f |
| 663-664 | Mass transfer between a solid particle and a liquid in the field of oscillations excited by spark discharges | G. A. Aksel'rud, A. D. Molchanov and I. N. Fiklistov |
| 665 | Heat transfer during turbulent flow in vertical and horizontal tubes containing water with supercritical state parameters | Yu. D. Barulin, Yu. V. Vikhrev, B. V. Dyadyakin, A. N. Koblyakov and A. S. Kon'kov, et al. |
| 666 | Free convection from a vertical plate with given heat flux in a medium with a constant temperature gradient | M. V. Sushchikh and E. F. Mosin |
| 667 | Generalization and extrapolation of experimental data on the thermal conductivity of rarefied gases | P. M. Kessel'man, A. P. Voloshin and V. R. Kamenetskii |
| 668-669 | Calculation of the parameters of a gas carrying particles in thenozzle of a plasmatron | N. V. Pashatskii, B. A. Letnitskii and I. A. Tolstov |
| 670 | Experimental study of pressure gradients during the exposure of concrete to heat and moisture | V. P. Ganin |
| 671-672 | Calculation of temperature fields in cylindrical bodies due to mobile sources | Yu. A. Napar'in, A. N. Parshakov, V. A. Sipailov and V. I. Shakhurdin |
| 673-674 | Temperature distribution in a system of two circular plates | A. M. Berman, V. A. Tumanov and A. Kh. Farukshin |
| 675-676 | Iteration methods of solving some problems in thermostatics | A. G. Ramm |
| 677 | Solutions of heat-conduction problems in a hollow cylinder by using transfer functions | V. L. Pokhoriler |
| 678 | Computer-aided calculation of the ingot temperature in a pressure casting mold | A. V. Éitutis |
| 679 | Thermal stresses in the insert of low-pressure casting apparatus | P. I. Khristichenko, V. S. Serebro and N. V. Naumenko |
| 680 | Nonsteady thermal stresses at the edges of holes in boiler shells | Yu. V. Balashov |
| 681-682 | Constrained sedimentation of polydispersed particles in a centrifugal field | E. A. Nepomnyashchii and S. G. Gurevich |
| 683-684 | S. S. Kutateladze — Winner of the Max Jacob international award |
| 685 | Addendum to the article “static theory of the transfer of scalar substance in inhomogeneous turbulence” | B. A. Kolovandin and I. A. Vatutin |
| 687-692 | Low temperature thermal insulation using diffraction effect | B. I. Verkin, R. S. Mikhal'chenko, V. A. Pavlyuk, Ya. S. Komissarov and A. G. Gerzhin, et al. |
| 693-698 | Intensification of heat transfer and stabilization of the boiling process in the very low pressure region | V. V. Yagov and D. A. Labuntsov |
| 699-703 | Determination of the first critical thermal flux on flat heaters | Yu. A. Kirichenko and P. S. Chernyakov |
| 704-708 | Detachment frequency as a function of size for vapor bubbles | I. G. Malenkov |
| 709-715 | Effect of counterflow mixed convection on the heat transfer in vertical liquid-metal heat exchangers | L. G. Volchkov, M. K. Gorchakov and F. A. Kozlov |
| 716-719 | Computation of nonstationary heat exchange with laminar fluid flow in pipes of annular cross-section | V. V. Kashirnikov and A. A. Ryadno |
| 720-724 | Influence of thermal radiation on the laminar boundary layer of a nonabsorbing fluid | V. V. Salomatov and E. M. Puzyrev |
| 725-728 | The local friction in the initial part of a plane-parallel channel | V. E. Nakoryakov, A. P. Burdukov, A. I. Guvakov and G. P. Kuznetsov |
| 729-733 | Discharge of a plane air jet into a blind pass | E. P. Dyban, A. I. Mazur and É. Ya. Épik |
| 734-740 | The motion of spherical drops in the flow of a viscous liquid | V. Ya. Rivkind, G. M. Ryskin and G. A. Fishbein |
| 741-744 | On the reverse flow zone in strongly rotating supersonic gas streams and jets | Yu. A. Gostintsev, V. S. Ilyukhin and P. F. Pokhil |
| 745-747 | Generalized couette flow with variable viscosity and dissipation of mechanical energy | S. I. Prokopets |
| 748-753 | Conjugate nonstationary heat transfer for a thin plate in the flow of an incompressible liquid | L. B. Gdalevich and B. M. Khusid |
| 754-758 | On the development of a magnetohydrodynamic boundary layer | I. Pop |
| 759-763 | Convective heat transfer in a dynamic two-phase bed | A. N. Khoze, A. P. Burdukov, V. E. Nakoryakov, B. G. Pokusaev and V. A. Kuz'min |
| 764-768 | Local heat transfer between a moving sand heap and annular fins | V. A. Kalender'yan, V. V. Kornaraki and T. M. Batishcheva |
| 769-772 | Phase displacement in pneumatic transport with a dense medium | M. B. Rivkin and V. A. Sorochinskii |
| 773-775 | Study of velocity fields in vortex dust collectors | V. A. Uspenskii, V. I. Solov'ev and V. S. Gur'ev |
| 776-779 | Investigation of the equilibrium composition of a nitrogen-helium mixture | I. A. Davydov and S. S. Budnevich |
| 780-784 | A compensation method of measuring the thermal activity of liquids | F. G. Él'darov and T. I. Orlova |
| 785-787 | Convective diffusion accompanying evaporation in a macrocapillary | V. V. Levdanskii and N. V. Pavlyukevich |
| 788-790 | Contact thermal conductivity of compressible rough surfaces | V. S. Novikov |
| 791-794 | Some approximate solutions of stefan's problem | E. M. Kravchuk and V. M. Kravchuk |
| 795-799 | On variational principles of nonequilibrium thermodynamics | I. F. Bakhareva |
| 800-803 | Investigation of the state of inhomogeneous media by acoustical methods | A. A. Solov'ev |
| 804-806 | Theory of filtration of non -newtonian liquids through porous media | K. D. Vachagin, M. G. Saifullin, M. N. Perminov, N. I. Knyazev and G. V. Vinogradov |
| 807-808 | Concerning M. E. Deich and A. E. Zaryankin's book “Gas Dynamics of Diffusers and Exhaust Pipes of Turbomachines” | A. S. Ginevskii |
| 809-811 | Concerning a. s. ginevskii's letter to the editor of inzhenerno-fizicheskii zhurnal | M. E. Deich and A. E. Zaryankin |
| 813-818 | Experimental investigation of the turbulent flow of weak solutions of polymers in tubes of different diameter | Yu. F. Ivanyuta and L. A. Chekalova |
| 819-823 | Joint effect of slip and permeability conditions of surface on flow and heat exchange in the vicinity of a cylinder critical point | M. M. Baida, G. E. Gorelik, V. G. Leitsina, T. L. Perel'man and N. V. Pavlyukevich |
| 824-830 | Heat and mass transfer in a binary laminar boundary layer with free convection on a vertical porous surface | P. M. Brdlik and I. S. Molchadskii |
| 831-834 | Investigation of boundary layer stability in the presence of intense heat transfer | Yu. A. Polyakov |
| 835-837 | Calculation of heat transfer in separation zones with the use of local flow parameters at the boundary of the wall boundary layer | B. E. Luzhanskii, V. P. Solntsev and V. G. Limonov |
| 838-840 | Hydraulic resistance and heat transfer in an annular channel with rotating flow | A. I. Borisenko, K. F. Nechitailo, V. A. Safonov and A. I. Yakovlev |
| 841-843 | Nozzle wear in two-phase flow | N. V. Pashatskii, N. I. Syromyatnikov and B. A. Letnitskii |
| 844-850 | Establishing a relation between turbulent stresses and the mean flow parameters for an incompressible fluid with a positive pressure gradient | P. N. Romanenko and V. G. Kalmykov |
| 851-853 | A study of the transition flow region in free gas jets | L. A. Vulis, V. G. Zhivov, O. A. Kuznetsov and L. P. Yarin |
| 854-860 | Free convection in strong gravity fields | B. M. Berkovskii and A. A. Baranov |
| 861-863 | Heat and mass transfer during condensation of water vapor from moist air in narrow channels | B. M. Smol'skii, P. A. Novikov and L. A. Shcherbakov |
| 864-865 | Characteristics of convective heat transfer in narrow slits | V. K. Migai |
| 866-869 | Convective heat transfer in transverse gas flow over a cylinder | V. V. Barelko |
| 870-875 | Heat transfer during condensation of vapors on a jet | V. P. Gavrikov |
| 876-882 | Wave effects in a two-phase medium | V. D. Vorontsov |
| 883-888 | The problem of the linearization of the equations of the nonstationary nonisothermal flow of a real gas in pipelines | B. L. Krivoshein and V. P. Radchenko |
| 889-891 | Allowance for the inertia effect in the problem of the deformation of a viscoelastic cylinder subjected to cyclic loading | A. E. Segalov |
| 892-895 | Temperature dependence of the electroosmosis coefficient for a porous body | V. P. Dushchenko, B. G. Ivanitskii, O. Ya. Semko and V. N. Smola |
| 896-899 | Carburization of metallic parts in an electrothermal fluidized bed | S. S. Zabrodskii, V. A. Borodulya, R. L. Tofpenets and G. G. Tyukhai |
| 900-902 | Arc thermal processes at film cathodes | G. S. Belkin |
| 903-905 | Influence of fundamental factors on the stream temperature in a cooled channel | N. A. Minyailenko |
| 906-912 | Radioisotope investigation of impurity transport in air flows | A. A. Gusev |
| 913-918 | Dynamic problem of thermoelasticity for a hollow cylinder | V. N. Gavdzinskii and D. V. Mal'tsev |
| 919-925 | On the soret effect theory in electrolytes | B. N. Zamskii |
| 926-928 | Variational method of describing nonlinear equilibrium processes | I. F. Bakhareva and A. F. Krylov |
| 929-931 | Forced oscillations in a heat- and mass-transfer system with a finite transfer rate | P. V. Cherpakov and N. G. Shimko |
| 932-934 | A piezoelectric sensor for pressure measurements behind a shock front | É. P. Burminskii, V. L. Goryachev and I. V. Novoselov |
| 935-937 | Disintegration of plasmogenic dielectric working materials in pulsed plasma accelerators | B. B. Davidov and L. Ya. Min'ko |
| 938-941 | Thermoelastic wave with a finite heat propagation velocity | V. G. Andreev and P. I. Ulyakov |
| 942-948 | Abstracts | S. V. Stepanov, A. I. Logvinenko, V. N. Serebryanskii, M. K. Kleiner and V. E. Davidson, et al. |
| 949-950 | Andrei Kapitonovich Krasin (on his sixieth birthday; after forty years of scientific work) |
| 951-952 | Fourth All-Union Conference on heat exchange and hydraulic resistance in a two-phase flow in elements of power machines and equipment | B. L. Paskar' and M. Ya. Belen'kii |
| 1091-1095 | On the relationship between the viscosity of liquids and their thermal properties | S. L. Rivkin, A. Ya. Levin, L. B. Izrailevskii and K. G. Kharitonov |
| 1096-1101 | Certain combustion characteristics of fine coal-dust fractions | V. I. Babii and I. F. Popova |
| 1102-1104 | Study of the interaction of a planar shock wave with a blunt body placed in a supersonic flow | F. V. Shugaev and Yu. G. Lisin |
| 1105-1110 | Flow of compressible gas in a round tube of constant cross section with an impermeable adiabatic wall | V. L. Lel'chuk |
| 1111-1115 | Heat-transfer mechanism in turbulent flow of fluid at supercritical pressures | Sh. G. Kaplan |
| 1116-1121 | Vertical distribution of the substance in a binary mixture near the critical evaporation state | N. P. Krupskii, A. V. Chalyi and Yu. I. Shimanskii |
| 1122-1125 | Mass transfer during extraction of sulfur from a layer of sulfur ore | G. A. Aksel'rud, E. M. Semenishin, R. P. Datsko and K. I. Durandin |
| 1126-1131 | Hydrodynamics of a granular medium | N. V. Olovyanova and V. A. Nelidov |
| 1132-1137 | Generalization of L. V. Kantorovich's method applied to boundary-value problems of heat conduction | A. Akaev and G. N. Dul'nev |
| 1138-1144 | A cauchy problem for a nonlinear heat conduction equation encountered in combustion theory and gasdynamics | P. F. Fil'chakov and I. A. Draitsun |
| 1145-1147 | A mixed two-dimensional stationary heat-conduction problem for a cylinder | Yu. Ya. Iossel' |
| 1148-1155 | Principal criterial relationships in the kinetic characteristics of the heat treatment of cement materials | L. Ya. Volosyan, V. P. Zhuravleva and I. S. Yurkevich |
| 1156-1161 | Measurement of the thermal conductivities of neon, krypton, and xenon over a wide range of temperatures | N. B. Vargaftik and L. V. Yakush |
| 1162-1165 | Heat exchange in a plasmochemical reactor | A. L. Mossé |
| 1166-1169 | Heat exchange in the cathode spot of an electric arc in an argon medium | N. F. Aleshin, V. A. Vashkevich, A. S. Shaboltas and O. I. Yas'ko |
| 1170-1175 | Natural convection in a vertical channel in a nonuniform magnetic field | B. M. Berkovskii and N. A. Chameeva |
| 1176-1180 | Experimental study of diffuser channels with a near-separating turbulent boundary layer | L. A. Bychkova |
| 1181-1185 | A Cauchy-Poisson problem | L. N. Sretenskii |
| 1186-1190 | Solution of a direct problem of heat exchange between a cooled turbine blade and a gas by the pivot method | A. M. Topunov, R. D. Iosifov and N. G. Rodionov |
| 1191-1197 | Freezing of a liquid at a flat wall | A. M. Makarov, V. V. Leonov, V. I. Dubovik and G. N. Shvedova |
| 1198-1200 | Mass transfer between solid particles and a rotating stream of liquid | G. A. Aksel'rud, D. D. Dragomiretskii, S. I. Berezovskaya and V. A. Ezhizhanskii |
| 1201-1202 | An analytic formula for the equilibrium temperature | Yu. V. Abramovich and P. N. Kobtsev |
| 1203-1208 | Measurement of spectral radiation coefficients of materials by comparison with a black body | L. N. Aksyutov, A. K. Pavlyukov and G. K. Kholopov |
| 1209-1220 | High-temperature investigations of the thermal properties of solids | L. P. Filippov and R. P. Yurchak |
| 1221-1223 | On the Eightieth Birthday of Aleksandr Savvich Predvoditelev |
| 1225-1229 | Degree of accuracy of two-termed formulas for calculating the effective viscosity of structured liquids | P. F. Ovchinnikov, P. S. Kropivyanskii and N. V. Mikhailov |
| 1230-1235 | Some rheological effects in gas mixtures | A. V. Lykov, Z. P. Shul'man, B. I. Puris and G. Z. Plavnik |
| 1236-1241 | Certain transfer parameters in fuel-cell ion-exchange membranes | B. N. Artemenko, A. M. Ivanov, N. S. Lidorenko and G. F. Muchnik |
| 1242-1245 | Self-regulation of water elimination in an H2-O2 fuel cell | V. S. Bagotskii, M. S. Beletskii, Yu. M. Vol'fkovich, É. I. Grigorov and I. G. Gurevich, et al. |
| 1246-1250 | An experimental study of nonsteady-state thermoelectric cooling | E. K. Iordanishvili, B. E. -Sh. Malkovich and I. I. Khazanovich |
| 1251-1255 | The influence of the content and concentration of certain ions in aqueous solution on the ice sublimation mechanism | D. P. Lebedev and V. N. Zhukov |
| 1256-1263 | Mathematical analysis of the process of motion of a vapor in a quasiclosed volume having a temperature gradient | Yu. Z. Bubnov, M. N. Libenson, M. S. Lur'e, V. S. Ravin and G. A. Filaretov |
| 1264-1271 | Calculation of the temperature field in a gas ventilated charge of fine-porosity material | I. K. Dmitrieva and V. T. Kazazyan |
| 1272-1275 | Crumbling criteria for wet iron-ore pellets dried by the laminar convection process | V. M. Vityugin, T. G. Leont'eva and V. P. Gusev |
| 1276-1281 | Computation of electric-arc parameters taking account of convective and radiant losses | N. A. Zyrichev |
| 1282-1286 | Application of the implicit finite-differences procedure for the evaluation of scrap melting in an acid converter | É. M. Gol'dfarb and B. I. Sherstov |
| 1287-1291 | Application of the implicit finite-differences procedure for the evaluation of scrap melting in an acid converter | É. M. Gol'dfarb and B. I. Sherstov |
| 1292-1296 | Convective diffusion in an infinite band | A. T. Chub |
| 1297-1300 | Variation in thermal conductivity of organic substances in melting phase changes | B. M. Mogilevskii, V. G. Surin and A. F. Chudnovskii |
| 1301-1305 | Solution of the steady-state heat-conduction problem for thin filament heaters of arbitrary geometry | G. M. Tsymbalov and V. S. Koshelev |
| 1306-1312 | Investigation of the characteristics of heat-transmitting elements with short finned ribs | A. F. Savostin and A. M. Tikhonov |
| 1313-1319 | Heat transfer and resistance of an incompressible liquid in the initial portion of a circular tube for various laws of heat supply | É. L. Spektor and Yu. P. Rassadkin |
| 1320-1325 | Temperature distribution in multilayered semitransparent coatings | V. V. Frolov |
| 1326-1330 | Calculation of the temperatures of complex bodies in regular thermal modes | S. A. Vasil'ev |
| 1331-1334 | Solution of a nonsteady-state porous cooling problem by an approximate method | P. A. Novikov and V. A. Eremenko |
| 1335-1343 | Thermophysical measurements under monotonic conditions | S. E. Buravoi, V. V. Kurenin and E. S. Platunov |
| 1345-1349 | Thermal conductivity of vacuum-screen heat insulation | D. P. Lebedev, E. K. Zlobin and V. V. Alekseev |
| 1350-1354 | Thermal conductivity of glass-fiber systems | S. P. Vnukov, V. A. Ryabov and D. V. Fedoseev |
| 1355-1357 | Thermal conductivities of metal casting mold facings | V. S. Serebro and A. I. Brener |
| 1358-1360 | Measurement of thermal activity in electrically conducting solutions | G. G. Spirin and Yu. A. Polyakov |
| 1361-1363 | The effect of dust in the working stream of hypersonic wind tunnels on the results of heat-transfer measurements | B. I. Bakum and G. S. Komarova |
| 1364-1368 | Determining the heat losses due to radiation in an axially symmetric high-temperature stream of spherical particles | V. A. Zhuravl'ev and M. K. Trukhin |
| 1369-1374 | Experimental investigation of the rate of phase and chemical transformations in a high-velocity high-temperature stream | Z. G. Shaikhutdinov and A. M. Rusak |
| 1375-1379 | Refining the algorithm for a zonal calculation of heat transfer in an open-hearth furnace | Yu. A. Zhuravl'ev, V. G. Lisienko and B. I. Kitaev |
| 1380-1384 | Mass transfer during evaporation of various liquids from the surface of a pipeline transition element into a surrounding gas stream | R. P. Shpakovskii |
| 1385-1390 | Kinetics of the condensation of water vapor on a flat surface under vacuum conditions | P. A. Novikov and É. K. Snezhko |
| 1391-1393 | Study of the critical heat flux under transient conditions | V. A. Gerliga and V. M. Tokarev |
| 1394-1398 | A plasma source with a combined cathode | R. Ya. Zakharkin, A. N. Kolesnichenko, É. I. Molodykh and A. V. Pustogarov |
| 1399-1402 | Computation of some coefficients in equations of combined transfer using the straight-line method | A. S. Bomko |
| 1403-1408 | Concentration-dependent liquid density changes in liquid-solid emulsions | P. P. Olodovskii and M. G. Murashko |
| 1409-1411 | Effects of surface properties of the condensate on the condensation coefficients of alkali metals | N. N. Kochurova |
| 1412-1417 | Calculation of molecular diffusion coefficients in multicomponent liquid mixtures | V. V. Raiko and I. A. Aleksandrov |
| 1418-1420 | Discharge of a gas-saturated liquid through a venturi | A. E. Borovykh, V. I. Esin, A. M. Levin and V. N. Andreichenko |
| 1421-1424 | Effect of friction-reducing polymer additives on taylor vortices | V. S. Belokon', S. A. Vlasov and V. N. Kalashnikov |
| 1425-1429 | Calculating the effect of interaction between two parallel whir ling jets | R. B. Akhmedov, D. M. Akhmedov and T. B. Balagula |
| 1430-1433 | Determining the torque transmitted by a “dry-fluid” coupling | V. P. Yashcheritsyn |
| 1434-1437 | A method of constructing a solution of the heat-conduction equation with complex boundary conditions | B. F. Ryzhenko |
| 1438-1443 | Some extremal problems of heat transfer in a layer | Yu. N. Andreev and A. Kh. Slobodyanskii |
| 1444-1449 | Nonlinear filtration through a porous wedge in the presence of a phase transition | V. I. Voronin and V. V. Samokhvalov |
| 1450-1456 | Method of alternating directions for the solution of parabolic equations with a convective term | F. F. Rimek |
| 1457-1470 | Abstracts | T. A. Kurskaya, E. P. Levchenko, R. S. Mikhal'chenko, A. M. Rybalko and B. Ya. Sukharevskii, et al. |
| 1471-1472 | On the sixtieth birthday of Abram Solomonovich Ginzburg and the occasion of his completion of forty years of creative work in science and education |
| 1473 | Georgii Kuz'mich Filonenko |
| 1475-1478 | Structure of a fixed and a fluidized bed of granular material near an immersed surface (wall) | V. N. Korolev, N. I. Syromyatnikov and E. M. Tolmachev |
| 1479-1483 | Conductive component of heat transfer in a fluidized bed | N. I. Syromyatnikov |
| 1484-1488 | Local heat transfer between a vertical cylinder and a fluidized bed | B. V. Berg, A. P. Baskakov and B. SerÉÉteriin |
| 1489-1492 | Mass transfer between phases in a fluidized bed and in a layer with a cylindrical spiral filling | V. D. Chernov and B. R. Serebryakov |
| 1493-1497 | Pressure distribution around a single bubble moving in a fluidized bed | V. G. Kul'bachnyi and K. E. Makhorin |
| 1498-1502 | Hydrodynamics of a fluidized bed | A. I. Tamarin and Yu. S. Teplitskii |
| 1503-1506 | Problems of the hydrodynamics of a bed fluidized by dust-laden gas | V. S. Nosov and V. K. Maskaev |
| 1507-1511 | Causes of the occurrence of an “effective” porosity in granular media | V. A. Nelidov |
| 1512-1517 | Effect of desorption and sorption processes occurring in a dry soil layer on the variation of water evaporation | Zh. -D. Dandaron |
| 1518-1522 | Numerical solution of a problem involving the interaction of a shock wave with a cylinder in a supersonic flow | V. B. Balakin and V. V. Bulanov |
| 1523-1525 | Heat exchange during evaporation from a falling water film | Yu. I. Kalishevich, E. I. Taubman and Yu. D. Kozhelupenko |
| 1526-1532 | The motion of turbulent liquid films | Yu. T. Borshchevskii, I. I. Sagan', S. I. Tkachenko and V. É. Shnaider |
| 1533-1538 | Approximate solution of the equations of heat-exchanger dynamics on a digital computer | I. P. Simakov and A. E. Solov'ev |
| 1539-1544 | Analysis and design of the mixing chamber in a flat ejector | A. M. Arkhimov, M. A. Izyumov and D. M. Khzmalyan |
| 1545-1548 | Calculation of the temperatures and the heat balance during contact heat transfer in a system of bodies | N. V. Diligenskii and Yu. I. Ivanov |
| 1549-1552 | Analysis of the heat and mass transfer during adiabatic evaporation of water | E. N. Bukharkin |
| 1553-1556 | Cooling of a layer during Stefan-Boltzmann radiation from its surface | A. M. Glyuzman and V. M. Yakupov |
| 1557-1561 | Experimental investigation of the temperature distribution in thin films heated by an electron beam | Gl. S. Zhdanov |
| 1562-1565 | Rate of heat propagation by conduction in gases | E. G. Dolomanov |
| 1566-1569 | Green's functions in the solutions of heat-conduction problems for a hollow cylinder | V. P. Merzlyakov |
| 1570-1572 | Transient temperature in a porous tube | M. D. Mikhailov |
| 1573-1574 | Change in the structural properties of bismuth and its alloys as a result of irradiation | G. A. Gumanskii and I. S. Tashlykov |
| 1575-1576 | On the sixtieth birthday of Sergei Stepanovich Zabrodskii |
| 1577-1595 | Abstracts | P. M. Brdlik, I. S. Molchadskii, D. A. Nusupbekova, Z. B. Sakipov and A. A. Sukhonosov, et al. |
| 1-6 | Some problems of the dynamics of vapor bubbles under conditions of a weak body-force field | Yu. A. Kirichenko |
| 7-10 | Heat transfer in liquid boiling on finned surfaces | L. I. Roizen and G. R. Rubin |
| 11-14 | Heat transfer during the cooling of humid unsaturated vapor-gas mixtures | E. N. Bukharkin |
| 15-19 | On a three-dimensional heat transfer problem for a forced convective flow | M. E. Podol'skii |
| 20-25 | Calculation of the nonstationary interaction of jet flows with a two-dimensional target | S. Yu. Bapat, I. A. Belov and P. S. Jain |
| 26-30 | An experimental investigation of the mean and oscillatory characteristics of a jet moving along a porous cylinder | L. Yu. Artyukh, T. K. Krasil'nikova, T. K. Mironenko and A. T. Trofimenko |
| 31-33 | A study concerning the efficiency of film cooling under real conditions in various moving systems | M. S. Zolotogorov |
| 34-40 | Interaction of a jet with a plane boundary located normal to the jet axis | I. A. Belov and B. N. Pamadi |
| 41-44 | An experimental study of the turbulent flow of aqueous polymer solutions in a tube | I. L. Povkh and A. B. Stupin |
| 45-50 | The schlieren-diffusion method of determining the turbulence characteristics of a carrier medium in rarefied gas suspension streams | F. E. Spokoinyi and Z. R. Gorbis |
| 51-55 | Nonsteady-state flow of a viscoplastic medium in a plane channel | A. M. Makarov, L. A. Zhdanova and O. N. Polozova |
| 56-60 | Convection excited by a high-frequency electric current | A. V. Lykov, B. M. Berkovskii and Wu Zui Kwang |
| 61-64 | Heat and mass transfer between parallel horizontal plates during sublimation in low-density gas | P. A. Novikov and G. L. Malenko |
| 65-72 | Similarity of the Coulomb components of the properties of a nonideal (dense) plasma | B. M. Kovalev, P. P. Kulik and V. A. Ryabyi |
| 73-75 | Calculations on reductive case-hardening of steel | L. G. Gal'perin and A. P. Baskakov |
| 76-82 | Effects of wall roughness on pressure loss and velocity distribution for air in fixed and moving granular layers | V. K. Durnov and V. N. Timofeev |
| 83-87 | Thermal interaction at the gas-liquid interface in an apparatus with an immersed burner | A. N. Alabovskii |
| 88-92 | Time-independent temperature field in a band and a layer under mixed boundary conditions | G. S. Kut and I. P. Lysyi |
| 93-97 | Some effects related to the finite velocity of propagation of heat | V. I. Krylovich and V. I. Derban |
| 98-101 | Selection of radiator spectrum in infrared heating and drying devices | L. N. Ryzhkov and Z. A. Luchsheva |
| 102-105 | Metal rupture under the effect of concentrated heat fluxes | G. S. Belkin, V. Ya. Kiselev and I. D. Finogenova |
| 106-109 | Sequential ventilation of a series of chambers when an admixture is momentarily exuding from the pocket ends | T. A. Samarina and A. E. Krasnoshtein |
| 110-132 | Abstracts | A. L. Bychkovskii, A. L. Lubny-Gertsyk, É. A. Iodko, E. N. Trynkina and S. O. Lekhtmakher, et al. |
| 133-134 | Book reviews | V. I. Krylovich and A. D. Solodukhin |
| 135-140 | Study of the heat transfer during film cooling | M. S. Zolotogorov |
| 141-144 | Experimental study to determine the thermal conductivity of bromided freons F-113 V2 and F-114 V2 | Z. I. Geller, V. Z. Geller and V. P. Éizenveis |
| 145-148 | Experimental study of the centripetal air pumping effect under reduced pressure | A. V. Lykov, Z. P. Shul'man, B. I. Puris, G. Z. Plavnik and I. V. Prokhorov, et al. |
| 149-153 | Experimental study of transient thermoelectric cooling | E. K. Iordanishvili, B. E. -Sh. Malkovich and M. N. Beits |
| 154-158 | Radiative-conductive heat transmission in the regular mode of the second kind | E. N. Bezrukova and A. A. Men' |
| 159-164 | Study of the temperature field near a hot plate in a fluidized bed and of the heat transfer between them | N. F. Filippovskii and A. P. Baskakov |
| 165-169 | Improving the heat transfer at variously pitched tube bundles in a parallel stream | É. K. Kalinin, G. A. Dreitser and A. K. Kozlov |
| 170-174 | Heat transfer in tubes with discrete annular roughness elements | V. K. Migai |
| 175-178 | Heat transfer between a spherical probe and a counterflow-vented gravity bed | M. I. Rabinovich, V. A. Kalendar'yan, Yu. G. Klimenko and Yu. B. Tartakovskii |
| 179-184 | Drying-process thermograms of colloidal dispersions containing various moistures | V. M. Kazanskii, R. V. Lutsyk and A. F. Mel'nikova |
| 185-190 | Interference methods of analyzing optical inhomogeneities with an IAB-451 instrument | V. M. Verkhunov and N. N. Maksimov |
| 191-195 | Analysis of the heat-radiation characteristics of hermetizing polymer systems by the mirror hemisphere method | L. S. Slobodkin and V. E. Lopatento |
| 196-203 | Parametric method of calculating a transient laminar boundary layer | O. N. Bushmarin and B. Ya. Basin |
| 204-207 | Anisotropy of the Prandtl-Meyer flow | A. L. Stasenko |
| 208-217 | Invariant solutions to the equations of sorption equilibrium dynamics and kinetics | L. K. Tsabek |
| 218-221 | Solving reverse transient-heat-conduction problems by electrical simulation | V. E. Prokof'ev |
| 222-227 | Characteristic constants of turbulence | I. I. Novikov |
| 228-231 | Thermal flux distribution over the inside surface of a heated tube with a cylindrical groove on the outside | Yu. V. Mironov and S. V. Shpanskii |
| 232-237 | Heat transfer in the case of a semiinfinite body heated by thin parallel plates | I. A. Strakhov |
| 238-240 | Determination of mass-transfer coefficients | G. I. Bobrova and M. A. Bukhtilova |
| 241-243 | Study of the interaction between ferromagnetic particles in a rotating constant magnetic field | E. E. Bibik and A. A. Simonov |
| 244-246 | Effect of an electric field on the oscillations of a diffusive flame | Yu. Ya. Maksimov and S. A. Abrukov |
| 247-257 | Heat and mass transfer near rotating surfaces | L. A. Dorfman |
| 258-271 | Abstracts | V. M. Dement'ev, L. S. Bolikhova, A. N. Vanzha, N. T. Moiseenko and I. A. Lugovskii, et al. |
| 273-276 | Heat teansfer between a surface and a fluidized bed with packing | R. R. Khasanov, S. S. Zabrodskii, A. I. Tamarin and D. M. Galershtein |
| 277-280 | Heat transfer between a stream of liquid and a polydispersion in a fluidized bed | E. M. Tolmachev and N. I. Syromyatnikov |
| 281-284 | Some peculiarities of the heat transfer during the flow of a gaseous suspension through a horizontal duct | A. S. Sukomel, F. F. Tsvetkov and R. V. Kerimov |
| 285-289 | Heat transfer from vertically finned plates by natural convection | E. V. Grubskii |
| 290-296 | Basic laws of the vacuum drying process applied to cellulose materials for electrical insulation | I. F. Pikus, L. S. Gimpeleva and L. A. Koshepavo |
| 297-301 | Mechanism of vapor bubble condensation in a vapor-water mixture under impact | A. A. Sarkisov, I. A. Popov and A. A. Luk'yanov |
| 302-306 | Some peoblems concerning the thermodynamics of phase transformation | D. M. Popov |
| 307-314 | Transient convective mass transfer at a disc rotating in a non-newtonian fluid | Z. P. Shul'man, N. A. Pokryvailo, V. I. Kordonskii, V. D. Lyashkevich and A. K. Nesterov |
| 315-318 | Study of the heat transfer and of the hydraulic resistance associated with the flow of air through narrow rectangular channels | P. A. Novikov and L. A. Shcherbakov |
| 319-321 | Determining the thermal conductivity of thin-layer materials by the interpolation method | V. S. Vol'kenshtein |
| 322-326 | Study concerning the laminar sublayer region of a turbulent boundary layer with injection | B. P. Mironov and P. P. Lugovskoi |
| 327-331 | Motion of a continuous medium with an internal angular velocities correlation | A. S. Kompaneets |
| 332-336 | Similarity numbers for a turbulent shear flow of a fluid | V. K. Lyakhov |
| 337-342 | Analysis of the spontaneous ignition of a turbulent gas jet in an oxidizer stream | V. N. Strokin |
| 343-347 | Study of a traveling combustion front on a petroleum bed model | U. P. Kuvanyshev and R. L. Nasibullin |
| 348-351 | Flow of a liquid film along a vertical surface | V. I. Kholostykh, I. G. Blyakher and A. A. Shekhtman |
| 352-356 | Study concerning the penetration of high-velocity fine particles into various materials | N. M. Drachev, V. I. Morozkin and I. N. Potapov |
| 357-360 | Measuring the velocity in a boundary layer with a total-head pitot tube | E. U. Repik |
| 361-363 | On the effluence of gases with solid particles into vacuum | A. L. Stasenko |
| 364-367 | Dynamic characteristics of an electric dc arc | A. D. Lebedev, A. S. Sergienko, B. A. Uryukov and A. G. Shashkov |
| 368-372 | An application of the heat transfer problem to the case of a dispersion layer | V. A. Zrazhevskii and V. S. Gvozdetskii |
| 373-376 | Calculating the emissivity of semitranslucent materials | I. V. Men' and O. A. Sergeev |
| 377-380 | Experimental study of the heat transfer during a laminar flow of non-Newtonian fluids through pipes | O. V. Domanskii, V. V. Konsetov, L. V. Lilya and R. I. Rubashkina |
| 381-385 | Temperature field in a hollow finite-length cylinder with an arbitrarily moving heat source | L. A. Brichkin, Yu. V. Darinskii and L. M. Pustyl'nikov |
| 386-388 | Application of the “straight-lines” method to solving the one-dimensional equation of heat conduction with localized inhomogeneities | A. S. Dolgov |
| 389-392 | Solving nonlinear heat and mass transfer problems with the aid of computers | N. A. Fridlender |
| 393-397 | Simulating multidimensional problems of heat conduction with phase transformations | I. F. Zherebyat'ev and A. T. Luk'yanov |
| 398-399 | Engvan Insugovich Kim, on his sixtieth birthday and thirty-five years of scientific and pedagogical activity |
| 401-406 | Fluctuation method of determining the mixing coefficient for a solid phase in a two-dimensional fluidization bed model | O. M. Todes and L. S. Sheinina |
| 407-410 | Experimental study of the drag of a graphite suspension in air flowing through pipes | A. S. Sukomel, F. F. Tsvetkov and R. V. Kerimov |
| 411-415 | Measuring the electrostatic potential in fluidization beds by means of an immersed probe | V. K. Abramyan and R. Kh. Bekyashev |
| 416-419 | Heat transfer during film boiling of a subcooled liquid under conditions of forced flow through channels | É. K. Kalinin, I. I. Berlin, V. V. Kostyuk, Yu. S. Kochelaev and S. A. Yarkho |
| 420-422 | Convective heat transfer in a metastable liquid with delayed boiling | V. P. Skripov and N. V. Bulanov |
| 423-429 | Breakdown of thermoplastic materials under the simultaneous action of a gas stream and a high-power thermal flux | N. P. Novikov and A. A. Kholodilov |
| 430-434 | Effect of trapped air and anomalous condensate on the evaporation of water from capillaries | A. E. Afanas'ev, N. I. Gamayunov, N. V. Churaev and N. E. Yashchenko |
| 435-437 | Determination of the thermal and the moisture diffusivity in a porous body from the kinetic characteristics of the drying process | P. P. Lutsik, E. A. Strashkevich and M. F. Kazanskii |
| 438-440 | True absorption capacity of certain pharmaceutical preparations | A. P. Ivanov, S. M. Reprintseva, N. V. Fedorovich and V. L. Dragun |
| 441-443 | Validity of the boundary conditions defined for measurements of the heat transfer coefficient on the basis of the thermal strain rate in specimens | L. N. Linnik, V. S. Batalov and K. I. Lobachev |
| 444-449 | Freezing of cryogenic liquids during evacuation | V. F. Getmanets, R. S. Mikhal'chenko and V. T. Arkhipov |
| 450-451 | Specific heat of Teflon-40 and BF-2 glue in the 10–300°K temperature range | V. S. Krylovskii, V. I. Ovcharenko and V. I. Khotkevich |
| 452-457 | Heat transfer and drag in the laminar flow of a gas with variable properties through an annular channel | A. I. Lyubarskii, Yu. S. Skoropanov and V. P. Popov |
| 458-463 | Hydrodynamics and heat transfer involved in the bubbling of a gas through viscous and anomalous-viscous liquids | V. V. Konsetov and F. M. Kudryavitskii |
| 464-470 | Partial eigenvalues problem in the analysis of hydrodynamic stability during natural convection | E. A. Romashko |
| 471-473 | Effect of a vortex wake on the fluctuations of skin friction as the frontal critical point of a cylinder in a transverse stream | Z. P. Shul'man, N. A. Pokryvailo and N. V. Zhdanovich |
| 474-478 | Friction torque in a rotating field and the magnetorheological effect in colloidal ferromagnetics | E. E. Bibik and V. E. Skobochkin |
| 479-484 | Solving boundary-value problems in heat conduction by the method of successively averaging the unknown function | A. Akaev and G. N. Dul'nev |
| 485-489 | Heat conduction problem in the case of a bilaterally bonded plate with heat transfer between it and the surrounding medium | A. I. Uzdelev and L. M. Serebryakova |
| 490-493 | Calculation of thermal and electric fields in large-diameter ingots under variable conditions of electrical slag melting | G. F. Ivanova |
| 494-498 | Temperature field at an active blade of a gas turbine cooled externally with an air -liquid mixture | Ya. A. Levin and L. V. Povolotskii |
| 499-503 | Determining the temperature-dependence of the thermophysical properties of solids by the method of successive approximations | G. N. Surkov |
| 504-506 | Application of the monte carlo method to the problem of flow in the boundary layer of a two-dimensional turbulent jet | F. N. Yasinskii |
| 507-508 | Universal relation for the thermal conductivity of amorphous polymers | B. A. Arutyunov |
| 509-510 | Some features of the critical point | M. M. Nazarchuk and S. S. Stel'makh |
| 511-513 | Effect of shock compression on the structure of mercury oxide | I. A. Ovsyannikova, É. M. Moroz and A. I. Platkov |
| 514-531 | Abstracts | R. A. Burtseva, A. T. Litvinov, G. M. Bartenev, A. I. Zhornik and V. A. Zhuravlev, et al. |
| 532-534 | Present status of experimental and theoretical research in combined heat transfer | Yu. P. Cherkun and I. N. Konopel'ko |
| 535-536 | Book reviews | P. K. Konakov and V. T. Kumskov |
| 537-540 | Design of heat exchangers with a crossflow of heat carriers | B. A. Dobryakov, M. V. Gagarina, A. S. Efremov, V. N. Mokin and V. Yu. Morgulis-Yakushev, et al. |
| 541-544 | Experimental study of the heat transfer pattern in a diluted fluidization bed | N. I. Syromyatnikov, L. K. Vasanova, R. D. Valiullin and A. I. Karpenko |
| 545-549 | Characteristics of heat transfer from a surface to a fluidized bed under pressure | L. B. Rabinovich and G. P. Sechenov |
| 550-553 | Examining the properties of sorbed water by dielectric methods | N. I. Gamayunov, A. M. Lych and P. N. Davidovskii |
| 554-557 | Effect of an electric field on the kinetics of water sorption by a capillary-porous material | M. S. Panchenko, V. P. Dushchenko, A. L. Panasyuk and A. S. Mosievich |
| 558-561 | Heat and mass transfer in low-temperature heat exchanger pipes | L. L. Vasil'ev, L. P. Grakovich and S. V. Konev |
| 562-566 | Pressure and velocity distributions in a vapor flow through narrow orifices during sublimation under vacuum | P. A. Novikov, G. L. Malenko, L. Ya. Lyubin and V. I. Balakhonova |
| 567-572 | Evaluating the efficiency of electrolyte restoration in fuel cells by electrodialysis | G. A. Grishaeva, I. G. Gurevich and V. S. Bagotskii |
| 573-575 | On the optimum width of the separating gap in liquid thermodiffusion columns | G. D. Rabinovich and R. Ya. Gurevich |
| 576-579 | Pulse method of measuring the thermal diffusivity and the specific heat of small semiconductor specimens | V. M. Kozlovskii, B. M. Mogilevskii and A. F. Chudnovskii |
| 580-585 | Experimental study of the thermal conductivity of argon at low temperatures | Kh. I. Amirkhanov, A. P. Adamov and G. D. Gasanov |
| 586-590 | Experimental determination of the thermal conductivity of binary gas mixtures | A. G. Shashkov and F. P. Kamchatov |
| 591-597 | Dynamic method of measuring the thermal conductivity of gases at high temperatures | R. A. Mustafaev |
| 598-603 | Laminar boundary layer at a permeable surface | A. L. Lesnikov |
| 604-608 | Boundary layer with chemical reactions | N. A. Anfimov, V. I. Bronshtein, T. L. Perel'man and B. N. Yudaev |
| 609-615 | Nonisothermal generalized couette flow of a fluid with a power-law rheological characteristic | S. A. Bostandzhiyan and V. I. Boyarenko |
| 616-618 | Adherent jet along a curved surface | N. N. Kortikov, M. Z. Zhivov and Yu. A. Sokovishin |
| 619-622 | General characteristics of supersonic vortical boundary layers | M. G. Morozov |
| 623-626 | Determining the size spectrum of cylindrical particles from the low-angle indicatrix of light dispersion | G. D. Petrov and R. N. Sokolov |
| 627-629 | Error in the numerical solution to the heat conduction problem with a nonlinear boundary condition | L. A. Kozdoba and F. A. Krivoshei |
| 630-635 | Transient temperature field in a flat plate with internal compounding of heat conduction and radiation | V. F. Vorob'ev and Yu. I. Dudar'kov |
| 636-639 | Energy transmission through a medium with low optical density | V. M. Kostylev and N. V. Komarovskaya |
| 640-643 | Distortion of a turbulent-viscosity profile by large negative pressure gradients in gas flow through pipes | M. M. Nazarchuk, M. M. Kovetskaya and V. N. Panchenko |
| 644-645 | Effect of polyacrylamide additive on the reduction of hydraulic losses in water streams with suspended solid particles | I. L. Povkh and A. B. Stupin |
| 646-648 | The senftleben method of measuring the thermal conductivity of gases | N. B. Vargaftik and L. S. Zaitseva |
| 649-651 | Experimental study of heat transfer by nitrogen near the critical state under supercritical pressure | S. Uskenbaev and S. S. Budnevich |
| 652-662 | Abstracts | S. V. Bukhman, E. Nurekenov, Z. F. Karimov, A. I. Lutkov and B. K. Dymov, et al. |
| 663-664 | Book reviews | N. B. Vargaftik and L. D. Volyak |
| 665-669 | Thermal and electrical characteristics of a high-frequency electrothermal fluidization bed | K. I. Bashlai, I. F. Barantsev, M. B. Grinbaum, V. M. Stanyakin and V. V. Samodurov, et al. |
| 670-673 | Determining the average flow characteristics of the carrier fluid in a turbulent gaseous suspension | Z. R. Gorbis and F. E. Spokoinyi |
| 674-677 | Increasing the rate of heat transfer in ducts with a turbulent gas flow | V. K. Migai |
| 678-681 | Propagation of the front of a strong shock wave in an inhomogeneous atmosphere | A. G. Zimin |
| 682-687 | Turbulent mixing of fluids with different densities flowing through a pipe | V. I. Maron |
| 688-693 | A study of boiling and condensation in a heat transfer element | S. P. Andreev |
| 694-698 | Results of a study concerning the heat and mass transfer when helium is purged of nitrogen impurity by the condensation method | S. S. Budnevich and I. A. Davydov |
| 699-704 | Condensation of a chemically reacting gas on a vertical surface | V. P. Gribkova, A. A. Mikhalevich and V. B. Nesterenko |
| 705-709 | Thermodiffusion in liquid and gaseous multicomponent isotope mixtures | G. D. Rabinovich and V. P. Ivakhnik |
| 710-712 | Experimental evaluation of the criterial number for diffusive mass and heat transfer in sand saturated with petroleum and water | É. M. Simkin and A. M. Bernshtein |
| 713-716 | Generalization of the temperature-strain characteristics for polyvinyl chloride under tension | V. D. Fikhman, V. M. Alekseeva and G. V. Vinogradov |
| 717-721 | Effect of a protective coating on the frequency characteristics of film transducers in thermoanemometers | I. L. Povkh and D. F. Shtopko |
| 722-727 | Dynamic characteristics of thermoanemometers with glass-covered transducers | É. M. Lyubavin |
| 728-731 | An apparatus for measuring the thermal conductivity and diffusivity of solid materials | V. Ya. Chekhovskoi, R. A. Belyaev and Yu. V. Vavilov |
| 732-735 | Measuring the thermal diffusivity of semiconductors by the light-pulse method | M. I. Aliev, R. É. Guseinov and D. G. Arasly |
| 736-740 | A study of concrete hardening at temperatures below zero | V. M. Kazanskii, É. D. Breitman, T. I. Rozenberg and M. F. Kazanskii |
| 741-743 | A laboratory apparatus for determining the moisture content in capillary-porous materials by the method of super-high-frequency absorption | V. K. Benzar' and I. M. Rimkevich |
| 744-749 | Determination of the angular irradiation coefficients in drying ovens by the method of optical simulation | L. S. Slobodkin and N. A. Prudnikov |
| 750-755 | Determination of the local angular radiation coefficients in certain two-body systems | V. I. Sokurenko, V. K. Shcherbakov and Yu. P. Shcherbakov |
| 756-760 | An experimental study concerning the electrical and the thermal characteristics of stabilized arcs | A. V. Donskoi, V. S. Klubnikin and A. S. Parkhomenko |
| 761-763 | Evaluating the mass content and the energy spectrum of a plasma jet in a conical pulse accelerator | V. L. Vereshchagin |
| 764-767 | Temperature field in metals after impingement of thermal flux pulses | S. N. Kapel'yan and Z. M. Yudovin |
| 768-769 | On the determinacy of results obtained in a study of the thermal conductivity and diffusivity of ceramic materials | E. Ya. Litovskii |
| 770-771 | On the variability of the exponent in real-gas processes | K. A. Khairutdinov |
| 772-774 | Application of the Monte Carlo method for calculating the shape of the heat source generated by the action of electron beams on a substance | G. E. Gorelik and S. G. Rozin |
| 775-776 | In reference to a certain solution of the problem concerning the effect of a variable-over-the-surface thermal flux on the heat transfer in a turbulent stream | V. L. Lel'chuk |
| 777-805 | Abstracts | E. I. Mikulin, Yu. A. Shevich, A. G. Merzhanov, Yu. M. Grigor'ev and Yu. A. Gal'chenko, et al. |
| 807-810 | Attaining “low” temperatures in a fluidization bed by means of natural gas | A. P. Baskakov, B. V. Berg, E. Ya. Gimpel'man, V. V. Khoroshavtsev and V. P. Evseev |
| 811-813 | Experimental study concerning the effect of a local whirl on the thermal efficiency of a pipe surface | V. K. Shchukin, A. F. Koval'nogov and V. I. Goldobeev |
| 815-817 | Improving the heat transfer in annular channels | é. K. Kalinin, G. A. Dreitser and V. A. Kuz'minov |
| 818-821 | Laws governing the regular heating mode in solids during transient radiative interaction | G. I. Fuks, A. V. Furman and A. P. Tsyganok |
| 822-826 | Evaluation of universal functions for the radiant flux transmission | A. G. Zen'kovskii and A. I. Zyul'kov |
| 827-832 | Optimum conditions of ice desublimation under vacuum and their effect on its density and thermal conductivity | D. P. Lebedev and E. F. Andreev |
| 833-838 | Experimental study concerning the kinetics of water vapor condensation on a cylindrical surface in a rarefied gas | P. A. Novikov and é. K. Snezhko |
| 839-844 | On the mechanism of boiling centers activity | E. I. Nesis |
| 845-847 | Phase transformations in a stream of evaporating liquid | S. V. Rubinshtein, V. A. Ivanov and A. K. Karalyuk |
| 848-853 | Formulation of a problem class concerning the mass transfer in granular beds with phase transformations and chemical conversions | Yu. A. Berman |
| 854-857 | Calculation of temperature and moisture fields with a pulsating internal heat source | V. T. Mustyatsa and E. V. Berlan |
| 858-861 | Vibration mechanisms in the solid phase of a fluidization bed | B. I. Savchenko and I. N. Taganov |
| 862-865 | A hydrogen plasmatron of 1 MW power | R. Ya. Zakharin and A. V. Pustogarov |
| 866-869 | Rheological equations of state for weak polymer solutions with rigid ellipsoidal macromolecules in an electric field | P. B. Begoulev and Yu. I. Shmakov |
| 870-876 | Critical displacement parameters of a turbulent boundary layer | V. M. Eroshenko, A. L. Ermakov, A. A. Klimov, V. P. Motulevich and Yu. N. Terent'ev |
| 877-882 | Calculating the plane wake behind a body | L. I. Skurin |
| 883-889 | Velocity profile in a turbulent boundary layer of a supersonic gas stream | A. D. Rekin |
| 890-893 | Heat conduction with a temperature-dependent thermal conductivity | Enrico Lorenzini |
| 894-898 | Determining the steady-state temperature field in a cracked plate with heat transfer from the lateral surfaces | G. S. Kit and O. V. Poberezhnyi |
| 899-900 | Heat transfer coefficients of citrus fruits | A. Ya. Listopad and M. A. Grishin |
| 901-903 | A method of determining the heat of cement hydration | G. N. Dul'nev and N. V. Pilipenko |
| 904-905 | Effect of additives on the thermal conductivity of cyclohexane | V. G. Surin, B. M. Mogilevskii and A. F. Chudnovskii |
| 906 | Methods of simulating ventilation systems | é. V. Bezdetkina |
| 907-908 | Comparative evaluation of methods used for determining the cryogenic phase transformations of moisture in construction materials | Yu. D. Yasin and O. V. Degtyarev |
| 909-912 | Determining the macropore structure of capillary-porous materials by various methods | D. P. Litevchuk, M. F. Kazanskii and P. P. Lutsik |
| 913-915 | Comment on the article by V. V. Ivanov “temperature distribution in a toroidal coil heated by electric current” and on the correct solution to the problem | I. M. Minkov |
| 916-928 | Abstracts | M. E. Podol'skii, V. N. Kochergin, V. N. Voitalyuk, O. A. Balyshev and V. D. Pampura, et al. |
| 929-934 | Doctoral dissertations in thermotechnical sciences approved by the Supreme Certifying Committee | P. D. Lebedev |
| 935-938 | Book reviews | I. Maslennikov |
| 939-942 | Discharge of a liquid jet under near-critical thermodynamic conditions | V. A. Golubev, V. V. Kurilin, I. S. Makarov, K. A. Malinovskii and A. M. Shcheglov |
| 943-945 | Study of the heat transfer under large temperature drops during cooling with a stream of liquid nitrogen mist | I. F. Mikhailov, N. A. Kosik and G. P. Glazunov |
| 946-949 | Condensation of saturated vapor on a spherical droplet under near-critical conditions | B. I. Brounshtein, V. B. Brounshtein, V. Ya. Rivkind and I. N. Sventitskaya |
| 950-956 | Experimental study concerning the hydrodynamics of vapor-water flow through horizontal pipes | Yu. M. Kulagin and A. A. Tochigin |
| 957-962 | Experimental study concerning the motion and the fragmentation of liquid droplets in a gas stream | E. V. Stekol'shchikov, M. P. Anisimova, I. A. Yatcheni and O. L. Kondrat'ev |
| 963-968 | Distribution of the transfer parameters during a reaction between the material of a body surface and an injected substance with a boundary layer | G. T. Sergeev |
| 969-974 | Discharge of a powder-air mixture with a high concentration of powder from a vessel under pressure | V. B. Reznikov |
| 975-980 | Frequency characteristics of a temperature integrator | E. I. Ivlev |
| 981-987 | Steady-state one-dimensional breakdown of thermoplastics under heavy fluxes of radiant energy | N. P. Novikov, V. P. Perminov and A. A. Kholodilov |
| 988-996 | Transmission of radiation energy through absorbing and dispersing materials irradiated by a parallel beam at some definite angle of incidence | S. G. Il'yasov and V. V. Krasnikov |
| 997-1000 | Thermophysical characteristics of a multilayer capacitor-type dielectric | I. F. Pikus and V. D. Kononenko |
| 1001-1003 | Determining the specific heat of tea essence dried by the sublimation process | D. P. Lebedev, I. A. Ginzburg and V. V. Alekseev |
| 1004-1007 | Desublimation of pure water vapor at a flat surface | V. K. Safonov and A. Z. Volynets |
| 1008-1010 | On determining the size distribution of macropores in capillary-porous materials | D. P. Litevchuk and M. F. Kazanskii |
| 1011-1014 | Effect of pore pressure on the structure formation in heated capillary-porous materials | V. P. Ganin |
| 1015-1017 | Mass transfer during sulfur extraction from ores | G. A. Aksel'rud, E. M. Semenishin and R. P. Datsko |
| 1018-1023 | Solving the equation of mass transfer in a stationary bed of granular material | Yu. A. Berman and R. F. Nagaev |
| 1024-1027 | Calculation of the temperature profile of a perforated fin | V. A. Kirpikov and I. I. Leifman |
| 1028-1032 | Length of the separation zone behind an unstreamlined body in a restricted stream | A. V. Sudarev and V. A. Maev |
| 1033-1038 | Flow of polymer melts through channels of triangular cross section | K. D. Vachagin, V. I. Bol'shakov and G. V. Vinogradov |
| 1039-1041 | Axial flow of a nonlinear viscoplastic fluid through cylindrical pipes | I. P. Grinchik and A. Kh. Kim |
| 1042-1045 | Rheological equations of state for weak solutions of polymers with rigid ellipsoidal macromolecules | P. B. Begoulev and Yu. I. Shmakov |
| 1046-1050 | Effect of joule heat on the distribution of electric current in a cylindrical conductor | V. N. Rodinov, L. L. Savvin and V. M. Kuznetsov |
| 1051-1054 | A problem of transient heat conduction in a semibounded body with an internal cylindrical heat source | I. A. Ioffe |
| 1055-1061 | Method of bilateral approximations in the solution of certain nonlinear constraint problems | A. M. Grishin and N. A. Ignatenko |
| 1062-1064 | Predvoditelev hydrodynamics at high velocities | A. A. Baranov and V. L. Kolpashchikov |
| 1065-1070 | Abstracts | V. V. Altunin, E. D. Kurtsman, L. Ya. Suvorov, R. K. Nikul'chin and E. F. Petriman, et al. |
| 1071-1072 | Yurii pavlovich shlykov (1918–1972) | A. A. Gukhman, A. F. Chudnovskii, B. S. Petukhov, P. A. Andreev and V. M. Borishanskii, et al. |
| 1073-1074 | Book reviews | A. V. Lykov and P. S. Kuts |
| 1075-1081 | Peculiarities of heat transfer in porous solid nitrogen | R. S. Mikhal'chenko, V. F. Getmanets and V. T. Arkhipov |
| 1082-1086 | Kinetics of heat transfer during the desiccation of moist materials | A. V. Lykov, P. S. Kuts and A. I. Ol'shanskii |
| 1087-1091 | Desiccation thermograms for disperse materials moistened by various liquids | M. F. Kazanskii, V. M. Kazanskii, R. V. Lutsyk and A. F. Mel'nikova |
| 1092-1095 | Determining the hygroscopic characteristics and the mass transfer coefficients of moisture sorption for disperse materials soluble in water | R. P. Rilo, M. S. Panchenko, P. F. Turchin, A. L. Panasyuk and A. S. Mosievich |
| 1096-1099 | Study concerning the heat transfer between a disperse material and a solid heat carrier | Z. R. Gorbis and V. V. Kuklinskii |
| 1100-1104 | Pattern of external heat and mass transfer under vacuum during sublimation processes | D. P. Lebedev and V. V. Samsonov |
| 1105-1108 | Study concerning the local heat transfer coefficients for a tube with a local twisting of the stream by means of bucket whirlers | V. K. Shchukin, A. F. Koval'nogov and V. S. Kolkunov |
| 1109-1113 | Heat and mass transfer zone in an air-water jet through a sodium nitrate melt | V. A. Kulikov, V. I. Davydov and L. L. Murav'ev |
| 1114-1116 | Certain hydrodynamic and heat transfer characteristics of a stream through a system of parallel channels with spills | V. A. Kirpikov and I. I. Leifman |
| 1117-1121 | Heat transfer in liquefied gases in the supercritical range | S. S. Budnevich and S. V. Uskenbaev |
| 1122-1126 | Empirical formulas for locating shock waves in a jet impinging on a barrier at right angles | B. G. Semiletenko and V. N. Uskov |
| 1127-1131 | Radiative-conductive transmission of heat through optically dense media | Yu. P. Konakov |
| 1132-1137 | Intercoupled thermoelasticity with a finite velocity of heat propagation | I. M. Shter |
| 1138-1143 | A study of spontaneous condensation over a wide range of initial pressures | L. I. Seleznev, V. K. Shanin and G. V. Tsiklauri |
| 1144-1145 | Mechanism of bubble separation from cylindrical pores after buildup during the boiling of a liquid | E. I. Nesis, I. I. Markov and T. S. Chigareva |
| 1146-1148 | Flow of a nonlinear-viscoplastic fluid between the two coaxial cylinders of a viscometer for a study of the magnethorheological effect | V. P. Yashcheritsyn |
| 1149-1152 | Thermal conductivity of silicon-organic elastomers with mineral powder filler | V. N. Kirillov, Yu. B. Dubinker, V. A. Efimov and A. A. Donskoi |
| 1153-1157 | Correlation between the equations of transfer coefficients and the equation of state for liquids | A. M. Mamedov and T. S. A. Khundov |
| 1158-1163 | Experimental study of transient thermoelectric cooling | E. K. Iordanishvili and B. E. -Sh. Malkovich |
| 1164-1169 | Approximate solution to the problem of heating bulky bodies at a variable water equivalent of the gases | M. K. Kleiner |
| 1170-1173 | Effect of thermal instability on the rate of convective heat transfer | G. I. Pavlovskii and V. V. Solovei |
| 1174-1180 | Thermal stesses in a continuous plate ingot | V. A. Zhuravlev and V. R. Fidel'man |
| 1181-1185 | Temperature distribution at a thermally insulated crack in a plate at various boundary conditions | S. Ya. Yarema, M. P. Savruk and Ya. K. Nechaev |
| 1186-1191 | Steady-state temperature field of a disc with convective heat transfer at its surface | G. E. Klenov |
| 1192-1194 | Mixing of a jet array with a transverse stream in a channel | V. V. Zlobin |
| 1195-1198 | Variational problem of heating thin bodies | é. M. Gol'dfarb and V. S. Ibraev |
| 1199-1201 | Conjugate equation of heat conduction for an isotropic linear viscoelastic body | V. V. Kryuchkovskii and P. I. Khristichenko |
| 1202-1203 | Certain exact solutions to steady-state problems in the theory of heat conduction applied to inhomogeneous bodies | G. A. Dombrovskii and R. B. Nudel'man |
| 1204-1205 | Georgii Ivanovich Petrov — 60th birthday |
| 1206-1207 | Boris Sergeevich Petukhov — 60th birthday |
| 1208-1209 | Book reviews | A. S. Nevskii, Ya. D. Rudakov, V. M. Melent'ev and Yu. M. Ageev |
| 1211-1216 | Hydrodynamics in channels with porous walls | V. S. Mikhailov, A. M. Krapivin, P. I. Bystrov and G. I. Anofriev |
| 1217-1222 | Physical conditions of heat transfer and the design of heat pipes operating in the evaporation mode at moderate temperatures | M. I. Verba, V. Ya. Sasin and A. Ya. Shchelginskii |
| 1223-1227 | A study concerning the characteristic of capillary-porous wicks for low-temperature heat pipes | L. L. Vasil'ev, Z. N. Kostko and S. V. Konev |
| 1228-1231 | Rough estimate of the heat transfer coefficient in laminar and in turbulent flow through flat channels | Yu. A. Gavrilov and G. N. Dul'nev |
| 1232-1238 | Self-regulation of the water drain in a hydrogen/oxygen fuel cell Communication II. Width of the self-regulation zone | Yu. M. Vol'fkovich, V. E. Sosenkin and V. S. Bagotskii |
| 1239-1244 | Effect of shields on radiative heat transfer within the penetration zone | L. A. Vadachkoriya |
| 1245-1248 | Some problems of heat transfer and hydrodynamics in a fluidization bed with small-volume packing | A. I. Tamarin, D. M. Galershtein, S. S. Zabrodskii, R. R. Khasanov and V. P. Borisenko |
| 1249-1252 | Process parameters of desiccation in colliding jets of a gaseous suspension | I. S. Turovskii and L. L. Gol'dfarb |
| 1253-1255 | Structure of the boundary layer in a stream of a dispersion along a flat plate | I. D. Larionov and N. I. Syromyatnikov |
| 1256-1259 | Results of a study concerning the performance of air ejectors for transporting disperse materials | N. P. Selezneva |
| 1260-1263 | Filtered discharge of loose material from hoppers | V. E. Davidson and A. P. Tolstopyat |
| 1264-1267 | Radioisotope method of determining the effective viscosity of disperse systems under vibrations | B. A. Lishanskii, B. P. Osmachkin and N. V. Mikhailov |
| 1268-1271 | Vibratory fluidization of polymer powder beds for the coating process | Sh. M. Bilik and N. N. Slyudikova |
| 1272-1274 | Use of fused quartz as a reference standard in comparative methods of thermal conductivity measurements | T. B. Buzovkina and A. A. Men' |
| 1275-1280 | Heat transfer mechanism in an electric arc moving through a magnetic field | V. A. Vashkevich and O. I. Yasko |
| 1281-1284 | Effect of an electric field on the discharge of polydispersions from a slotted vertical plane-parallel channel | V. K. Gleb and S. A. Demchuk |
| 1285-1289 | Effect of the temperature on the evaporation of liquid droplets in an air stream | V. I. Blinov and L. P. Dobrovol'skaya |
| 1290-1295 | Analysis of the heat transfer during vapor condensation on free jets of cold liquid | K. V. Dement'eva, A. M. Makarov, V. R. Romanovskii and M. R. Romanovskii |
| 1296-1301 | Evaporation of liquid hydrocarbons in heated closed containers | V. V. Malyshev and E. P. Zlobin |
| 1302-1304 | Convective diffusion to solid spherical particles in a dense polydisperse cloud | Yu. A. Buevich |
| 1305-1309 | An approximate physical model of mass transfer | L. V. Novosel'skaya, A. I. Ershov, L. M. Gukhman and A. V. Novosel'skii |
| 1310-1314 | Boundary layer at a plate with an arbitrary injection mode | V. Ya. Shkadov and Yu Zui Kuang |
| 1315-1318 | Solution of the problem of transient heat transfer between a solid body and a surrounding stream | K. I. Bogatyrenko, O. T. Il'chenko and V. E. Prokof'ev |
| 1319-1322 | Solution of a mixed boundary-value problem by the Bubnov-Galerkin method | V. F. Kravchenko and A. V. Tokarenko |
| 1323-1326 | Heat and mass transfer during droplet condensation of water vapor from a stream of rarefied humid air in narrow rectangular channels | P. A. Novikov and L. A. Shcherbakov |
| 1327-1346 | Abstracts | G. L. Saksaganskii, A. T. Chub, G. V. Grishchenko, N. N. Medvedev and A. G. Beinusov, et al. |
| 1347-1348 | Aleksandr Sergeevich Akhmatov (On the occasion of his Seventy-Fifth Birthday) |
| 1349-1351 | Lev Abramovich Bulis (On the occasion of his Sixtieth Birthday) |
| 1352-1357 | Fourth All-Union Conference on Heat and Mass Transfer (Minsk, May 15–19, 1972) |
| 1359-1363 | Heat transfer and friction in the turbulent boundary layer of a compressible gas at a permeable surface | B. P. Mironov and N. I. Yarigina |
| 1364-1370 | Thermal state of a porous plate cooled by strong injection during radiative - convective heating | A. N. Boiko, V. M. Eroshenko, V. P. Motulevich and L. A. Yaskin |
| 1371-1375 | Transient heat transmission through disperse media during short contact times | V. V. Kuklinskii, Z. R. Gorbis and V. A. Kalender'yan |
| 1376-1381 | Coefficients of isothermal mass transfer in a porous body composed of spherical particles | N. V. Churaev |
| 1382-1385 | Characteristics of heat transfer during the turbulent flow of supercritical helium | G. P. Malyshev and V. G. Pron'ko |
| 1386-1392 | Filtration of rarefied gas through porous bodies | P. A. Novikov and V. A. Eremenko |
| 1393-1396 | A new zonal method of analyzing and calculating the radiation of heat | Yu. M. Ageev |
| 1397-1402 | Thermal conductivity of liquid tetrachlorides | P. S. Ivannikov, I. V. Litvinenko and I. V. Radchenko |
| 1403-1405 | Some factors affecting the rotation of a dielectric in an electrorheological medium | Z. P. Shul'man, R. G. Gorodkin and V. A. Kuz'min |
| 1406-1412 | Universal relaxation characteristic of polymer systems | A. I. Isaev |
| 1413-1415 | Measuring the velocities of droplets in a two-phase stream | V. N. Bykov and M. E. Lavrent'ev |
| 1416-1421 | Heat and mass transfer between a boiling liquid and bubbles | V. I. Bronshtein and T. L. Perel'man |
| 1422-1424 | An analytic study of the internal mass transfer during vacuum-sublimation drying | É. I. Guigo and Ts. D. Tsvetkov |
| 1425-1430 | Solution to the problem of transient asymmetric heat conduction in a two-layer hollow cylinder of finite length | R. P. Shperling |
| 1431-1434 | Using the solution to the reverse problem of heat conduction in the calculation of the heat transfer coefficient from temperature readings inside the body | V. L. Pokhoriler |
| 1435-1438 | Temperature distribution in a composite rod with a step change in the conditions of heat transfer | A. M. Andreev, É. N. Kolesnikova and Yu. A. Sokovishin |
| 1439-1444 | Cyclically symmetric problems of heat conduction in perforated plates and shells with heat transfer | R. N. Shvets and V. D. Pavlenko |
| 1445-1447 | Admixture transport inside a cylinder at a variable stream velocity and during a transient gas transfer to the wall | S. P. Grekov and A. E. Kalyusskii |
| 1448-1450 | Analysis of the acoustic signal heard during boiling on a heat conducting massive body | Yu. P. Denisov and V. S. Zabelina |
| 1451-1456 | Design of electrical models for solving the hyperbolic heat equation | M. P. Kuz'min |
| 1457-1458 | Electron-beam heating of metals | G. E. Gorelik and S. G. Rozin |
| 1459-1476 | Abstracts | A. V. Volodarskii, A. A. Mikhelev, M. I. Davidzon, M. Ya. Antimirov and A. A. Panferova, et al. |
| 1477-1478 | Mikhail Adolfovich Styrikovich on the occasion of his Seventieth Birthday |
| 1479-1480 | Petr Aleksandrovich Rebinder — An obituary |
| 1481-1482 | Book reviews | M. V. Malyshev |
| 1483-1491 | Some conclusions and forecasts concerning the development of the science of heat and mass transfer |
| 1492-1495 | Experimental heat transfer investigation in heat shield material test facilities | I. A. Belov, I. P. Ginzburg, G. F. Gorshkov, V. S. Komarov and M. M. Maev, et al. |
| 1496-1499 | Calculation of the limiting position for a phase-change boundary | G. D. Babe, É. A. Bondarev and M. A. Kanibolotskii |
| 1500-1502 | Determination of the contact time of phases of an inhomogeneous fluidized bed with a plate immersed in it | N. I. Syromyatnikov and V. M. Kulikov |
| 1503-1507 | Performance of film cooling with a negative longitudinal pressure gradient | V. A. Zysin, M. S. Zolotogorov and V. S. Granovskii |
| 1508-1510 | The temperature fluctuations in a turbulent flow of water containing a polymer | B. V. Perepelitsa and E. M. Khabakhpasheva |
| 1511-1515 | Calculation of nonequimolar diffusion in multicomponent mixtures | E. N. Turevskii and I. A. Aleksandrov |
| 1516-1518 | Relation between dimensionless numbers and drying temperature coefficient | P. S. Kuts and A. I. Ol'shanskii |
| 1519-1524 | One case of the problem of weight curves and drying derivatograms with desorption of a multifractional water absorbate | V. V. Ivanov, S. P. Gabuda, E. N. Mishin and L. S. Gulyaev |
| 1525-1530 | Coaxial heat pipes | L. L. Vasil'ev |
| 1531-1534 | The viscosity of a dispersion system | A. A. Solov'ev and S. N. Kravchin |
| 1535-1540 | Concentration dependence of the viscosity for binary gas mixtures | A. G. Shashkov, T. N. Abramenko and D. K. Boborneva |
| 1541-1543 | Heating of condensed particles in a gas flow | A. L. Suris |
| 1544-1550 | Determination of the IR refractive index and absorption coefficient of solid fuels | A. G. Blokh and L. D. Burak |
| 1551-1555 | The Co2-graphite reaction at 1200–2400°C | V. M. Sergeev and T. A. Bovina |
| 1556-1561 | Nucleate boiling of a liquid | V. I. Bronshtein and T. L. Perel'man |
| 1562-1565 | Statistical calculation of the geometrical factors in radiant transfer | V. P. Fotin and F. R. Shklyar |
| 1566-1571 | Application of the regularization principle to the formulation of approximate solutions of inverse heat-conduction problems | O. M. Alifanov |
| 1572-1577 | Temperature fields in layered media with moving boundaries | V. V. Frolov |
| 1578-1582 | Temperature distribution in a wedge-shaped prism | G. N. Tret'yachenko, V. A. Terletskii, O. N. Ivanova and O. P. Shabatina |
| 1583-1587 | A contact problem in the theory of elasticity with a single controlling parameter | A. B. Efimov and V. N. Vorob'ev |
| 1588-1591 | Axially symmetric stefan problem with a boundary condition of the third kind | A. M. Makarov, V. V. Leonov, V. I. Dubovik and T. F. Trusova |
| 1592-1598 | Approximate modeling and calculation of arcless electric smelting processes | G. S. Nus |
| 1599-1601 | Semiphenomenological kinetic equation for a small system in a thermostat with a variable temperature | I. P. Pavlotskii |
| 1602-1605 | Limiting mode of the kinetic equation for a reactor | R. S. Levitin and I. V. Travnitskaya |
| 1606-1607 | Report of the National Committee on Heat and Mass Transfer, Academy of Sciences of the USSR, on the Fifth International Conference on Heat Transfer (Japan, September 2–7, 1974) |
| 1-6 | Heat transmission by natural convection in cylindrical and spherical interlayers | V. V. Barelko and É. A. Shtessel |
| 7-11 | Analytical and experimental study of mixed convection in tube bundles with a longitudinal flow | V. M. Borishanskii, M. A. Gotovskii and É. V. Firsova |
| 12-18 | A study of heat transfer and gas dynamics in vessels connected through a compound main | I. S. Zhitomirskii and A. G. Podol'skii |
| 19-28 | Analysis and design of the internal mass transfer in oxygen-hydrogen fuel cell with a capillary membrane and with convective drainage of vaporous reaction products | V. N. Serebryakov, M. V. Mel'nikov, V. S. Ovchinnikov and É. I. Grigorov |
| 29-33 | Boundary-layer theory applied to high injection rates | É. A. Gershbein and V. N. Filimonov |
| 34-37 | Distribution of desublimate during vapor flow between plates | A. Z. Volynets and V. K. Safonov |
| 38-42 | Size of condensate nuclei in a stream of supersaturated vapor | S. M. Bazarov, A. G. Blokh and S. V. Varvarin |
| 43-48 | Effect of orienting the hot surface with respect to the gravitational field on the critical nucleate boiling of a liquid | I. P. Vishnev |
| 49-51 | Measuring the viscosity of gases by the transient-flow method | S. F. Borisov, B. A. Kalinin and P. E. Suetin |
| 52-55 | Periodic heating of a system of cylinders and determining the heat-transfer coefficient on this basis | V. Hlavačka |
| 56-62 | A study of heat proofing materials under transient conditions | B. M. Pankratov, O. M. Alifanov, A. A. Ivanov and A. D. Markin |
| 63-68 | Evaluating the heat proofing properties of anisotropic insulation | P. D. Lebedev, D. P. Lebedev and E. K. Zlobin |
| 69-73 | Universal superelasticity characteristic for polymer systems | A. I. Isaev, G. V. Berezhnaya and A. Ya. Malkin |
| 74-76 | Steady-state freezing of a liquid during laminar flow through pipes | V. A. Makhin and A. G. Yakovenko |
| 77-80 | Diffusion of impurities in the solid phase during oriented crystallization | L. A. Goryainov |
| 81-85 | Thermal conductivity of pl asma-sprayed aluminum oxide | E. V. Smirnov and A. M. Virnik |
| 86-87 | Thermal conductivity and thermal diffusivity of plasma-sprayed stainless steel | G. K. Ignatenko, V. V. Maksimovskii and M. I. Pashkina |
| 88-90 | Certain magnetogasdynamic effects in a high-current arc with a gas stream | V. V. Dement'ev and O. I. Yas'ko |
| 91-94 | Effect of ultrasonic vibrations on scale formation | E. I. Nevstrueva, I. M. Romanovskii and K. Ya. Sergeeva |
| 95-101 | Simulation of a transient heat-conduction process | I. M. Maslennikov, R. I. Batyrev and B. F. Zaretskii |
| 102-104 | A proof for the quasisteady method of solving the Stefan problem | G. D. Babe and M. A. Kanibolotskii |
| 105-111 | A special case of contact between an asymmetric punch and an elastic half-space | A. B. Efimov and V. N. Vorob'ev |
| 112-115 | Determination of the temperature field of a wedge during heating and cooling | V. A. Ostaf'ev and A. A. Chernyavskaya |
| 116-118 | Extreme modes in the system of differential heat- and mass-transfer equations | A. V. Lykov |
| 119-120 | Concerning the general equations of turbulence | A. A. Baranov and V. L. Kolpashchikov |
| 121-127 | Abstracts | M. S. Bakirov, V. G. D'yakonov, A. G. Usmanov, G. A. Aksel'rud and A. D. Molchanov, et al. |
| 128-129 | Vladimir Alekseevich Kirillin (on his sixtieth birthday) |
| 130-131 | Mikhail Dmitrievich Millionshchikov (on his sixtieth birthday) |
| 133-135 | Temperature fluctuations at the surface of a fluidization bed with gas combustion | P. V. Sadilov and A. P. Baskakov |
| 136-138 | A study of the heat transfer between a liquid fluidization bed and a surface | N. I. Syromyatnikov, L. K. Vasanova and S. A. Denisova |
| 139-143 | A study of critical film boiling under natural convection | I. I. Berlin, É. K. Kalinin, V. V. Kostyuk, Yu. S. Kochelaev and I. V. Podzei, et al. |
| 144-150 | Analysis of turbulent heat transfer during natural convection | E. V. Kudryavtsev and N. E. Cherepkova |
| 151-156 | Calculation of radiative heat transfer with anisotropic dispersion of radiant energy | Yu. M. Ageev |
| 157-161 | Thermomolecular pressure difference under arbitrary accommodation at a surface | V. G. Chernyak, B. T. Porodnov and P. E. Suetin |
| 162-166 | Effect of volumed fog formation on the condensation of small vapor admixtures in a gas stream | K. M. Aref'ev and E. N. Gol'dberg |
| 167-170 | The mechanism of vapor condensation from humid air in narrow channels and the hydrodynamics of a two-phase flow during droplet condensation | B. M. Smol'skii, P. A. Novikov and L. A. Shcherbakov |
| 171-174 | The entrapment factor pertaining to medium-size volatile particles in slot channels | Yu. I. Yalamov and E. R. Shchukin |
| 175-179 | Motion of an evaporating droplet | A. M. Golovin |
| 180-184 | High-temperature evaporation of a metal | P. I. Ulyakov |
| 185-191 | Physical principles of the theory concerning polymolecular adsorption films and capillary condensation of polar liquids | V. A. Zagoruiko |
| 192-195 | A study of a linear eddy-current type electric-arc gas heater with an interelectrode insert | V. P. Terent'ev, V. L. Sergeev and G. M. Bezladnov |
| 196-200 | Turbulent to laminar transition of a boundary layer under large negative pressure gradients | E. U. Repik |
| 201-206 | Noise intensity in the field of a subsonic turbulent jet | L. M. Vyaz'menskaya |
| 207-209 | Measurement of the integral emissivity of nickel | N. B. Vargaftik and A. A. Voshchinin |
| 210-212 | Thermal diffusivity and conductivity of pyrolytic titanium carbide, columbium carbide, and titanium nitride at high temperatures | B. A. Fridlender, V. S. Neshpor, B. G. Ermakov and V. V. Sokolov |
| 213-216 | Determining the convective heat transfer coefficient by the “Half-space period” method | N. M. Tsirel'man, F. G. Bakirov and Z. G. Shaikhutdinov |
| 217-222 | Relation between the desiccation rate and the body temperature in thermographic studies | V. M. Kazanskii |
| 223-228 | Numerical solution to the problem of heat transfer in a bed with periodic reversals of the heat carrier flow | V. A. Sheiman, V. I. Mukosei, M. I. Fridland and Z. G. Bilik |
| 229-234 | Application of comparison theorems to the theory of heat conduction | I. M. Ametov and Yu. S. Daniélyan |
| 235-241 | Regularization of the scheme for solving reverse heat-conduction problems | O. M. Alifanov |
| 242-248 | Solution to certain contact problems without axial symmetry in the case of a punch with an elliptical cross section | V. N. Vorob'ev |
| 249-252 | Optimization of the heating mode in the vulcanization of rubber products | V. M. Zhuravlev, A. A. Ryabis and V. A. Antifeev |
| 253-254 | Some test data on the properties of liquid films | A. K. Il'in |
| 255-256 | Heat pipe with a worm | V. V. Khrolenok and L. L. Vasil'ev |
| 257-259 | Retardation of high-velocity streams in various media | S. S. Batsonov, G. S. Doronin, A. A. Nerchenko, V. V. Roman'kov and A. E. Strelyaev, et al. |
| 260-263 | Spectra of turbulent velocity and temperature fluctuations and their correlation in the case of air flow through a circular pipe | M. Kh. Ibragimov, V. I. Subbotin and G. S. Taranov |
| 264-265 | Valerii Vladimirovich Krasnikov on his fiftieth birthday and twenty five years of scientific-pedagogical activity |
| 266-269 | Conference of the “Inzhenerno-fizicheskii zhurnal” advisory board | É. I. Berezovskii |
| 270-273 | Book reviews | S. S. Zabrodskii |
| 275-279 | Measuring the normal spectral infrared emissivity of structural materials | L. N. Aksyutov, A. K. Pavlyukov and G. K. Kholopov |
| 280-285 | Radiative heat transfer in a gas-filled spherical ring | A. S. Nevskii |
| 286-291 | Heat and mass transfer at a vitroplastic surface in a high-temperature air stream | V. V. Gorskii and Yu. V. Polezhaev |
| 292-295 | A study concerning the flow of a high-temperature gas around bodies with axial symmetry and some discontinuity areas on the surface | L. A. Vasil'ev, V. A. Emel'yanov and I. V. Ershov |
| 296-299 | Desublimation of flowing vapor with a thermal resistance between the coolant and the heat sink surface | A. Z. Volynets and V. K. Safonov |
| 300-301 | Heat transfer during boiling of helium in variously oriented narrow channels | V. E. Keilin, E. Yu. Klimenko and V. Kh. Shleifman |
| 302-306 | Effects of compressibility and pressure gradient on the critical-roughness reynolds number | E. U. Repik |
| 307-311 | Undular flow of an evaporating viscous liquid film under uniform injection | V. I. Vishnyakov and K. B. Pavlov |
| 312-315 | Experimental study concerning the inversion of convective flow in the laminar sublayer of a turbulent boundary layer with carbon dioxide injected through a heated vertical porous surface in the natural convection mode | I. S. Molchadskii |
| 316-321 | Solutions to the equations of a compressible laminar boundary layer at a plate with suddenly changing boundary conditions | V. I. Eliseev |
| 322-323 | Velocity of droplets in the jet from a vortex-type sprayer | A. K. Il'in, G. B. Grinenko and B. B. Potekhin |
| 324-329 | Dynamics of mass transfer in capillary porous bodies during chemical conversion | L. T. Kiseleva |
| 330-334 | Physical basis underlying the theory of polymolecular adsorption films and of capillary condensation of polar liquids | V. A. Zagoruiko |
| 335-339 | Determining the moisture content and the temperature of air and of a material at the exit from a wet fluidiz ation bed | V. F. Volkov, G. I. Shishkin, V. V. Ukhlov and T. G. Zhugrina |
| 340-346 | Approximate calculation of the rate and the time of convective desiccation in the variable mode | L. A. Lukin and M. M. Makarov |
| 347-350 | Determining the mean temperature difference in nuclear reactors of the nonboiling type | Z. R. Gorbis |
| 351-353 | Determining the diffusivity of nitrogen tetroxide | Yu. F. Sviridenko, V. A. Makhin and G. S. Shandorov |
| 354-358 | Transient evaporation of a solution from a plane surface | V. A. Mishagin |
| 359-364 | Thermophysical analysis of plasticized epoxy compounds | Yu. N. Krasnobokii and V. P. Dushchenko |
| 365-369 | Characteristic dimension and form factor of a solid homogeneous body | N. A. Yaryshev and A. S. Stolyarov |
| 370-373 | Certain problems of transient heat conduction in wedges | G. N. Tret'yachenko and V. A. Terletskii |
| 374-377 | Solving a reverse heat conduction problem by electrical simulation | Yu. M. Matsevityi, V. A. Malyarenko and V. S. Shirokov |
| 378-383 | Melting of a semiinfinitely large body by an internal point source of heat | G. E. Gorelik, N. V. Pavlyukevich, T. L. Perel'man and G. I. Rudin |
| 384-389 | Application of pontryagin's principle of the maximum for finding the optimum concentration distribution of fuel in a flat disperse fuel element | Yu. V. Milovanov, É. E. Petrov and V. Ya. Pupko |
| 390-404 | Abstracts | V. A. Bessonov, B. I. Konobeev, N. A. Grinevich, A. A. Mikhelev and M. M. Dvortsin, et al. |
| 405 | Comment on the article “steady-state temperature during transpiration cooling” | V. L. Chumakov |
| 406 | Concerning the design of transpiration cooling with the radiative component of external heat transfer included | M. D. Mikhailov |
| 407-409 | Book reviews | I. P. Bazarov and B. M. Berkorvskii |
| 411-414 | Characteristics of external heat transfer in a fluidization bed of coarse particles | V. K. Maskaev and A. P. Baskakov |
| 415-420 | The problem of controllable thermoprotective coatings | B. V. Kantorovich, A. L. Lubny-Gertsyk and E. M. Shvartsshtein |
| 421-425 | A study concerning the decomposition of vitroplastic material during differentiated carbon burnout | V. V. Gorskii and I. Ya. Savchenko |
| 426-432 | Thermal diffusivity of resin-bonded refractories over a wide temperature range | N. A. Puchkelevich, E. Ya. Litovskii, Ya. A. Landa, V. G. Borisov and A. R. Nikolaev |
| 433-438 | Heat and mass transfer in vitroplastics | V. M. Yudin |
| 439-441 | Disintegration of carbon steel by high-velocity plasma jets | V. N. Gurarii, P. S. Nosarev and S. E. Netsvetaev |
| 442-446 | Temperature-dependence of the thermal conductivity of polymers | B. A. Arutyunov |
| 447-449 | Experimental study concerning the thermal conductivity of saturated materials in an acoustic field of variable intensity | É. M. Simkin, O. L. Kuznetsov and E. A. Filatova |
| 450-454 | Heat transfer during boiling of liquid nitrogen at coiled heat exchangers | E. S. Borovik, G. P. Glazunov, N. A. Kosik and I. F. Mikhailov |
| 455-460 | Heat-transfer crisis during pulsatory instability in a vertical evaporator system under atmospheric pressure | S. I. Tkachenko and I. D. Stepchuk |
| 461-464 | Thermal conductivity of the hydrogen-helium mixture | A. G. Shashkov, F. P. Kamchatov and T. N. Abramenko |
| 465-469 | Thermal conductivity of higher saturated n-hydrocarbons over wide ranges of temperature and pressure | R. A. Mustafaev |
| 470-474 | Specific heat of aqueous HNO3 solutions at low temperatures (down to −196‡C) | Yu. P. San'ko |
| 475-478 | Determining the thermal resistance of laminated stacks at temperatures from 4 to 300‡K | Yu. V. Bol'shakov, L. L. Vasil'ev and F. M. Pozvonkov |
| 479-483 | A precision method of measuring the ratio of released energies and its practical applications | B. A. Briskman |
| 484-488 | Natural convection in a turbulent boundary layer at a wall with variable temperature | V. N. Bronshtein |
| 489-495 | Transient analysis of an air conditioner as a plant with distributed parameters | I. G. Chumak, A. I. Kokhanskii and S. N. Rogovaya |
| 496-499 | Heat transfer during the flow of rare gas through porous bodies | B. M. Smol'skil, P. A. Novikov and V. A. Eremenko |
| 500-504 | Aerodynamic analysis of a vortical-spray desiccator | P. S. Kuts, É. G. Tutova and G. S. Kabaldin |
| 505-507 | Yield shearing stress in an emulsion | V. F. Medvedev |
| 508-512 | Stability of the circular couette flow of a power-law fluid | V. S. Belokon' |
| 513-516 | Reverse problem of the transient gradiental flow of a Shvedov-Bingham plastic through a flat channel and a cylindrical pipe | A. M. Makarov, V. G. Sal'nikov and T. F. Trusova |
| 517-520 | Numerical evaluation of the heat transfer and the friction drag in a pipe with a turbulent flow of a gas with variable physical properties | I. S. Olonichev |
| 521-525 | Calculating the properties of a real gas from tables of thermodynamic functions | K. A. Khairutdinov |
| 526-529 | Construction of coordinate functions for solving boundary-value problems in heat conduction by direct methods | A. Akaev and A. Yu. Potyagailo |
| 530-534 | Solution to the problem of transient thermal contact between two different disks | G. B. Petrazhitskii and A. M. Pylaev |
| 535-539 | Plane harmonic waves in an infinitely large thermoelastic medium with a finite velocity of heat propagation | I. M. Shter |
| 540-543 | Numerical method of solving certain nonlinear boundary-value problems in heat and mass transfer | S. S. Filippov |
| 544-547 | Relation between transfer properties of fluids | A. M. Mamedov, T. S. Akhundov and D. S. Ismailov |
| 548-550 | Viscous fluid flow through a pipe with orifices | V. A. Kaminskii and É. G. Sinaiskii |
| 551-557 | Thermal diffusion in a turbulent water stream with gas bubbles | V. P. Bobkov, M. Kh. Ibragimov, N. A. Tychinskii and V. S. Fedotovskii |
| 558-563 | Characteristics of heat transfer in the region of gas injection into a supersonic high-temperature gas stream | F. G. Bakirov and Z. G. Shaikhutdinov |
| 564-567 | Radiative cooling of droplets in a polydisperse stream | É. A. Iodko and Ya. R. Élimelakh |
| 568-575 | Calculation of radiative heat transmission through dispersive media | L. A. Konyukh and F. B. Yurevich |
| 576-580 | Radiative heat transfer: No temperature jump at the media boundary | Yu. P. Konakov |
| 581-583 | Transverse temperature profile across liquid films during downward flow | K. R. Das, Yu. M. Tananaiko and I. I. Chernobyl'skii |
| 584-588 | Friction during downward film flow along a vertical wall | S. V. Alekseenko, V. E. Nakoryakov, B. G. Pokusaev and V. V. Khristoforov |
| 589-592 | Separation of a vapor bubble and calculation of the critical bubble radius | I. M. Fedotkin, S. M. Konstantinov and A. A. Tereshchenko |
| 593-597 | Flow of viscoelastic fluids through flat channels at higher shearing stresses | V. I. Popov, A. Ya. Roitman and E. M. Khabakhpasheva |
| 598-603 | Effect of the prandtl number on the convection field and the heat transfer during natural convection | B. M. Berkovskii and V. K. Polevikov |
| 604-606 | Jet boundary and free surface behind a solid of revolution under a longitudinal pressure gradient | O. S. Zelenkov and S. K. Matveev |
| 607-610 | Estimating the distortion of a temperature field by flat temperature and thermal flux probes | B. A. Arutyunov, M. V. Belostotskii and R. D. Stepanov |
| 611-616 | A hydrodynamic study of the initial stage of a vertical conduit for conveying material | M. A. Dogin and A. V. Starovoitov |
| 617-621 | Hygroscopic properties of cellulose materials for electrical insulation | P. S. Kuts, L. S. Kalinina and I. F. Pikus |
| 622-625 | Thermophysical properties of moist disperse materials in a magnetic field | L. G. Chernaya, E. A. Raskina and L. V. Krasulina |
| 626-630 | Determining the thermal resistance of low-temperature heat pipes | L. L. Vasil'ev |
| 631-633 | A laser-type anemometer for measuring the velocities of air streams | O. A. Ershov, T. I. Ershova, N. N. Stolyarova and L. P. Yarin |
| 634-637 | Cure of coating compound powder by thermal irradiation | L. S. Slobodkin, I. S. Skorynina, V. V. Adamkevich and M. N. Barskaya |
| 638-640 | A quick method of measuring the moisture characteristics of capillary-porous materials | A. M. Miksher and V. S. Roife |
| 641-644 | Synthesis of a prescribed temperature-time process by means of semiconductor-type thermoelectric cells | M. A. Kazanov and A. S. Rivkin |
| 645-651 | Solution of the nonlinear equation of heat conduction by integral estimates | G. M. Fridlider |
| 652-655 | Self-adjoint solution to the problem of heat and mass transfer in a multiphase medium | K. G. Shkadinskii |
| 656-661 | Exact solution to the problems of massive freezing in a solution | P. P. Zolotarev and A. A. Roshal' |
| 662-666 | A formalism of nonlinear nonequilibrium thermodynamics | I. F. Bakhareva |
| 667-670 | Some problems concerning the thermodynamics of irreversible processes | I. M. Shter |
| 671-672 | Concerning the effect of radiation on the thermal conductivity of liquids in plane layers | T. V. Gurenkova, P. A. Norden and A. G. Usmanov |
| 673-674 | Book reviews | A. A. Pomerantsev |
| 675-680 | Validity of the quasihomogeneous approximation for an analysis of radiative heating in an aerosol stream | Z. R. Gorbis and F. E. Spokoinyi |
| 681-686 | Radiative-conductive heat transfer in a medium with a cylindrical geometry. I | A. A. Men' |
| 687-693 | Transient mass transfer at a plate and at the frontal stagnation point in a longitudinal stream of a nonlinearly viscous fluid | Z. P. Shul'man, N. A. Pokryvailo and T. V. Yushkina |
| 694-698 | Radioisotopic method of studying the effect of electromagnetic stirring on the dissolution of solid metals in liquid metals | V. I. Dubodelov, V. P. Polishchuk, E. A. Markovskii, N. M. Kochegura and S. P. Kazachkov |
| 699-702 | Limiting effect of thermal conditions on the characteristics of fuel cells | I. G. Meerovich and G. F. Muchnik |
| 703-708 | Effect of an electric field on the ignition of a binary mixture of gaseous reactants | A. M. Grishin and E. E. Zelenskii |
| 709-712 | Filtration of liquid and vapor through a porous wall | V. A. Maiorov and L. L. Vasil'ev |
| 713-716 | Thermal conductivity of porous materials in relation to the aggregate state of the filler | P. A. Novikov, B. G. Mikhnyuk and V. M. Subach |
| 717-720 | Thermal conductivity and specific heat of n-decane at various temperatures and pressures | Ya. M. Naziev and M. A. Aliev |
| 721-725 | Measuring the thermophysical properties of materials in the 20–300°K temperature range | Yu. V. Bol'shakov, L. L. Vasil'ev and F. M. Pozvonkov |
| 726-730 | Experimental study concerning the coefficient of thermal diffusion as a function of the concentration and the temperature in N2-Ar, N2-CO2, and Ar-CO2 systems | A. G. Shashkov, A. F. Zolotukhina and T. N. Abramenko |
| 731-736 | Desiccation thermograms for disperse materials moistened with various liquids | M. F. Kazanskii, V. M. Kazanskii and R. V. Lutsyk |
| 737-742 | Thermophysical principles involved in the optimization of the basic parameters of vacuum-sublimation drying | D. P. Lebedev, O. A. Gerashchenko and E. F. Andreev |
| 743-746 | Study of the structurization kinetics in hardening dispersion systems by the internal friction method | Ya. M. Yufik and N. I. Gamayunov |
| 747-749 | Efficiency of film cooling in a curvilinear channel between guide blades | M. S. Zolotorov, V. A. Zysin and A. G. Nikolaev |
| 750-751 | Experimental study with regard to the cooling of cryogenic liquids | I. D. Blinova, A. B. Bulakov and V. G. Pron'ko |
| 752-757 | Generalization of test data pertaining to the mean heat transfer coefficient for tube bundles in a turbulent longitudinal stream of air and superheated steam | A. Ya. Inayatov |
| 758-762 | Transient gradiental flow of a continuous medium with a power-law rheological behavior and a yield shearing stress | A. M. Makarov and V. G. Sal'nikov |
| 763-766 | Flow characteristics of dilute suspensions with rigid ellipsoidal particles in an external force field | P. B. Begoulev and Yu. I. Shmakov |
| 767-769 | Hydrodynamic flow stability of a fluid with a power-law rheological behavior in a channel with elastic walls | L. K. Martinson, K. B. Pavlov and S. L. Simkhovich |
| 770-773 | Experimental study of turbulent flow in a rotating channel | A. I. Borisenko, O. N. Kostikov and V. I. Chumachenko |
| 774-777 | Spectral measurements in a turbulent boundary layer at a permeable plate with injection | V. M. Polyaev, I. V. Bashmakov, I. M. Gerasimov and D. I. Vlasov |
| 778-781 | One method of constructing an operational calculus | V. A. Ditkin and A. P. Prudnikov |
| 782-786 | Effect of skewed heat generation and nonuniform heat transfer at the surface of a heat emitting rod on its temperature field | L. N. Polyanin |
| 787-790 | The problem of heat conduction in an infinitely long perforated strip | A. I. Uzdalev and V. E. Starostin |
| 791-797 | Direct methods of solving linear reverse heat-conduction problems | O. M. Alifanov |
| 798-802 | Reducing one reverse heat-conduction problem to a semireverse one | O. V. Minin |
| 803-806 | A study of temperature fluctuations in a plate specimen heated with alternating or pulsating electric current | D. F. Bozhko, V. D. Daragan, A. N. Kolesnichenko, É. I. Molodykh and A. V. Pustogarov |
| 807-810 | Book reviews | A. G. Blokh, O. A. Gerashchenko, T. G. Grishehenko and V. G. Karpenko |
| 811-817 | Evaluation of the conditions of vapor bubble separation during nucleate boiling | Yu. A. Kirichenko |
| 818-821 | Analysis of the process of film condensation of moving vapor on a horizontal cylinder | I. G. Shekriladze and G. I. Zhorzholiani |
| 822-826 | Method of investigating fluctuations of the interface in film boiling of a liquid by means of a laser | S. A. Kovalev, V. M. Zhukov and Yu. A. Kuzma-Kichta |
| 827-834 | Local heat transfer of a gaseous suspension in an annular channel | I. Curievici, M. Ursescu, H. Dinulescu and S. Serban |
| 835-839 | Material transport in the free volume of a fixed granular bed | M. A. Kasamanyan, V. A. Kirillov and Yu. Sh. Matros |
| 840-845 | An experimental study of heat transfer to a stream of gaseous suspension during physicochemical changes | V. G. Kashirskii and Yu. Ya. Pechenegov |
| 846-850 | A study of the heat transfer in a moderated fluidization bed | A. I. Tamarin and R. R. Khasanov |
| 851-853 | Beginning and buildup of flame fluctuations | G. D. Salamandra and N. M. Venttsel' |
| 854-857 | Calculating the cross-sectional temperature profile of a tubular reactor with radiative heating | V. P. Myasnikov, N. I. Nikitina and N. S. Évenchik |
| 858-862 | A study concerning the effective thermal conductivity of plasma-deposited aluminum oxide coatings subjected to radiative heating over the 100–900°C temperature range | T. V. Sokolova, A. P. Obukhov, A. A. Men' and T. B. Buzovkina |
| 863-865 | Performance characteristics of an electric-arc gas heater with segmental electrodes | V. P. Terent'ev, V. L. Sergeev and G. M. Bezladnov |
| 866-870 | Radiative-conductive heat transmission through a medium with a cylindrical geometry: Part II | A. A. Men' |
| 871-873 | Effect of the material properties of a dielectric specimen on the electrorheological stabilization force | Z. P. Shul'man, R. G. Gorodkin, V. M. Nosov and T. A. Demidenko |
| 874-878 | Investigation of nozzles with cryogenic boundary layer suction | M. V. Prochukhaev |
| 879-882 | Hydrate formation during gas flow in pipes | G. D. Babe, É. A. Bondarev, A. G. Groisman and M. A. Kanibolotskii |
| 883-888 | On the stability of secondary Taylor flow between rotating cylinders with a wide gap | E. A. Romashko |
| 889-891 | Interaction of a shock with blunt bodies streamlined by a supersonic stream | Yu. F. Makovskii and F. V. Shugaev |
| 892-895 | Modelling of the flow around a high-altitude ion concentration pickup | A. A. Bochkarev, V. G. Prikhod'ko, L. N. Smirnykh and É. I. Fomel' |
| 896-899 | Method of constructing empirical equations of state | R. Meyer-Pittroff |
| 900-905 | On diffusion in the critical domain | V. S. Novikov |
| 906-910 | Heat exchange between a well and finely-dispersed frozen ground | B. A. Krasovitskii and A. P. Shadrina |
| 911-917 | Steady-state heat transfer between fluids separated by a thin partition | B. M. Khusid |
| 918-937 | Abstracts | B. A. Michkovskii, A. P. Baskakov, N. F. Filippovskii, V. F. Petin and V. A. Kuznechikov, et al. |
| 938-939 | Bekir Mikhailovich Smol'skii |
| 940-941 | Mikhail Dmitrievich Millionshchikov |
| 943-947 | Burnout of high-temperature products of incomplete combustion in a supersonic stream with secondary injection of oxidizer | Z. G. Shaikhutdinov, A. M. Rusak, V. M. Klevanskii, I. S. Saburov and L. F. Shaikhinurova |
| 948-950 | “Pretreatment” of a homogeneous fuel-air mixture with an electric field | G. D. Salamandra and B. M. Shlyakman |
| 951-957 | Transient convective heat treansfer during various modes of cooling a hot gas in pipes | G. A. Dreitser, É. K. Kalinin and V. A. Kuz'minov |
| 958-965 | Calculation of vibratory processes in liquids during heat transfer from hot channel walls | M. I. Fedorov |
| 966-969 | A study of heat transfer in narrow channels with boiling nitrogen | G. I. Bobrova and L. A. Stasevich |
| 970-973 | Analysis of the heat transfer during film evaporation from a rotating disk | V. G. Rifert |
| 974-982 | Stability criterion for two-phase transpiration cooling | V. A. Maiorov and L. L. Vasil'ev |
| 983-987 | Performance limits of low-temperature heat pipes | V. V. Barsukov, L. N. Mishchenko and G. F. Smirnov |
| 988-992 | Heat and mass transfer in heat pipes with noncondensing gas | L. L. Vasil'ev and S. V. Konev |
| 993-995 | A study of the flow pattern on the wall side of a turbulent boundary layer with injection and a positive pressure gradient | B. P. Mironov and P. P. Lugovskii |
| 996-1000 | Approximate solution to problems in the boundary-layer theory applied to weak polymer solutions with rigid ellipsoidal macromolecules | Yu. I. Shmakov and T. G. Pilyavskaya |
| 1001-1012 | Rational thermodynamics of a nonreacting binary linear fluid | I. Samohýl |
| 1013-1018 | Hydraulic drag in a stationary bed of ion-exchange resin | L. P. Soshina and F. P. Zaostrovskii |
| 1019-1022 | Desiccation kinetics of a thin layer of pelletized material | G. A. Aksel'rud, V. I. Labai and O. P. Kalinovskaya |
| 1023-1030 | Application of the theory of random processes to combined desiccation and pneumatic transport of solid particles with a turbulent gas stream | J. Varchar' |
| 1031-1035 | Enhancement of the internal mass transfer under isothermal conditions | M. S. Panchenko, V. P. Dushchenko, A. L. Panasyuk, A. S. Mosievich and I. N. Kaprovich |
| 1036-1041 | Intrinsic stresses in concrete during freezing | A. M. Podval'nyi |
| 1042-1044 | Effect of porosity on the effective thermal conductivity of graphite | A. I. Lutkov |
| 1045-1049 | Effect of structurization in oligomers on the temperature characteristics of their thermophysical properties | L. A. Sukhareva, P. I. Zubov and G. N. Yashchenko |
| 1050-1053 | Thermal conductivity of D2O vapor | N. B. Vargaftik, N. A. Vanicheva and L. V. Yakush |
| 1054-1056 | Enthalpy of several grades of quartz glass within the 1300–2400 °k temperature range | V. D. Tarasov, V. Ya. Chekhovskoi and G. A. Puchkova |
| 1057-1059 | On the design of thermotechnical experiments | E. I. Taubman and Yu. I. Kalishevich |
| 1060-1062 | Determination of the heat transfer coefficient from the laws of constant-temperature front propagation | N. M. Tsirel'man |
| 1063-1069 | Heat conduction with variable heat transmission coefficients | P. V. Tsoi |
| 1070-1076 | Numerical solution of a nonlinear reverse problem of heat conduction | O. M. Alifanov |
| 1077 | Equations relating the maximum humidity of air to its adiabatic-saturation temperature | Ya. S. Opman |
| 1078 | Book reviews | P. S. Kuts |
| 1079-1089 | Nonstationary turbulent boundary layers in initial pipe length | A. I. Leont'ev and A. V. Fafurin |
| 1090-1093 | Methods of intensification of heat-exchange processes during testing of heatproof materials | G. F. Gorshkov, V. S. Komarov, M. M. Maev and V. S. Terpigor'ev |
| 1094-1097 | Study of heat exchange in closed air interlayers at reduced pressure | G. N. Dul'nev, Yu. P. Zarichnyak and A. V. Sharkov |
| 1098-1100 | Calculation of the thermal flux absorbed by colloidal capillary-porous solids being dried by thermal radiation | V. P. Dushchenko, A. F. Bulyandra and B. I. Verbitskii |
| 1101-1104 | A thermodynamic analysis of the drying thermogram method | V. M. Kazanskii |
| 1105-1109 | Dynamics of the formation of bubbles in a vibrating capillary | I. S. Grachev, D. T. Kokorev and V. F. Yudaev |
| 1110-1114 | Low-temperature vertical channels of the IRT-2000 reactor | L. A. Vadachkoriya, Dzh G. Katsitadze, Sh. A. Mumladze, I. A. Naskidashvili and G. P. Tavkhelidze, et al. |
| 1115-1117 | Heat-transfer rate in the condenser section of a heat pipe | V. Ya. Sasin and A. Ya. Shelginskii |
| 1118-1121 | Growth of vapor locks in channels of small diameters | V. F. Prisnyakov |
| 1122-1127 | Evaporation constants for drops of water and ethyl alcohol in natural gas combustion products and in heated air | Ya. F. Masalov |
| 1128-1130 | Vaporization of drop systems in various media | N. V. Fedoseeva and A. G. Konyushenko |
| 1131-1133 | Thermomolecular pressure difference at low knudsen numbers | S. F. Borisov, A. N. Kulev, B. T. Porodnov, P. E. Suetin and S. T. Barashkin |
| 1134-1139 | Analysis of the motion of a subsonic vapor flow in a quasi-closed volume | Yu. Z. Bubnov and M. N. Libenson |
| 1140-1142 | Singularities of the breakup of viscous liquid droplets in shock waves | B. E. Gel'fand, S. A. Gubin, S. M. Kogarko and S. P. Komar |
| 1143-1145 | Heat transfee between a horizontal cylinder and a fluidized bed with small packing | R. R. Khasanov, A. I. Tamarin and D. M. Galershtein |
| 1146-1152 | The dynamic analysis of a small fluidized bed combustor | J. S. M. Botterill and J. G. Whellock |
| 1153-1156 | The thermal conductivity of ion-radical salts of tetracyanquinodimethane | A. V. Petrov, Yu. G. Nurullaev and H. M. Vlasova |
| 1157-1159 | Diffusivity and thermal conductivity in solid and liquid tin | V. E. Zinov'ev, A. A. Baskakova, N. G. Korshunova, N. A. Baronikhina and L. D. Zagrebin |
| 1160-1163 | A stabilized electrical arc column of variable radius | A. I. Dautov, R. Kh. Ismagilov and Kh. M. Shavaliev |
| 1164-1168 | Design of an arc heater with discharge stabilization by a gas eddy | A. G. Shashkov, V. L. Sergeev, G. M. Bezladnov and V. P. Terent'ev |
| 1169-1170 | A schlieren study of thermoelastic stresses | V. I. Shakhurdin |
| 1171-1174 | Mean temperatube difference of multichannel heat exchangers | N. V. Ivanova and G. E. Kanevets |
| 1175-1177 | Heat transfer during first stage of converter melting | V. I. Urbanovich and G. I. Urbanovich |
| 1178-1186 | On the initial heating of a bounded volume of a continuous medium | A. D. Myshkis and L. A. Temkin |
| 1187-1192 | Inverse problem of heat conduction | O. M. Alifanov |
| 1193-1195 | Abstracts | V. I. Voronin, V. V. Shitov, S. N. Perevezentsev, B. I. Taratorin and D. N. Onchukov, et al. |
| 1196-1198 | Aleksandr Yul'evich Ishlinskii on his sixtieth birthday |
| 1199-1200 | Criticism and bibliography | I. V. Petryanov and A. G. Sutugin |
| 1201-1206 | Interphase heat transfer in a fluidization bed | N. A. Shakhova and G. N. Lastovtseva |
| 1207-1210 | On the theory of external heat transfer in a fluidization bed | N. I. Syromyatnikov |
| 1211-1215 | Interphase mass and heat transfer in a compact disperse system | Yu. A. Buevich and Yu. A. Korneev |
| 1216-1220 | A method of studying the motion of bodies in a fluidization bed | R. B. Rozenbaum, O. M. Todes and L. N. Fainshtein |
| 1221-1227 | Some problems of desiccation in a fluidization bed with heat cycling | V. A. Sheiman |
| 1228-1232 | Design of horizontal pneumatic transport of fine-dispersion materials in a dense medium | M. B. Rivktn |
| 1233-1237 | A study of heat transfer and plasma condensation in cylindrical and conical channels | M. M. Bogomolov, A. A. Vasil'ev, S. D. Grishin, L. M. Piskalov and L. E. Tsvetkova |
| 1238-1241 | A study of gallium arsenide evaporation, mass transfer. And condensation in a quasiclosed volume with a temperature gradient | Yu. Z. Bubnov, M. S. Lur'e, G. A. Filaretov and L. N. Shendler |
| 1242-1245 | An experimental study of hydraulic resistance to the ascending flow in film-type distillers | V. N. Slesarenko and G. A. Gudakov |
| 1246-1250 | Stability of film flow in short channels | R. M. Yablonik and V. A. Khaimov |
| 1251-1256 | Hydrodynamics and mass transfer in a liquid layer at a rotating surface | N. S. Mochalova, L. P. Kholpanov and V. Ya. Shkadov |
| 1257-1262 | Steady motion of a gas bubble in a liquid | B. N. Yudaev, O. V. Tsirlin and A. A. Yushkin |
| 1263-1267 | Hydrodynamics of vapor flow and mass transfer during sublimation under vacuum in narrow-gap channels | P. A. Novikov, G. L. Malenko, L. Ya. Lyubin, V. I. Balakhonova and V. N. Denisov |
| 1268-1271 | Hydrodynamic development of a laminar velocity field in rectangular channels | G. F. Muchnik, S. D. Solomonov and A. R. Gordon |
| 1272-1275 | A study of natural convection in horizontal cylindrical gaps | A. A. Berkengeim |
| 1276-1281 | Blunt bodies in a stream of nonequilibrium-ionized radiating gas | N. V. Leont'eva, Yu. P. Lun'kin and A. A. Fursenko |
| 1282-1286 | Some results of density determination in gas streams on the basis of displacement interferograms | L. B. Nevskii |
| 1287-1291 | On how the moisture diffusivity in hydraulic cement is affected by the type of bond between the moisture and the material | V. G. Kamenskii and V. P. Zhuravleva |
| 1292-1297 | Thermal resistance of contact with oxidized metal surfaces | V. M. Popov and A. I. Krasnoborod'ko |
| 1298-1306 | A study of diffusion models and their application to porous catalysts | F. Balfanz and D. Gelbin |
| 1307-1310 | Effects of heat-transfer anisotropy in convective streams of liquids and gases | A. V. Lykov and V. L. Kolpashchikov |
| 1311-1314 | Propagation of a light ray through a continuous aberrational lenticular medium | O. G. Martynenko, A. G. Muradyan, A. A. Baranov, V. L. Kolpashchikov and A. F. Yakubov |
| 1315-1318 | Solution to a reverse problem in thermoelasticity by electrical simulation | Yu. M. Kamenetskii, L. M. Kurshin and V. I. Stytsyuk |
| 1319-1323 | Generalization of Onsager's principle and its application | I. M. Shter |
| 1324-1327 | An equation for the density of a substance in the surface layer of liquid under its own saturated vapor | É. V. Veitsman |
| 1328-1329 | Concerning the comment by B. A. Shulyak in his book “physics of waves on the surface of a loose bed or a liquid” | A. A. Gukhman |
| 1330 | Concerning the error in one approximate method of solving boundary-value problems | A. I. Kaidanov |
| 1331-1333 | Book reviews | L. S. Slobodkin, Yu. M. Sotnikov-Yuzhik and A. Kh. Kim |
| 1335-1339 | Experimental study of heat transfer during the boiling of oxygen in vertical channels with condensation heating | S. N. Shorin, V. I. Sukhov, S. A. Shevyakova and V. K. Orlov |
| 1340-1343 | On changes taking place in the separation diameter of a vapor bubble with increasing pressure | V. V. Zhilina and I. I. Markov |
| 1344-1349 | Analytical study of the heat transfer in a longitudinal flow past cylindrical bodies of small radius at constant temperature | V. R. Borovskii, A. Sh. Dorfman, V. A. Shelimanov and O. A. Grechanyi |
| 1350-1354 | Correspondence between heat-transfer coefficients in steady and unsteady processes | N. V. Shumakov and L. D. Kalinnikov |
| 1355-1359 | Choice of optimum particle diameter for heat exchange in a fluidized bed | N. S. Dudorov and A. P. Baskakov |
| 1360-1365 | Cooling of a volatile liquid through which a gas is bubbled | B. N. Yudaev, O. V. Tsirlin and A. A. Yushkin |
| 1366-1373 | Fundamental theory of heat pipes | T. L. Perel'man and M. M. Levitan |
| 1374-1381 | Temperature fields in heat-protective materials | V. F. Zakharenkov and L. I. Shub |
| 1382-1385 | Relation of the viscosity of a liquid to its thermal properties | V. Z. Geller and A. V. Kronberg |
| 1386-1390 | On radiative heat exchange in a randomly inhomogeneous scattering medium | Yu. A. Popov |
| 1391-1393 | Experimental determination of the accommodation coefficients of argon and xenon on nickel at high temperatures | N. B. Vargaftik, A. A. Voshchinin and V. V. Kerzhentsev |
| 1394-1399 | Simultaneous determination of thermophysical characteristics of materials | M. Marich |
| 1400-1403 | Sensitivity and accuracy of the roentgenosopic method of determining moisture content in a porous body | E. M. Kravchuk and E. A. Strashkevich |
| 1404-1408 | Effects of electric field strength and porous structure on the electroosmosis coefficient | V. P. Dushchenko, B. G. Ivanitskii, I. T. Gorbachuk and V. N. Smola |
| 1409-1413 | Solution of a drying problem for a colloidal porous material with a moving evaporation boundary | D. V. Redozubov |
| 1414-1419 | Some regularities for a cooled current lead | A. V. Evlampiev |
| 1420-1425 | Pressure distribution in narrow slotted channels during flow of a rarefied gas with slippage and a phase transition at the walls | B. M. Smol'skii, L. Ya. Lyubin, P. A. Novikov, G. L. Malenko and V. I. Svershcheck |
| 1426-1430 | Structure of flow in three-dimensional turbulent wakes | L. N. Ukhanova |
| 1431-1436 | Some features of the hydrodynamics of turbulent air streams twisted by a vane swirler | A. A. Khalatov, V. K. Shchukin and V. G. Letyagin |
| 1437-1440 | Calculation of parameters of a flat turbulent jet in a deflecting stream | T. A. Girshovich |
| 1441-1444 | Secondary flows in the gap between a rotating cone and a stationary disk | V. L. Kocherov, Yu. E. Lukach and É. A. Sporyagin |
| 1445-1447 | Vortical motion in the region behind axisymmetrical solids | M. G. Morozov, B. A. Sapogov and A. G. Otenko |
| 1448-1451 | Integration of the equations of motion of a sorbable mixture through a nondeformable porous medium | L. K. Tsabek |
| 1452-1462 | Abstracts of papers at the International Symposium on Heat and Mass Transfer Problems in Food Engineering |
| 1463 | Conference of readers of Inzhenerno-Fizicheskii Zhurnal in Czechoslovakia (1973) | L. L. Vasil'ev |
| 1465-1466 | On the hydrodynamic action of traces of polymer additives | A. Yu. Ishlinskii |
| 1467-1474 | On similarity laws for the developed turbulence of dilute polymer solutions | V. A. Gorodtsov and V. S. Belokon' |
| 1475-1482 | Measurement of the turbulent flow structure of submerged jets of polymer solutions | Z. P. Shul'man, N. A. Pokryvailo, N. D. Kovalevskaya and V. V. Kulebyakin |
| 1483-1487 | Average and pulsation components of velocity in submerged jets of polymer solutions | S. A. Vlasov, O. V. Isaeva and V. N. Kalashnikov |
| 1488-1492 | Flow of polymer solutions in wakes of poorly streamlined bodies | N. A. Pokryvailo, Z. P. Shul'man, A. S. Sobolevskii, D. A. Prokopchuk and N. D. Kovalevskaya, et al. |
| 1493-1497 | Some peculiarities of the effect of polymer additives on wall turbulence | E. M. Greshilov, A. V. Evtushenko, L. M. Lyamshev and N. L. Shirokova |
| 1498-1500 | The effect of polymer additives on pressure pulsation in a boundary layer | A. P. Makarenkov, G. P. Vinogradnyi, V. V. Skripachev and M. V. Kanarskii |
| 1501-1505 | Flow of dilute polymer solutions along tubing and around an enclosed disc | V. S. Belokon', V. N. Kalashnikov and B. V. Lipatov |
| 1506-1511 | Connection between average and pulsation characteristics in turbulent flow of polymer solutions in a round tube | Yu. G. Blyudze and L. A. Chekalova |
| 1512-1514 | Effect of asphaltenes on the hydraulic drag in pipelines with crude oil | A. Kh. Mirzadzhanzade, I. G. Bulina, A. K. Galyamov, N. M. Sherstnev and A. A. Nazarov |
| 1515-1519 | Flow of a polymer solution as the motion of a medium with additional internal degrees of freedom | A. V. Smol'yakov |
| 1520-1524 | One example of turbulent flow with a strong effect on the pulsation characteristics of the flow | A. T. Onufriev |
| 1525-1529 | The effect of the physical parameters of polymer solutions on the reduction of drag in turbulent flow | G. F. Kobets and A. P. Matyukhov |
| 1530-1533 | Experimental study of the attenuation of pressure waves in flows of weak polyacrylamide solutions | V. G. Ivannikov and G. D. Rozenberg |
| 1534-1535 | Further experimental results on the attenuation of pressure waves in flows of weak polymer solutions | V. G. Ivannikov |
| 1536-1538 | Effect of polymer additives on cavitation | B. É. Vyaz'menskii |
| 1539-1541 | Generation of gas nuclei during the flow of weak aqueous solutions of polymers around a surface | Yu. A. Es'kin |
| 1542-1545 | Wear on St. 5 steel due to jets of dilute aqueous solutions containing high polymers of various types | I. M. Gryaznov and A. M. Kudin |
| 1546-1550 | On the use of hydrodynamically active additives in the refrigeration industry | L. Z. Mel'tser, V. S. Kovalenko, I. T. Él'perin and L. I. Levental' |
| 1551-1553 | The effect of polymer additives on the characteristics of a centrifugal pump | A. M. Polishchuk, Yu. D. Raiskii and A. Z. Temchin |
| 1554-1558 | Rheological properties of high molecular weight polymer solutions | Z. R. Gorbis, T. A. Rogovskii and S. P. Shul'gin |
| 1559-1566 | Description of the reduction in turbulent friction drag in viscoelastic fluids | V. A. Gorodtsov and A. I. Leonov |
| 1567-1569 | Piercing a metallic barrier with a jet of a dilute polymer solution | A. M. Kudin, G. I. Barenblatt, V. N. Kalashnikov, S. A. Vlasov and V. S. Belokon' |
| 1570-1574 | Energy required to fill a channel with polymer melt under pulsating pressure | N. I. Basov, A. I. Leonov, S. A. Lyubartovich and I. I. Felipchuk |
| 1575-1578 | Investigation of the effects of organic additives on the hydraulic resistance and heat transfer in a flow | I. P. Chashchin and A. G. P'yankov |
| 1579-1582 | Instability of a viscoelastic flow | V. I. Popov, A. Ya. Roitman and E. M. Khabakhpasheva |
| 1583-1589 | Radiation of diffuse isothermal cavities | G. K. Kholopov |
| 1590-1594 | On the motion of a body under the action of an external energy source | V. P. Korobeinikov |
| 1595 | All-Union Seminar on the Hydrodynamic Action of Traces of Polymer Additives | Z. P. Shul'man |
| 1-4 | Boiling crisis on surfaces with porous coating | G. P. Nikolaev and Yu. K. Tokalov |
| 5-10 | Condensation of a binary mixture of immiscible fluid vapors | V. S. Salov and O. L. Danilov |
| 11-17 | On systems of differential equations for heat and mass transfer in capillary porous bodies | A. V. Lykov |
| 18-24 | Thermophysical properties of a multilayer capacitor dielectric under vacuum | I. F. Pikus and V. P. Kononenko |
| 25-29 | Mass exchange in the high-vacuum system of chamber-test object-pump assembly | V. K. Grishin and A. D. Savel'ev |
| 30-32 | Thermal conductivity of heavy-oxygen water H2O18 | A. P. Bibik, I. V. Litvinenko and I. V. Radchenko |
| 33-36 | Experimental investigation of the electrical resistivity of some molten bismuth-tin binary alloys and of the thermal conductivity of bismuth, tin, and a eutectic bismuth-tin alloy | R. E. Krzhizhanovskii, N. P. Sidorova and I. A. Bogdanova |
| 37-42 | Study of heat transfer between thermoreactive mixtures and heated surfaces | I. Ya. Bitsyutko, G. I. Bobryakov, V. P. Kozhin and G. A. Fateev |
| 43-47 | Pressure distribution between parallel plates arising from the molecular viscous flow of vapor during the sublimation of ice | P. A. Novikov, G. L. Malenko and L. Ya. Lyubin |
| 48-50 | Mass transfer in the chemical interaction of a solid with a moving liquid, complicated by the evolution of a gas phase | G. A. Aksel'rud, A. I. Dubyain, Ya. M. Gumnitskii and M. Zelin'skii |
| 51-59 | Effect of concentration asymmetry on the effectiveness of thermal-diffusion columns | G. D. Rabinovich |
| 60-63 | Fluidized-bed muffle heating for process ovens | B. V. Berg, E. A. Kondrat'ev and A. P. Baskakov |
| 64-67 | Use of molecular characteristics to calculate viscosity of mineral solutions | I. A. Cherepennikov |
| 68-73 | Model of dispersion taking into account the difference in viscosities of the media | V. I. Maron |
| 74-79 | Hydraulic resistance and heat and mass exchange during turbulent flow over surfaces with slight roughness | V. K. Lyakhov |
| 80-85 | Thermoconvective waves in a layer with free boundaries | B. M. Berkovskii and A. K. Siaitsyn |
| 86-89 | On hydrodynamic phenomena accompanying melting in a particular case | Yu. K. Bratukhin and L. N. Maurin |
| 90-94 | Regularization schemes for approximate solution of nonlinear reverse problem of heat conduction | O. M. Alifanov |
| 95-99 | Experimental study of temperature fields and heat fluxes in the chamber of an electric arc heater | A. D. Sukhobokov, E. A. Turkin, S. V. Shalaev and G. I. Shcherbakov |
| 100-103 | Dimensions of the crater formed by the penetration of fast particles into solid barriers | N. M. Drachev, V. I. Morozkin and I. N. Potapov |
| 104-109 | Electrical models for the solution of inverse non steady heat-conduction problems | V. E. Prokof'ev |
| 110-127 | Analysis of the relationships for the calculation of heat transfer coefficients for the flow in vapor-generating channels of a liquid heated to the saturation temperature | A. A. Andreevskii, V. M. Borishanskii, V. N. Fromzel' and B. S. Fokin |
| 128-129 | Conference on heat treatment of concrete structures in electromagnetic field | V. G. Kamenskii |
| 265-269 | Experimental and calculated study of laminar flow of a compressible gas in short channels with cooled walls | I. S. Borovkov, A. P. Byrkin, I. D. Vershinin and V. M. Sankovich |
| 270-275 | Heat exchange during laminar flow of chemically reactive NO2 gas in a flat tube with boundary conditions of the second kind | V. B. Nesterenko, B. E. Tverkovkin, G. A. Pleshchankov and T. I. Mikryukova |
| 276-281 | Thermal state of dynamic calorimeters | G. N. Dul'nev and N. V. Pilipenko |
| 282-288 | Effect of a temperature gradient on the heat transfer during laminar natural convection along a vertical wall | V. M. Kapinos, A. F. Slitenko and I. L. Volovel'skii |
| 289-291 | Viscosity characteristic of a concentrated ionomer solution near the ion cluster formation | Yu. I. Lysikov and O. A. Ponomarev |
| 292-295 | Nonequilibrium-ionized viscous impact layer near the stagnation point | L. B. Gavin and Yu. P. Lun'kin |
| 296-301 | Wave structure of counterflowing supersonic underexpanded jets | E. I. Sokolov and V. N. Uskov |
| 302-308 | Determination of the soret coefficient in a thermodiffusion column by the transient method. I | G. D. Rabinovich |
| 309-312 | Application of the variation method to the problem of thermomolecular pressure difference in a cylindrical channel | V. G. Chernyak, B. T. Porodnov and P. E. Suetin |
| 313-317 | Investigation of kinetics of anode spots in plasma cutting of metals | V. G. Davydenko, E. P. Kharitonov, I. S. Shapiro and V. D. Shimanovich |
| 318-321 | Model of the turbulent diffusion of aerosols | L. V. Kacharskaya |
| 322-327 | Solution of two conjugate equations | M. A. Abdrakhmanov |
| 328-332 | Variational method of calculating a nonstationary temperature field | I. N. Anan'ev, Yu. I. Nyashin and A. N. Skorokhodov |
| 333-335 | Temperature distribution in a porous matrix-liquid system | G. I. Bobrova and G. I. Zhuravskii |
| 336-339 | Determination of capillary conductance of unsaturated capillary-porous materials | S. A. Tanaeva and I. P. Vasilenko |
| 340-342 | On calculating the motion of the interphase boundary in bodies with simple shapes and variable properties | V. P. Koval'kov |
| 343-346 | Numerical investigation of induction stage of development of natural convection | É. A. Shtessel', K. V. Pribytkova and A. G. Merzhanov |
| 347-352 | Analysis of the hyperbolic process of heat conduction for a hollow cylinder heated by a moving source | L. A. Brichkin, Yu. V. Darinskii and L. M. Pustyl'nikov |
| 353-356 | Hyperbolic equation of heat conduction for dispersed systems | N. V. Antonishin, M. A. Geller and A. L. Parnas |
| 357-361 | Approximate analytical temperature calculation for a fuel rod with defects in the contact layer | V. E. Minashin, V. N. Rumyantsev and V. N. Levehenko |
| 362-366 | Heat transfer in an unevenly cooled rod | Yu. I. Babenko |
| 367-371 | Temperature distribution in the human body under general deep hyperthermia | O. V. Korobko and T. L. Perel'man |
| 372-374 | Radiative heat transport and optical density in loosely packed fibers | N. V. Komarovskaya |
| 375-379 | More accurate difference schemes for solving the heat-conduction equation with boundary conditions of the third kind | P. P. Yushkov |
| 380-383 | Solution of a boundary-value problem for a nonlinear differential equation by the method of successive approximations | S. I. Prokopets |
| 384-390 | Abstracts | I. M. Astrakhan, S. M. Gadiev, B. A. Krasovitskii, Z. R. Gorbis and G. F. Smirnov, et al. |
| 391-392 | Book reviews | B. M. Smol'skii |
| 393-397 | A method of computing heat transfer coefficient in the flow of a chemically reacting N2O4 gas | S. I. Mantulenko, V. B. Nesterenko, B. E. Tverkovkin and A. P. Yakushev |
| 398-402 | Approximate analysis of a multicomponent reacting wake | L. I. Skurin and E. K. Steklyannikova |
| 403-408 | Convective motion in a closed vertical cavity with permeable lateral walls | V. A. Mochalov and M. K. Vermishev |
| 409-411 | Scale of the convection cell structure in a horizontal layer of liquid with unsymmetrical boundary conditions for heat transfer | T. L. Perel'man and E. A. Romashko |
| 412-415 | Criterial equations for calculating the friction and heat exchange at a vertical porous surface with combined convection | V. I. Dubovik |
| 416-421 | Fluid flow between a rotating disk and a fixed wall | M. I. Tsaplin |
| 422-428 | Computation of steady-state temperature field in turbulent gas flow in two-dimensional channel with heat releasing walls | M. S. Povarnitsyn |
| 429-431 | Circulation motion of a viscous incompressible stream in an extruder channel | A. I. Lazarev and O. E. Lysenko |
| 432-438 | Operation of the simplest gas ejector from the point of view of the thermodynamics of irreversible processes | I. S. Borovkov |
| 439-440 | Effect of the temperature on the diffusion rate of certain surface-active substances soluble in water | M. Kh. Akhmadeev |
| 441-446 | Determination of the soret coefficient in a thermodiffusion column by the transient method. II | G. D. Rabinovich and M. A. Bukhtilova |
| 447-452 | Coefficient of internal mass transfer in electrical-grade cellulosics under vacuum and under atmospheric pressure | P. S. Kuts, I. F. Pikus and L. S. Kalinina |
| 453-458 | On improving the convergence of series used in solving the heat-condu ction equation | A. M. Aizen, I. S. Redchits and I. M. Fedotkin |
| 459-463 | Mass transfer in heterogeneous chemical reactors under variable hydrodynamic conditions | N. E. Quantaliani |
| 464-467 | Application of the similarity method to a study of hygrothermal equilibrium in capillary-porous colloidal materials | V. A. Zagoruiko, Yu. I. Krivosheev and A. V. Sokolovskaya |
| 468-470 | Conditions of boundary-layer separation during condensation on a cylinder in a transverse stream | I. G. Shekriladze and G. I. Zhorzholiani |
| 471-476 | Solution of an inverse problem of heat conduction by iteration methods | O. M. Alifanov |
| 477-481 | Sorption dynamics in porous media | L. K. Tsabek |
| 482-485 | Effects of heat-transfer rate and coolant flow parameters on heating and cooling rates | V. G. Pron'ko |
| 486-488 | Spherically symmetric stefan problem with a boundary condition of the third kind | A. M. Makarov, V. V. Leonov and G. N. Shvedova |
| 489-494 | Computer calculation of the temperature distribution for a steel casting solidifying in a mold | A. V. Amel'yanchik, I. I. Makarov, T. B. Shirolapova and E. A. Prokhorova |
| 495-499 | Variational solution of a heat — Conduction problem for a region with moving boundaries | D. M. Yanbulatov and N. M. Tsirel'man |
| 500-504 | Thermomechanical behavior of a multicomponent continuous medium interacting with an electromagnetic field | R. G. Isaev |
| 505-508 | Solution of a nonlinear problem in heat conductivity investigations | G. N. Gusenkov and I. M. Chirkov |
| 509-510 | Determination of variable coefficient of heat transfer for a thin semiinfinite rod | Yu. I. Babenko |
| 511-512 | Radius of a tube with heat sources (sinks) | A. G. Gorelik |
| 513-515 | Determining the thermal diffusivity of pyroelectric materials | V. A. Fedosov |
| 516-517 | Thermophysical properties of dispersion-hardened nickel | B. N. Babich, A. F. Zverev, A. V. Logunov and N. V. Petrushin |
| 518-519 | Buildup rate of vapor bubbles at a heater surface | A. A. Voloshko |
| 520-524 | Conjugate problem of natural convection in a vertical channel with heat release from a high-frequency electric current | Vu Zuy Quang |
| 525-526 | Lev Abramovich Vulis |
| 527-528 | Conferences of readers of the Journal Inzhenerno-Fizicheskii Zhurnal in Baku and Erevan (1973) | Z. P. Shul'man |
| 529 | First International Conference on Heat Pipes | L. L. Vasil'ev |
| 531-532 | In the vanguard of soviet science |
| 533-536 | The role of desiccation technology in eaising the effectiveness of production | P. S. Kuts |
| 537-547 | Some problems of the theory of mass and heat transport | A. V. Lykov |
| 548-551 | Electrification of a heterogeneous flow interacting with a metal | N. K. Pilipko and V. V. Orlyanskii |
| 552-557 | Velocity profile of the turbulent flow of weak polymer solutions in a tube | Yu. F. Ivanyuta and L. A. Chekalova |
| 558-567 | Distribution of the heat and mass teansfer parameters with a reaction front within a laminar boundary layer | A. V. Lykov and G. T. Sergeev |
| 568-571 | Study of electrorheological effect during flow of dielectric suspensions in a horizontal coaxially cylindrical capacitor | Z. P. Shul'man and E. V. Korobko |
| 572-576 | Dynamic calibration of contact thermometers in a liquid stream | Yu. N. Vlasov, D. L. Zelikson and A. M. Trokhan |
| 577-581 | Effect of nonuniform sensitivity distribution along a wire ther moane mometer probe on turbulence measurement | A. I. Popov |
| 582-585 | Equation for calculating the thermal conductivity of a gas in the critical region | A. A. Vasserman and B. A. Putin |
| 586-589 | Calculation of the coefficient of viscosity of moderately compressed gases | V. R. Kamenetskii |
| 590-594 | Method of optimum compacting of control material in moisture sensors | E. S. Krichevskii and S. S. Galushkin |
| 595-598 | Microwave method for studying the porous structure of water-saturated dielectric materials | L. K. Petrov, I. M. Rimkevich and V. K. Benzar' |
| 599-605 | Investigation of temperature fields in a two-layer system with a pulsed heat-radiation effect | L. S. Slobodkin, T. T. Shinkevich and S. G. Krasnich |
| 606-612 | Heat transfer in granular systems with a random structure | G. N. Dul'nev, M. A. Eremeev and Yu. P. Zarichnyak |
| 613-617 | Connection between the parameters of an evaporating material and the gaseous medium surrounding it | G. N. Efremenko and A. Z. Volynets |
| 618-623 | Determination of the dissipative effects during sinter treatment of ceramics | A. V. Ralko, I. A. Kravtsov, G. F. Pashchenko and G. Zikert |
| 624-626 | General method for transformation of heat- and mass-transfer processes in a bed | G. A. Aksel'rud and Ya. T. Rogotskii |
| 627-629 | Experimental determination of the conditions for the granulation (breakdown) of aluminum oxide drops in a high-temperature gas flow | L. D. Buglaeva, I. I. Vernidub, Yu. A. Korsunov, É. M. Timokhin and A. P. Tishin |
| 630-635 | Formation and development of turbulence during movement of a disperse system in a round tube | I. L. Povkh, N. I. Bolonov and A. E. Éidel'man |
| 636-640 | Mass transfer in a moving drop when it periodically collides with a hard surface | A. M. Landau and A. S. Zheleznyak |
| 641-652 | Transport phenomena in a nonequilibrium, partially ionized gas in a magnetic field | Jean -Pierre Petit and Michel Larini |
| 653-658 | Connection between pulsation spectrum of a furance flame and the air excess | Yu. F. Maksimenko |
| 659-663 | An approximate method of computing heat transfer in gas-electric heaters | N. V. Diligenskii and L. I. Babenkova |
| 664-666 | A mixed boundary-value problem for the laplace equation | A. B. Efimov and V. N. Vorob'ev |
| 667-671 | Investigation of the influence of polymer admixtures on the magnitude of the local drag coefficient | Yu. F. Ivanyuta and L. A. Chekalova |
| 672-674 | Heat transfer from a horizontal cylinder under mixed convection conditions | V. V. Barelko and É. A. Shtessel |
| 675-677 | Structure of free convective flow in a closed three-dimensional cavity | Yu. A. Korolenko and I. V. Esina |
| 678-685 | Heat transfer to a flat plate in a fully-developed turbulent boundary layer | V. M. Legkii and Yu. D. Koval |
| 686-688 | Two-phase flow and heat transfer in boundary layer of a thin body of revolution | V. I. Baikov |
| 689-693 | Flow near the stagnation point of an obstacle washed by a two-dimensional subsonic stream | I. A. Belov, V. S. Komarov and A. A. Krasavtsev |
| 694-698 | Experimental investigation of energy characteristics and heat transfer of shf discharge | S. V. Grushetskii and O. I. Yas'ko |
| 699-703 | Mass transfer accompanied by a chemical reaction taking place rapidly inside a moving spherical drop | B. I. Brounshtein, V. Ya. Rivkind, G. A. Fishbein and A. R. Shuster |
| 704-711 | Effect of the degree of roughness of the enclosing walls and the geometrical simplex of the layer on the structure and loss of head in stationary and moving granular layers (beds) | V. K. Durnov and N. M. Babushkin |
| 712-716 | External mass exchange in the process of sublimation drying in a vacuum | D. P. Lebedev and Le Kue Ki |
| 717-719 | Analysis of heat transfer in spray desiccators during the production of foamy polymer filler | L. A. Reusova and M. V. Lykov |
| 720-726 | Calculated effects of various factors on the frost resistance of concrete | A. M. Podval'nyi |
| 727-732 | Brownian diffusion in nonequilibrium gas | O. A. Grechannyi |
| 733-737 | Experimental study concerning the contribution of the radiative component to the effective thermal conductivity of toluene | V. Z. Geller, I. A. Paramonov and V. V. Slyusarev |
| 738-740 | Measurement of thermal diffusivity of hemispherical samples (bismuth) | A. A. Baskakova, V. E. Zinov'ev and L. D. Zagrebin |
| 741-744 | Temperature variation along a cylindrical heat bridge in cryogenic pipelines | Yu. V. Bol'shakov, Ya. L. Brailovskii and F. M. Pozvonkov |
| 745-748 | Thermal links for reducing the heat leakage to cryostats | N. A. Pankratov, V. S. Golubkov and L. G. Simoshenkova |
| 749-753 | Effect of velocity of a condensing vapor stream on distribution of local heat exchange characteristics along the height of a vertical tube | V. T. Buglaev and I. N. Afanas'eva |
| 754-759 | True vapor and gas contents of unheated flows of mixtures in tubes | A. A. Tochigin and A. P. Danilin |
| 760-761 | An experimental study of heat transfer in water condensation inside vertical tubes | V. M. Borishanskii, D. I. Volkov, N. I. Ivashchenko and Yu. T. Illarionov |
| 762-768 | Thermal conductivity of helium in the eange 400–1500°K as determined by a molybdenum measurement cell | E. I. Marchenkov and A. G. Shashkov |
| 769-774 | Calculation of near-field molecular interactions in polymers | S. G. Galaktionov, T. L. Perel'man, K. A. Rozina and V. M. Tseitin |
| 775-779 | On a certain class of incorrectly stated problems in analytical theory of thermal conductivity and in the theory of indirect measurements | O. V. Minin |
| 780-784 | A method of simulating the crust formation in the ore bath of smelting furnaces | M. Z. Fainitskii, N. D. Bruk and M. P. Evseeva |
| 785-787 | Rheological and thermophysical handbook data for high-viscosity compounds (mastics) | N. M. Druzhkin |
| 788-789 | Aleksandr Savvich Predvoditelev |
| 790 | Book review | G. N. Du1'nev |
| 791-797 | Experimental investigation of heat transfer in axisymmetric volumes for boundary conditions of the second kind | Yu. A. Kirichenko and V. N. Shchelkunov |
| 798-803 | Equations of motion of the material in a shaker | A. F. Ryzhkov and A. P. Baskakov |
| 804-810 | Heat transfer in a vertical evaporation circuit at low pressures and in vacuo under conditions of vibrational instability | S. I. Tkachenko, I. M. Fedotkin, I. D. Stepchuk, O. A. Tkachenko and A. N. Botin, et al. |
| 811-816 | Generalization of experimental data on heat and mass transfer during the evaporation and sublimation of different substances in a forced stream | R. P. Shpakovskii |
| 817-822 | Kinetics of the process of electrocontact drying of moist materials | A. S. Zelepuga, G. L. Sirotkin and V. S. Karpenko |
| 823-828 | The rebinder number as a characteristic of the thermodynamic and transport properties of dispersed materials | V. M. Kazanskii |
| 829-834 | Thermal conductivity of consolidated systems | G. N. Dul'nev, M. A. Eremeev and Yu. P. Zarichnyak |
| 835-838 | The measurement procedure in the dilatometer method of determining the thermal diffusivity of materials | V. S. Batalov |
| 839-841 | Experimental study of the set of thermal properties of certain rare-earth metals at high temperatures | S. N. Banchila and L. P. Filippov |
| 842-846 | Thermal conductivity of Freon-12 | V. Z. Geller, S. D. Artamonov, G. V. Zaporozhan and V. G. Peredrii |
| 847-851 | Heat capacity of aqueous solutions of sulfuric acid at low temperatures | Yu. P. San'ko |
| 852-856 | Shock radiation recombination as a diffusion process | A. G. Zimin |
| 857-860 | Impurity dispersion in the turner model for flow in a porous channel | V. I. Maron |
| 861-866 | Spatial free convection of nonlinearly viscous fluids around axisymmetric bodies | Z. P. Shul'man, V. I. Baikov and É. A. Zal'tsgendler |
| 867-870 | Universal mean velocity profile in the jet part of the turbulent boundary layer | A. N. Boiko, L. N. Dymant and V. M. Eroshenko |
| 871-876 | Parametric method in the theory of an unsteady boundary layer | O. N. Bushmarin and Yu. V. Saraev |
| 877-882 | Various forms of drop fractionation in shock waves and their special characteristics | B. E. Gel'fand, S. A. Gubin and S. M. Kogarko |
| 883-887 | Thermal conditions of electronic instruments of cassette construction with forced ventilation | Yu. A. Gavrilov and G. N. Dul'nev |
| 888-891 | Heat transfer in separable connections of cryogenic systems | Yu. V. Bol'shakov, Ya. L. Brailovskii, F. M. Pozvonkov, I. E. Sal'nikov and N. V. Filin |
| 892-896 | Application of a variational method for the solution of nonstationary heat conduction problems | N. M. Tsirel'man and D. M. Yanbulatov |
| 897-901 | Inverse problem of heat conduction with account of the temperature dependence of the thermophysical characteristics | Yu. M. Matsevityi |
| 902-907 | Solving heat-conduction equation for a two-component cylinder and thermal design of a dc motor | V. K. Kagan and S. A. Ésmedlyaev |
| 908-911 | Book reviews | P. S. Kuts, A. A. Kanaev and I. Z. Kopp |
| 913-917 | Normal spectral emissivity of gold, platinum, and tungsten | L. N. Aksyutov |
| 918-921 | Measurement of the monochromatic emissivity of coatings at 100–400°C | L. S. Slobodkin and Yu. M. Sotnikov-Yuzhik |
| 922-926 | Characteristics of thermal radiation in axisymmetric cavities | V. P. Simonov |
| 927-932 | Convective heat transfer in channels having various cross sections | B. B. Petrikevich |
| 933-938 | Variational formulation of the hydrodynamics of a concentrated gas-solid system at high archimedes numbers | A. I. Tamarin and Yu. S. Teplitskii |
| 939-944 | Heat and mass transfer and duration of the desublimation of water vapor in vacuum | E. F. Andreev and D. P. Lebedev |
| 945-950 | Coefficients of capillary mass transfer of porous solids based on curves of pore distribution | P. P. Lutsik, Yu. P. Lutsik and D. P. Litevchuk |
| 951-955 | Mass transfer in a highly rarefied gas | V. K. Grishin |
| 956-960 | Heat exchange of gas-disperse systems in a uniform electric field | V. V. Pushkov, Z. R. Gorbis and M. K. Bologa |
| 961-968 | Hydrodynamic and thermal characteristics of an equilibrium two-phase porous-cooling system | V. A. Maiorov and L. L. Vasil'ev |
| 969-973 | Heat transfer in conductive microcalorimeters | Yu. F. Red'ko, A. V. Mikhailenko and O. Ya. Luste |
| 974-977 | Compensating for heat flows along current leads | V. V. Senin and L. V. Bulgakova |
| 978-981 | Thermal conductivity of some deuterated compounds in the gaseous phase | N. B. Vargaftik and N. A. Vanicheva |
| 982-987 | Thermal conductivity and structural characteristics of caf2 crystals doped with NaF and YF3 | B. M. Mogilevskii, V. F. Tumpurova and A. F. Chudnovskii |
| 988-992 | Investigation of the phonon heat conduction of monocrystals by a quantum acoustic method | V. I. Petrovichev, R. F. Rudakov and V. N. Sobakin |
| 993-997 | Temperature fields in a pipe wall in the case of radiative heating and a supercritical working-medium pressure | V. B. Khabenskii, M. A. Kvetnyi, É. M. Tyntarev and R. I. Kalinin |
| 998-1002 | An engineering method for calculating the flow of polymers in channels of noncircular cross section | A. I. Isaev, K. D. Vachagin and A. M. Naberezhnov |
| 1003-1009 | Shock-induced spreading of a film of a non-Newtonian liquid | A. V. Dubovik and V. K. Bobolev |
| 1010-1012 | Hydrodynamics of descending turbulent flow of liquid film and gas | I. M. Fedotkin, V. S. Ivanov, V. S. Lipsman, M. N. Chepurnoi and V. É. Shnaider |
| 1013-1016 | Laminar flow in a narrow cylindrical tube | D. L. Kan and T. L. Perel'man |
| 1017-1021 | Solution of some mixed heat-conduction boundary-value problems | Yu. I. Malov, L. K. Martinson and K. B. Pavlov |
| 1022-1029 | Solution of a plane, axisymmetric and three-dimensional single-phase stefan problem | A. D. Chernyshov |
| 1030-1034 | Variational solution of third boundary-value problem of heat conduction | N. M. Tsirel'man and D. M. Yanbulatov |
| 1035-1040 | Nonstationary thermal stresses in a hollow cylinder with heat flux acting on the inside surface | L. E. Belousova |
| 1041-1045 | Integration of nonlinear equations of equilibrium kinetics of physical sorption with regard to heat release | L. K. Tsabek |
| 1046-1048 | Aleksei Vasil'evich Lykov |
| 1049-1054 | Experimental study of boiling on heating surfaces during the thermal fluidization of a bed of particles | Z. R. Gorbis and M. I. Berman |
| 1055-1058 | An experimental study of the flow of a liquid film along a vertical wall | V. E. Nakoryakov, B. G. Pokusaev, V. V. Khristoforov and S. B. Alekseenko |
| 1059-1063 | Properties of transverse distributions of local heat exchange coefficients in the initial section of rectangular channels with mixed flow in the boundary layer | V. M. Legkii |
| 1064-1068 | One possible model for the transfer process in the near-critical state of a liquid | Sh. G. Kaplan and R. E. Tolchinskaya |
| 1069-1072 | Asymptotic stage of growth of a vapor bubble | V. A. Knyazev |
| 1073-1078 | Taking account of resonance radiation in the problem of nonequilibrium-ionized gas flow around blunt bodies | N. V. Leont'eva, Yu. P. Lun'kin and A. A. Fursenko |
| 1079-1084 | Calculation of the interaction of supersonic counter flows | V. B. Balakin and V. V. Bulanov |
| 1085-1089 | Production and investigation of supersonic jets of rarefied gas | L. L. Vasil'ev, Yu. A. Lapshin and A. N. Piskunov |
| 1090-1096 | Closed evaporative cooling of rotating electrical machines | M. P. Kukharskii |
| 1097-1098 | Internal natural convection for a deflected heat source of finite size | V. N. Zaitsev, N. E. Cherepkova and V. I. Shakhurdin |
| 1099-1103 | Free convection of nonlinearly-viscous liquids around axisymmetric solids, allowing for the temperature dependence of the consistency | Z. P. Shul'man, É. A. Zal'tsgendler and V. I. Baikov |
| 1104-1109 | A theoretical and experimental study of chromatothermography at high concentrations | S. M. Yanovskii, I. A. Silaeva and G. L. Kogan |
| 1110-1113 | Thermal diffusivity of carbon dioxide in the near critical region | D. G. Amirkhanov, A. G. Usmanov and P. A. Norden |
| 1114-1116 | Structural characteristics of alkaline earth fluorides and their thermal conductivity: SrF2 with YF3 and LuF3 impurities | B. M. Mogilevskii, V. F. Tumpurova and A. F. Chudnovskii |
| 1117-1120 | Effect of repeated cooling on the thermophysical properties of constructional glass plastics in the temperature range 10–400°K | S. A. Tanaeva, L. S. Domorod and L. V. Bulgakova |
| 1121-1124 | The effective thermal diffusivity of packed fluidized beds | A. I. Tamarin and R. R. Khasanov |
| 1125-1129 | Solution of heat-transfer problems in a layer | V. I. Gubinskii |
| 1130-1132 | Theory of the radiometer effect | I. F. Mikhailov and L. V. Tanatarov |
| 1133-1137 | An approximate method of solving stationary heat conduction problems with mixed boundary conditions of the third kind | Yu. Ya. Iossel', G. É. Klenov and R. A. Pavlovskii |
| 1138-1145 | Iterative approximation method for solving heat conduction equations | G. P. Kobranov |
| 1146-1159 | Abstracts of papers deposited at viniti | I. V. Il'inskii, É. E. Prokhach, V. P. Pershin, Yu. I. Volovik and V. A. Uspenskii, et al. |
| 1160-1162 | Samson Semenovich Kutateladze (on his 60th birthday) |
| 1163-1171 | In memory of professor K. I. Strakhovich (1894–1968) |
| 1172 | Obituary: Petr Kuz'mich Konakov |
| 1173 | Book reviews | V. K. Kashirskii |
| 1175-1179 | A turbulent jet in a concurrent stream at a permeable surface | A. N. Boiko, L. N. Dymant, V. M. Eroshenko and V. M. Spanovskii |
| 1180-1185 | Distribution of streams in channels with porous walls | S. P. Sergeev, V. V. Dil'man and V. S. Genkin |
| 1186-1191 | General problems of heat exchange in a moving layer | V. I. Gubinskii |
| 1192-1198 | Change in the density of the dispersion medium in a solid-adsorbed water - liquid system. Calculation of the adsorption characteristics of dispersed systems | P. P. Olodovskii |
| 1199-1202 | Using approximate analytic methods to solve problems of natural convection in a closed cavity | V. S. Kuptsova |
| 1203-1206 | Experimental investigation of thermoconvective waves in horizontal gas layers | Yu. I. Barkov, B. M. Berkovskii and V. E. Fertman |
| 1207-1211 | Study of the formation of thixotropic structured systems | É. É. Rafales-Lamarka and B. A. Lishanskii |
| 1212-1215 | The correlation between temperature dependence of electrical resistance, resistivity, and thermal conductivity of metals | V. A. Vertogradskii |
| 1216-1218 | The study of ion transfer in strontium fluoride by the thermo-emf method | B. M. Mogilevski, V. N. Romanov and A. F. Chudnovskii |
| 1219-1224 | Anomalous behavior of thermal conductivity of a mixture of strongly polar and monatomic gases in a constant electric field | V. D. Borman, B. I. Nikolaev and V. I. Troyan |
| 1225-1230 | On the temperature dependence of the thermal conductivity of ceramic materials with rarefaction of the gas medium | E. Ya. Litovskii, I. D. Zborovskii and I. N. Uspenskii |
| 1231-1234 | Concentration dependence of thermodiffusion constant of H2-He and N2-N2O mixtures | A. G. Shashkov, A. F. Zolotukhina and T. N. Abramenko |
| 1235-1239 | Viscosity of water at temperatures of −20 to 150°C | A. A. Aleksandrov and M. S. Trakhtengerts |
| 1240-1243 | Formation of an ice layer of given thickness by accumulation of a liquid on a cooled-cylindrical surface | P. P. Yushkov and V. B. Rzhevskaya |
| 1244-1248 | On the fluid thermal activity coefficient using water as an example | A. M. Mamedov |
| 1249-1250 | Choice of rheological models | A. Kh. Mirzadzhanzade, Z. P. Shul'man and M. G. Kopeikis |
| 1251-1254 | Reduction of hydrodynamic resistance by surfactants | I. L. Povkh, A. B. Stupin, V. M. Dobrychenko and S. N. Maksyutenko |
| 1255-1259 | Acoustic energy of a nonisothermal jet | L. M. Vyaz'menskaya |
| 1260-1265 | Calculation of the equilibrium composition of reacting gas systems | V. I. Bronshtein, L. N. Panasenko, T. L. Perel'man and O. I. Yas'ko |
| 1266-1269 | Laminar flow of thin liquid films | V. N. Beshkov and Kh. B. Boyadzhiev |
| 1270-1275 | Numerical method of determining the boundary conditions at the surfaces of a continuous casting from the profile of the solidification front | N. L. Gol'dman, A. B. Uspenskii, E. N. Soboleva and E. G. Shadek |
| 1276-1280 | Solution of a boundary-value problem for the generalized diffusion equation | V. N. Chigarev and I. M. Fedotkin |
| 1281-1286 | Computational — Experimental determination of the thermophysical properties of materials | V. V. Frolov |
| 1287-1289 | Growth kinetics of low-temperature oxide films on silicon | L. I. Gurskii, V. M. Koleshko, B. S. Reznikov, I. V. Nekaryukin and A. A. Kovalevskii |
| 1290-1293 | Approximation of inhomogeneous thermal lines via series connection of homogeneous thermal lines | L. S. Eleinikova |
| 1294-1301 | Abstracts of Papers Deposited at Viniti | M. B. Raitsis, A. L. Koba, G. F. Smirnov, A. P. Merkulov and Sh. A. Piralishvili, et al. |
| 1302-1305 | Book reviews | B. M. Smol'skii, N. N. Verigin, Z. P. Shul'man and L. P. Orlov |
| 1307-1309 | Investigation of the heat exchange of a flat element in a dynamic two-phase layer | A. N. Khoze, A. P. Burdukov, B. G. Pokusaev and V. A. Kuz'min |
| 1310-1316 | Heat transfer in a pumped polymethylphenylsiloxane liquid near the critical pressure | Sh. G. Kaplan, K. P. Grinevich, K. N. Fastova and R. E. Tolchinskaya |
| 1317-1320 | Study of heat and mass transfer processes in plane channels of arbitrary shape occupied by a grid (mesh) | G. F. Muchnik, I. G. Meerovich, L. I. Zaichik and I. Yu. Kertselli |
| 1321-1325 | Numerical experiment on mass transfer in binary mixtures, using the mathematical model of convective diffusion for the turbulent flow of gas in a tube | E. N. Konstantinov and V. A. Kuznechikov |
| 1326-1330 | Differential, difference, and integral methods of measuring temperature dependence of coefficient of thermal conductivity | J. Rafalowicz |
| 1331-1332 | Thermophysical characteristics of fusion thermal tracers | L. N. Novichenok, I. L. Svirnovskaya and S. M. Kazakova |
| 1333-1338 | Thermophysical characteristics of the amorphous phase of irradiated polyethylene | B. A. Briskman and V. P. Savina |
| 1339-1344 | Thermal resistance of the contact of wavy surfaces in a vacuum | V. M. Popov |
| 1345-1350 | On the rupture mechanism of refractory materials caused by internal heat evolution | D. F. Bozhko, V. I. Buglakov and B. F. Rzyanin |
| 1351-1356 | Trends in diffusion-limited condensation of zinc and lead vapors | K. M. Aref'ev, A. R. Lesyuis, B. M. Khomchenkov and L. Sh. Tsemekhman |
| 1357-1363 | Extrapolation of the emissivity of gases | S. P. Detkov and A. N. Beregovoi |
| 1364-1367 | Self-excitation of oscillations in separated supersonic flows | M. G. Morozov |
| 1368-1371 | Statistical characteristics of the ripple flow of a liquid film | V. M. Pakhaluev and A. G. Sheinkman |
| 1372-1379 | Electrodynamic flows of media obeying a nonlinear rheological law | A. M. Makarov, L. K. Martinson, V. R. Romanovskii, M. R. Romanovskii and S. L. Simkhovich |
| 1380-1383 | Spectroscopic studies of the structural variability of water containing linear antiturbulence macromolecules | K. F. Lyashev, I. M. Fedotkin and B. V. Deryagin |
| 1384-1387 | Free convection of nonlinearly viscous fluids around thin bodies of revolution under boundary conditions of the second kind | Z. P. Shul'man, V. I. Baikov and É. A. Zal'tsgendler |
| 1388-1395 | Mass transfer in an immobile polydisperse filter bed | Yu. A. Berman and R. F. Nagaev |
| 1396-1399 | A semiempirical equation of state for dense helium | S. D. Gavrilov |
| 1400-1402 | Density of liquid 4-methylpentane-1 at high pressures and various temperatures | N. A. Agaev, A. D. Yusibova, A. A. Pashaev, Z. Nuretdinov and I. I. Pis'man |
| 1403-1409 | Heat transfer in a cylindrical underground channel | B. L. Krivoshein and V. N. Novakovskii |
| 1410-1416 | Motion of a nonisothermal mixture through a porous medium | L. K. Tsabek |
| 1417-1421 | Relation between coefficients of heat conduction and dynamic viscosity of fluids | A. M. Mamedov |
| 1422-1439 | Abstracts of articles deposited at VINITI | A. A. Gusakov, G. A. Kolykhalov, A. F. Polyakov, V. A. Kuleshov and Yu. L. Shekhter, et al. |
| 1440-1442 | The International Center of the Academies of Sciences of the Socialist Countries for training in heat and mass transfer | V. A. Borodulya |
| 1443-1445 | The Seventh All-Union Rheology Seminar, Gomel, May 27–31, 1974 | Z. P. Shul'man and A. D. Matsepuro |
| 1447-1452 | Boiling of sodium in a circular pipe | N. I. Buleev, L. Ya. Kazakova, V. M. Loshchinin, I. I. Palkin and P. V. Prostov |
| 1453-1459 | Growth rate of liquid drops on a flat surface during dropwise condensation of vapor from a vapor-gas mixture | P. A. Novikov, L. Ya. Lyubin, V. I. Svershchek and L. A. Shcherbakov |
| 1460-1463 | Condensation of a vapor mixture in the absence of noncondensing gases | G. P. Golovinskii |
| 1464-1466 | Vertical forces acting on horizontal disks in a fluidized bed | A. P. Baskakov and B. A. Michkovskii |
| 1467-1469 | Heat transfer between a fluidized bed and a plate during drying | L. K. Vasanova, N. I. Syromyatnikov and A. I. Evplanov |
| 1470-1473 | Probability for the collision with a solid surface as a drop passes through a packed column | A. M. Landau and A. S. Zheleznyak |
| 1474-1481 | Possibilities for accurate control of the relative humidity of air | K. Kostyrko and B. Klenovskaya |
| 1482-1486 | Influence of properties of filtering liquids on the permeability of disperse systems | P. P. Olodovskii and M. G. Murashko |
| 1487-1491 | Capillary absorption of heat pipe wicks | M. G. Semena, A. G. Kostornov, A. N. Gershuni, A. L. Moroz and V. K. Zaripov |
| 1492-1494 | Mass exchange between a solid spherical body and a current-carrying liquid | G. A. Aksel'rud and G. M. Oreper |
| 1495-1501 | Intramolecular relaxation of macromolecules | A. B. Bartman, S. G. Galaktionov, V. N. Papkovich and T. L. Perel'man |
| 1502-1505 | Simple model for scanning calorimeter with pyroelectric heat sensor | I. A. Kleinman, A. Z. Rabinovich, M. B. Roitberg and M. S. Chupakhin |
| 1506-1511 | Constant-power resistive-probe method and measurement of liquid-semiconductor thermal conductivity | B. M. Mogilevskii, V. N. Sokolov and A. F. Chudnovskii |
| 1512-1515 | Estimate of the quantum correction to the transport coefficients of monatomic gases | V. S. Yargin and G. I. Belashova |
| 1516-1520 | Radiation effect in measuring the thermal conductivity of saturated hydrocarbons | T. V. Gurenkova, I. Kh. Mukhametzyanov, G. Kh. Mukhamedzyanov and A. G. Usmanov |
| 1521-1526 | Transport of radiant energy in multilayer scattering and absorbing materials | S. G. Il'yasov and V. V. Krasnikov |
| 1527-1533 | Theory of the heating of dielectrics by high-power electromagnetic fields | L. É. Rikenglaz |
| 1534-1538 | Transport processes in bodies with a large number of cracks | R. L. Salganik |
| 1539-1542 | Solution of equation of admixture transfer in a cylindrical channel with the dependence of diffusion coefficient on concentration and gas exchange with wall taken into account | A. E. Kalyusskii and S. P. Grekov |
| 1543-1549 | Cooling time of circulating cryogenic systems | V. E. Keilin, I. A. Kovalev and S. A. Lelekhov |
| 1550-1555 | Numerical calculation of opposing jets of a viscous incompressible liquid | P. S. Kuts and V. A. Dolgushev |
| 1556-1563 | Convective stability in a system of two infinite horizontal layers of immiscible liquids | É. I. Berezovskii, T. L. Perel'man and E. A. Romashko |
| 1564-1568 | Mixing process in a free turbulent flare in a jet | V. N. Strokin |
| 1569-1572 | Effect of structure formation in a constant electric field on the thermal conductivity of a suspension of aerosil in cetane | Z. P. Shul'man, A. D. Matsepuro, L. N. Novichenok, S. A. Demchuk and I. L. Svirnovskaya |
| 1573-1577 | Heat conduction for off-center annulus | V. S. Kolesov, I. I. Fedik and E. E. Chuiko |
| 1578-1581 | Influence of vortex-tube configuration and length on the process of energetic gas separation | Yu. D. Raiskii and L. E. Tunkel' |
| 1582 | Teodor L'vovich Perel'man |
| 1583 | Teodor Gregorich |
| 1584-1585 | Book reviews | I. F. Pikus |
| 1-5 | Heat exchange in a bed of dispersed material during radial filtration | V. I. Aniskin and V. A. Rybaruk |
| 6-9 | Calculation of particle collisions in concomitant dispersed flows | A. I. Zaitsev, V. A. Gatsev and Yu. I. Makarov |
| 10-14 | Moisture evaporation in a fluidized bed of inert particles | O. M. Todes and V. S. Pyzhikov |
| 15-18 | Moisture transfer characteristics in annular vertical channels | É. E. Prokhach, A. N. Smirnov and V. G. Ésterzon |
| 19-21 | Experimental study of heat and mass transfer in a cryogenic heat pipe | L. L. Vasil'ev, V. G. Kiselev, M. A. Litvinets and A. V. Savchenko |
| 22-26 | Kinetics of drying of moist materials in superheated steam | V. M. Tarasov and B. N. Basargin |
| 27-31 | Study of radiative heat transfer in vacuum-powder insulation by infrared spectroscopy | S. B. Mil'man and M. G. Kaganer |
| 32-39 | Flow of a slightly rarefied gas in a narrow slit channel in the case of sublimation from one of the walls and heat inflow from the other | P. A. Novikov, L. Ya. Lyubin and V. I. Balakhonova |
| 40-44 | Analytical study of heat and mass transfer in hardening concrete during heat treatment in a chamber with heat-emitting surfaces | M. T. Soldatkin, V. V. Artikhovich and S. N. Kapel'yan |
| 45-50 | Measurements on mass transfer in a rotating disk system | B. I. Fedorov, G. Z. Plavnik, I. V. Prokhorov and L. G. Zhukhovitskii |
| 51-53 | Influence of the dielectric material and the interelectrode gap on the spontaneous rotation effect in electrorheological suspensions | Z. P. Shul'man and V. M. Nosov |
| 54-59 | Rheodynamics of a disk rotating in a non-Newtonian liquid | T. A. Rogovskii and Z. R. Gorbis |
| 60-62 | Mathematical models of stress relaxation and the deformation of solids with a discrete structure | V. V. Bulatov |
| 63-66 | Thermal conductivity of tetramethoxysilane, tetraethoxysilane, and tetraethyl tin | P. S. Ivannikov, I. V. Litvinenko and I. V. Radchenko |
| 67-71 | A method of determining the critical temperature from experimental data on aρs,(T) boundary curve | V. V. Malyshev |
| 72-76 | Self-oscillatory system subjected to an external thermal agent | V. A. Golenchenko, D. P. Klevenskii, A. I. Malykhin, I. V. Rybin and I. S. Shevchenko, et al. |
| 77-80 | Axial temperature distribution of a thermionic cathode | A. S. Sakhiev, G. P. Stel'makh, N. A. Chesnokov and Yu. D. Kharitonov |
| 81-83 | Measurement of liquid entrainment from a horizontal cylindrical vessel by a flow of air | A. A. Malinkovskii and B. V. Rossinskii |
| 84-88 | Dependence of the temperature distribution in the human body on how hyperthermia is induced | O. V. Korobko, T. L. Perel'man and S. Z. Fradkin |
| 89-92 | Solution of the problem of the general case of two-dimensional granule (body) motion in a gravity field | M. E. Ivanov and A. B. Ivanov |
| 93-98 | Stochastic theory of diffusion | B. E. Vugmeister and O. A. Grechannyi |
| 99-101 | Constant temperature fronts in composite bodies | N. M. Tsirel'man |
| 102-119 | Abstracts of papers deposited at VINITI | Z. R. Gorbis, A. M. Shelomentsev, N. K. Bolotin, Yu. T. Borshchevskii and I. M. Fedotkin, et al. |
| 120-127 | Work on heat pipes in Europe | M. Groll' |
| 128-129 | Nikolai Ivanovich Syromyatnikov On his 60th birthday | B. I. Kitaev, A. S. Nevskii, V. P. Skripov and V. M. Baboshin |
| 131-139 | Principles for computing the efficiency of a system with low-temperature heat pipes | G. F. Smirnov |
| 140-146 | Laminar vapor flow in a heat pipe | Ya. S. Kadaner and Yu. P. Rassadkin |
| 147-150 | Contact angles of wicks for low-temperature heat pipes | M. G. Semena, A. G. Kostornov, A. N. Gershuni and V. K. Zaripov |
| 151-156 | Crisis of the bubble-type boiling of helium on various surfaces | I. P. Vishnev, Ya. G. Vinokur and V. V. Gorokhov |
| 157-163 | Influence of thermal resistance of condensate drops on heat and mass transfer in condensation of vapor from a vapor-gas mixture | P. A. Novikov, L. Ya. Lyubin and L. A. Shcherbakov |
| 164-170 | Optimal estimates in thermal measurements | D. F. Simbirskii |
| 171-176 | Method for measurement of local thermal currents | Yu. P. Zarichnyak, E. S. Platunov and A. V. Sharkov |
| 177-181 | Thermal mechanism of the switching effect in oxidized vanadium | B. A. Tallerchik, E. I. Terukov and F. A. Chudnovskii |
| 182-186 | Interaction of the radiation from a flash tube with the cooling liquid | M. I. Tribel'skii |
| 187-189 | Temperature gradient at the conical end of a semi-infinite cylindrical rod | E. I. Rozovskii |
| 190-196 | Laminar flow with injection in a straight duct | A. A. Repin |
| 197-199 | Kinetics of liberation of dissolved gas in a liquid stream | O. E. Borodin and É. G. Kocharyan |
| 200-206 | Application of the parametric method to the solution of problems of the unsteady thermal boundary layer | Yu. V. Saraev |
| 207-210 | Effect of the cone angle and the degree of contraction of a sonic nozzle on the geometrical structure of the first roll of an underexpanded jet | A. P. Aleshin, I. N. Denisov, N. M. Rogachev and V. F. Sivirkin |
| 211-215 | Heat-convection waves in a semi-infinite horizontal liquid layer with free boundaries | B. M. Berkovskii and A. K. Sinitsyn |
| 216-220 | Production of uniform droplets by a rotating perforated drum | V. F. Dunskii, N. V. Nikitin and G. A. Shul'ginova |
| 221-223 | Focusing peopeeties of a flame | O. G. Martynenko, V. A. Bubnov, S. N. Kravchun and A. A. Solov'ev |
| 224-226 | Transient diffusion of gas in a highly dispersee sorbing porous solid | V. V. Levdanskii, V. G. Leitsina and N. V. Pavlyukevich |
| 227-231 | Cyclic heating of a film on a substrate | G. K. Vasil'ev, N. I. Makarov and Yu. I. Prokhorov |
| 232-235 | Approximate one-dimensional thermal conduction in composite cylindrical electronic components | I. E. Zino |
| 236-239 | Modeling of eigenvalues and eigenfunctions of heat- and mass-transfer systems | A. A. Kosarev, L. V. Sokolova and P. V. Cherpakov |
| 240-244 | A heat-conduction problem | M. A. Bartoshevich |
| 245-271 | Abstracts of papers deposited at VINITI | V. K. Savin, M. Korger, A. M. Miksher, M. A. Volkov and M. A. Gromov, et al. |
| 272-274 | Calculation of the maximum critical heat flux during bubble boiling in a large volume at cylindrical and spherical surfaces | V. M. Borishanskii and B. S. Fokin |
| 275-282 | Power laws of reduced turbulent friction for polymer solutions | V. A. Gorodtsov |
| 283-286 | Rheological properties of clay solutions | V. M. Dobrychenko, L. L. Povkh and A. E. Éidel'man |
| 287-292 | Generalized isothermal couette flow of a non-newtonian liquid in a slowly converging channel with complex shear | V. I. Yankov, V. I. Boyarchenko, A. L. Krylov and V. A. Bratukhina |
| 293-299 | Actual gas content of vertical adiabatic two-phase flows at low pressure and in vacuum | S. I. Tkachenko |
| 300-304 | Mass transfer in a three-phase system under conditions of mechanical and pneumatic agitation | G. A. Aksel'rud, M. Zelin'ski and Ya. M. Gumnitskii |
| 305-310 | Flow of gas in the channels of a cylindrical solid, freely moving between end chambers | A. G. Podol'skii |
| 311-314 | Droplet distribution in the breakup of a liquid by an atomizer | E. V. Stefanov, Z. E. Gol'denberg and V. D. Korkin |
| 315-317 | Free precipitation of spherical particles in anomalous-viscosity liquids | G. V. Vinogradov, K. D. Vachagin, É. N. Zakirov, B. M. Kochanov and L. A. Shklyar |
| 318-320 | Thermal conductivity of fluorite containing trivalent metal impurities | B. M. Mogilevskii, V. M. Reiterov, V. F. Tumpurova, L. M. Trofimova and A. F. Chudnovskii |
| 321-323 | Quartz dilatometer with capacitance transducer | N. M. Bratasyuk and I. N. Magda |
| 324-330 | Hydrodynamics and heat transfer for the single-phase flow of a coolant in a porous electric cable | M. M. Levitan, T. L. Perel'man and S. I. Shabunya |
| 331-338 | Equilibrium of a loose medium between vertical walls | Yu. A. Buevich |
| 339-343 | Probing of a boiling layer with laser radiation | Yu. A. Popov, V. M. Kalemenev, B. P. Kartashov and R. V. Khomyakov |
| 344-347 | Emissivity of carbon dioxide | S. P. Detkov and A. N. Beregovoi |
| 348-351 | Heat transfer when an electric arc interacts with a longitudinal flow of gas | A. I. Ivlyutin, Yu. V. Kurochkin, É. I. Molodykh, A. V. Pustogarov and M. N. Supronenko |
| 352-357 | Theoretical investigation of the electrode potential layer taking surface ionization and the Schottky effect into account | A. V. Potapov and L. E. Tsvetkova |
| 358-361 | Experimental study of heat transfer in a pulsating combustor | N. Kh. Kahlitov, V. B. Repin and V. N. Podymov |
| 362-368 | Lift height of vapor bubbles in an underheated liquid in the case of boiling on vertical walls | A. S. Danilov and L. M. Moroz |
| 369-374 | Calculation of the “initial” thickness of the “microlayer” during bubble boiling | G. F. Smirnov |
| 375-379 | Mechanism of heating-surface scaling during forced flow of pure calcium sulfate solutions | V. I. Kashinskii, E. I. Nevstrueva and I. M. Romanovskii |
| 380-386 | Expansion in one orthogonal system of Watson operators for solving heat-conduction problems | M. A. Bartoshevich |
| 387-391 | Theory of thermal conduction when the rate of heat propagation is finite | A. D. Chernyshov |
| 392-395 | Application of integral equations to heat conduction problems in which the heat transfer coefficient varies | I. M. Fedotkin, A. M. Aizen and I. A. Goloshchuk |
| 396-405 | Some results of the investigation of transpiration cooling of gas turbine blades | V. M. Epifanov and É. A. Manushin |
| 406-407 | Book reviews | B. M. Smol'skii, P. S. Kuts and I. F. Pikus |
| 409-414 | Effect of pressure on internal characteristics of nitrogen and oxygen boiling | Yu. A. Kirichenko, V. V. Tsybul'skii, M. L. Dolgoi, K. V. Rusanov and I. M. Konovalov |
| 415-418 | Effect of diffusion on the evolution of a gas bubble in an acoustic field | L. E. Kolesnikov and V. V. Sobolev |
| 419-422 | Approximate method of calculating the kinetics of convective drying of flat materials | P. S. Kuts and A. I. Ol'shanskii |
| 423-426 | Temperature field and dynamics of a vertical gas jet in a fluidized bed | V. V. Khoroshavtsev and B. V. Berg |
| 427-429 | Determination of heat-transfer coefficient in a bed of spheres by a quasistationary cyclic method | V. Glavachka |
| 430-433 | Determination and calculation of the optimum surface of a continuously acting vacuum-sublimation condenser | B. M. Smol'skii, P. A. Novikov and É. K. Snezhko |
| 434-436 | Mass exchange between a solid and a gas-liquid mixture, complicated by liberation of the gaseous phase | G. A. Aksel'rud, M. Zelin'skii and Ya. M. Gumnitskii |
| 437-440 | Motion and dissolution of a drop in a current-carrying liquid | G. M. Oreper |
| 441-445 | Effect of the interaction of gases with a surface on thermal creep in a flat channel | V. G. Chernyak, A. E. Margilevskii, B. T. Porodnov and P. E. Suetin |
| 446-450 | Effect of stream swirling on the velocity and temperature distributions in a round tube | M. F. Shnaiderman and A. I. Ershov |
| 451-455 | Experimental study of pressure behind reflected shock waves in argon at mach numbers of 10–35 | A. A. Kon'kov and A. V. Il'metov |
| 456-463 | Formation of swirled jets escaping from annular nozzles | E. M. Smirnov |
| 464-466 | Simultaneous determination of temperature-dependent thermal conductivity and volumetric heat capacity | L. F. Yankelev and L. I. Guseva |
| 467-469 | Kinetic theory of transfer in heterogeneous chemical reactors in highly dispersed porous bodies | V. V. Levdanskii, V. G. Leitsina and N. V. Pavlyukevich |
| 470-476 | Pulsating combustion in large systems | Ya. P. Kalugin and A. V. Arseev |
| 477-481 | Molecular-kinetics basis for the heat-transfer equation | V. A. Bubnov |
| 482-484 | Engineering method for calculating heat-conduction processes | A. M. Brazhnikov, V. A. Karpychev and A. V. Lykova |
| 485-488 | Moisture-retaining capacity and structure of porous bodies | V. M. Starov |
| 489-495 | Approximate analysis of the steady-state temperature field of a parallelepiped with a local energy source | G. N. Dul'nev and É. I. Ermolina |
| 496-498 | Some solutions of the stefan problem | A. M. Tsybin |
| 499-504 | Theory of psychrometry | A. A. Gukhman, A. Z. Volynets, E. V. Gavrilova and G. N. Efremenko |
| 505-508 | Self-modeling solutions of the heat-conduction equation | V. N. Lagun |
| 509-513 | Chebyshev approximation for the roots of the equation BiWГ(μ)=μVГ(μ) | M. D. Mikhailov and B. K. Shishedzhiev |
| 514-518 | Analytic solution of the unsteady inverse heat-conduction problem | P. I. Balk |
| 519-528 | Effects of carbon dioxide injection on scaling | A. T. Bogorosh, I. M. Fedotkin, I. S. Gulyi and N. I. Oseiko |
| 529-549 | Abstracts of papers deposited at VINITI | E. G. Vorontsov, O. M. Yakhno, V. V. Yusifov, V. G. Andreev and A. M. Rozen, et al. |
| 550-551 | Reply to the letter of Professor A. A. Gukhman | B. A. Shulyak |
| 552-553 | In connection with the reply of B. A. Shulyak | A. A. Gukhman |
| 555-560 | Fluidization of a granular bed (theory) | Yu. A. Buevich and G. A. Minaev |
| 561-565 | Gas velocity profile in the turbulent flow of a gas suspension in a channel of annular cross section | F. E. Spokoinyi |
| 566-569 | Heat exchange in the flow of a hypersonic rarefied gas stream over a blunt wedge | L. L. Vasil'ev, Yu. A. Lapshin and A. N. Piskunov |
| 570-573 | Steady free convection in viscoplastic liquids | Z. P. Shul'man, É. A. Zal'tsgendler and V. I. Baikov |
| 574-577 | Evaporation time during drying of a drop of solution of entobacterin bacterial preparation | M. S. Smirnov, P. S. Kuts and I. S. Efremova |
| 578-580 | Times of capture of moderately large nonvolatile aerosol particles by growing or evaporating drops | Yu. I. Yalamov, O. A. Barsegyan and V. S. Galoyan |
| 581-583 | Absorptive capacity of powders | A. Kh. Mirzadzhanzade and V. M. Entov |
| 584-586 | Critique of the modified packet theory | A. P. Baskakov |
| 587-590 | Thermodiffusion constant in liquid isotopic mixtures of certain brominated hydrocarbons | G. D. Rabinovich and V. P. Ivakhnik |
| 591-594 | Experimental study of thermal conductivity in krypton at high temperatures | A. A. Voschchinin, V. V. Kerzhentsev, E. L. Studnikov and L. V. Yakush |
| 595-597 | Total radiative properties of gold, platinum, and tungsten | L. N. Aksyutov |
| 598-603 | Determination of the primary thermal-radiation characteristics of semitransparent filled polymer coatings | L. S. Slobodkin and Yu. M. Sotnikov-Yuzhik |
| 604-608 | Method of calculating the energy flux-density distribution in an image spot for a hemispherical diffuse-reflection device | A. E. Kovalev, A. A. Vekshina, E. G. Nikolaev and É. A. Kairov |
| 609-613 | Critical thermistors based on VnO2n−1 (n=3−6) | V. N. Andreev and F. A. Chudnovskii |
| 614-620 | Heat and mass transfer during sublimation — condensation in a cylindrical annular gap | P. A. Novikov, L. Ya. Lyubin and É. K. Snezhko |
| 621-625 | Characteristics of a plasmatron with an arc chamber of variable radius | A. I. Dautov, R. Kh. Ismagilov, Kh. M. Shavaliev and A. G. Shashkov |
| 626-632 | Submerged jets issuing from conical radially slit nozzles | E. M. Smirnov |
| 633-638 | Thermal contact resistance in a gaseous medium | V. M. Popov and A. I. Krasnoborod'ko |
| 639-646 | Structure of heat conduction | A. G. Shashkov and T. N. Abramenko |
| 647-653 | Mixed boundary-value problem for the Laplace equation in thin regions of special shape | I. E. Zuno and É. A. Tropp |
| 654-675 | Abstracts of articles deposited at VINITI | V. N. Afrosimova, E. I. Kozel'skii, V. G. Rifert, P. A. Barabash and V. G. Rifert, et al. |
| 676 | Corrections to the article “spreading of a layer of non-Newtonian liquid upon impact” of A. V. Dubovik and V. K. bobolev | A. V. Dubovik and V. K. Bobolev |
| 677-678 | Fifth All-Union Conference on Heat Exchange and Hydraulic Resistance in the Movement of a Two-Phase Stream in Elements of Power Machinery and Apparatus | A. A. Andreevskii, G. S. Bykov and T. G. Volukhova |
| 679 | Sverdlovsk meeting of readers of “Inzhenerno-Fizicheskii zhurnal” |
| 680-681 | The working plan of the International Center of the Academies of Sciences of the Socialist Countries for raising the qualifications of workers in Heat and Mass Transfer |
| 683-685 | Low-temperature heat pipes with separate channels for vapor and liquid | Yu. F. Gerasimov, Yu. F. Maidanik, G. T. Shchegolev, G. A. Filippov and L. G. Starikov, et al. |
| 686-690 | Heat transfer in forced convection in high-frequency electromagnetic fields | R. Ya. Gainutdinov, V. G. D'yakonov and A. G. Usmanov |
| 691-697 | Jet flow in a porous layer | Yu. A. Buevich and G. A. Minaev |
| 698-700 | Heat transfer from a surface with artificial roughness to a fluidized bed | V. N. Korolev and N. I. Syromyatnikov |
| 701-706 | Mixing efficiency in a fluidized bed | V. M. Liventsov and A. E. Mozol'kov |
| 707-711 | Investigation of aerodynamic characteristics of manganese ore | P. N. Platonov, F. A. Fedorov and S. I. Kirichenko |
| 712-718 | Radiative heat flux absorbed by a fluidized bed in radiative heating | A. A. Sverdlov |
| 719-724 | Transfer coefficients of dissociated hydrogen at pressures up to 1000 bars and temperatures up to 10,000°K | N. B. Vargaftik and Yu. D. Vasilevskaya |
| 725-731 | Study of thermal conductivity of an He-Ar mixture in the temperature range of 400–1500°K on an installation with a molybdenum measuring cell | E. I. Marchenkov and A. G. Shashkov |
| 732-734 | Form of the equation for calculation of thermal conductivity of gases and liquids over a wide parameter range | A. A. Vasserman |
| 735-738 | Calorimetric studies of liquid crystalline materials | I. P. Zhuk and A. A. Sitnov |
| 739-745 | Method of simultaneously measuring the double hemispherical thermal radiation characteristics of scattering materials | S. G. Il'yasov, V. V. Krasnikov and E. P. Tyurev |
| 746-748 | Electrothermal analogies and the resultant heat flux absorbed by a porous colloid during drying | V. P. Dushchenko, A. F. Bulyandra, V. A. Tarapon and Yu. P. Lutsik |
| 749-752 | Turbulence with low heterogeneity and anisotropy | V. A. Gorodtsov |
| 753-756 | Tangential stress in the descending flow of a turbulent film and a gas | I. M. Fedotkin, M. N. Chepurnoi, V. É. Shnaider, V. S. Lipsman and V. S. Ivanov |
| 757-761 | Range of existence of continuous film flow | V. A. Khaimov and R. M. Yablonik |
| 762-765 | Droplet motion in an inhomogeneous-in-temperature viscous medium | Yu. I. Yalamov and A. S. Sanasaryan |
| 766-770 | Viscosities of chlorofluorocarbon lubricants | I. L. Povkh, A. I. Toryanik and V. V. Kisel'nik |
| 771-774 | Isothermal dynamics of sorption in porous media for a nonlinear isotherm | L. K. Tsabek |
| 775-778 | Numerical solution of inverse nonlinear problems in unsteady heat conduction | L. A. Kozdoba |
| 779-783 | Thermal effect of an electrical current on contacts | K. K. Namitokov, V. B. Krasovitskii and S. M. Yurchenko |
| 784-788 | Heat conduction in a series of inhomogeneous slabs | O. V. Golubeva and Sh. V. Verdikhanov |
| 789-792 | Heat conduction in a uniform layer weakened by a rectangular cut-out | G. I. Vernikov |
| 793-814 | Methods of determining soret coefficients | G. D. Rabinovich, M. A. Bukhtilova and Zh. V. Lepekhina |
| 815 | Heat-transfer tests | M. Vasil'ev |
| 816-820 | Inverse problems in heat conduction | A. N. Tikhonov |
| 821-830 | Inverse boundary-value problems of heat conduction | O. M. Alifanov |
| 831-834 | Transient heat transfer between a solid and a plasma stream | O. M. Alifanov, M. I. Gorshkov, V. K. Zantsev and B. M. Pankratov |
| 835-839 | Experimental investigation of the attenuation factor of a wave in a pulsating turbulent flow of gas in a cylindrical channel close to the first resonance | B. M. Galitseiskii, Yu. A. Ryzhov and E. V. Yakush |
| 840-844 | Problems regarding the transient heating of heat-shielding materials | Yu. V. Polezhaev, V. E. Killikh and Yu. G. Narozhnyi |
| 845-849 | Engineering methods of determining thermal boundary conditions by means of temperature measurement data | V. I. Zhuk and A. S. Golosov |
| 850-853 | A nonstationary method for measuring heat fluxes | V. S. Kulikov, G. A. Surkov, V. V. Mazak and F. B. Yurevich |
| 854-856 | Use of an electronic computer to determine the heat flux by means of the nonstationary temperature field at the nozzle wall | N. I. Khvostov, A. D. Sukhobokov, V. E. Chekalin and K. N. Skirda |
| 857-859 | Regularization in the reduction of the heat flux to the surface of a body with nonlinear conduction | V. B. Glasko, M. V. Zakharov and A. Ya. Kolp |
| 860-862 | Analysis of inverse heat-conduction problems by means of similarity solutions | K. G. Omel'chenko and M. V. Volodina |
| 863-869 | Presentation of certain conjugate problems of heat and mass transfer during phase and chemical transformations | T. L. Perel'man and N. V. Pavlyukevich |
| 870-872 | Some results of investigation of the thermal conductivity of fiber glass-reinforced plastics | Yu. G. Narozhnyi, Yu. V. Polezhaev and V. N. Kirillov |
| 873-877 | Method of processing and correlation of experimental data for heat transfer during condensation on external surfaces | A. A. Mikhalevich and V. I. Peslyak |
| 878-881 | Determination of thermal diffusivity from experimental data | E. A. Artyukhin |
| 882-884 | Determination of the temperature dependence of thermophysical characteristics of solid materials | G. A. Surkov, Yu. E. Fraiman and F. B. Yurevich |
| 885-887 | Solution of an inverse problem of nonlinear heat conduction to determine thermophysical characteristics | K. G. Omel'chenko and V. G. Pchelkina |
| 888-893 | Investigation of the heat-transfer characteristics in decomposing heat-shield materials | K. G. Omel'chenko, M. V. Savelov and V. P. Timoshenko |
| 894-897 | A method of determining the gas-permeability parameters of reinforced polymers under pyrolysis | V. M. Yudin, Yu. D. Khodzhaev, G. A. Ivanov, N. A. Levina and V. S. Shpet |
| 898-899 | Statistical processing of test data in temperature distributions in reinfoeced panels | A. V. Samarin, B. M. Klimenko, R. E. Liberzon and B. P. Rumyantsev |
| 900-902 | Temperature distribution in a shock-heated reinforced panel | A. V. Samarin, B. M. Klimenko, B. E. Liberzon and B. P. Rumyantsev |
| 903-906 | Solution of integral equations of inverse problems of heat conduction | P. V. Cherpakov |
| 907-909 | Utilization and processing of thermosensor indications in temperature control in complex objects | V. A. Belyutin and V. V. Malozemov |
| 910-912 | State processing for complex heat-engineering systems | V. V. Malozemov and V. A. Tomskii |
| 913-918 | Certain questions on the investigation of the thermal modes of flying vehicles during design and experimental checkout | B. M. Pankratov |
| 919-922 | A method of calculating the temperature distribution in a complex structure | V. S. Khokhulin |
| 923-927 | Uniqueness theorems for the solution of the inverse problem of heat conduction | V. V. Frolov |
| 928-933 | Solution of the nonlinear inverse problem for a generalized heat-conduction equation in a region with moving boundaries | O. M. Alifanov, E. A. Artyukhin and B. M. Pankratov |
| 934-938 | Regularized numerical solution of nonlinear inverse heat-conduction problem | O. M. Alifanov and E. A. Artyukhin |
| 939-942 | A class of inverse problems and methods of their solution | V. A. Morozov |
| 943-946 | Use of the method of successive intervals to solve nonlinear problems of heat conduction | N. V. Shumakov and B. S. Solov'ev |
| 947-951 | Abstracts of articles deposited at VINITI | V. A. Orlov, M. M. Revyako, V. Ya. Poluyanovich, L. F. Turovets and Z. V. Gres'ko, et al. |
| 952 | All-union seminar on inverse heat-conduction problems and analysis of data from thermal experiments | O. M. Alifanov and A. A. Mikhalevich |
| 953 | All-union seminar on numerical methods in multicomponent problems in heat and mass transfer in the presence of phase transitions and chemical reactions | A. B. Bartman, A. A. Mikhalevich and N. I. Nikitenko |
| 954 | The Fifth All-Union Conference on Heat and Mass Transfer, May 17–21, 1976 |
| 955-957 | Method of studying local heat exchange of a horizontal gas-suspension stream | N. I. Gel'perin, V. G. Ainshtein, L. I. Krupnik and S. V. Efimova |
| 958-962 | Formation of bubbles during discharge of a jet into a fluidized bed | N. A. Shakhova and V. K. Lukashev |
| 963-967 | Hydraulic resistance of a noncirculating dynamic two-phase layer | A. N. Khoze and Yu. I. Sharov |
| 968-971 | Mechanism of external heat exchange in a nonuniform fluidized bed | V. M. Kulikov, V. N. Korolev and N. I. Syromyatnikov |
| 972-976 | Thermal characteristics of a ventilated granular bed | É. L. Bogomaz, A. K. Bondareva and O. M. Todes |
| 977-980 | A local stability criterion for monodisperse quartz fractions in the completely dry state | Yu. S. Yudin |
| 981-985 | Experimental study of local heat transfer in horizontal enclosed layers | G. N. Dul'nev, Yu. P. Zarichnyak and A. V. Sharkov |
| 986-990 | Profiles of mean temperature and concentration in turbulent flow of a liquid in a pipe and in a boundary layer at a plate | F. I. Kalbaliev |
| 991-998 | Heat exchange during the movement of a vapor-liquid stream of dissociating nitrogen tetroxide | V. M. Borishanskii, L. I. Kolykhan, V. B. Nesterenko, A. S. Sen'ko and V. N. Solov'ev |
| 999-1003 | Solution of the problem of convective heat exchange during the turbulent flow of a liquid in a plane-parallel channel using the pai velocity profile | I. T. Ivanov and V. K. Orlov |
| 1004-1007 | Application of the method of successive approximations to the nonlinear evolution of turbulent perturbations | N. I. Selyuk |
| 1008-1014 | Rheological properties of concentrated suspensions in the presence of the wall effect | V. M. Gorislavets and A. A. Dunets |
| 1015-1019 | Nonsteady heat exchange during the steady movement of power-law fluids in the initial thermal sections of a channel and a tube | R. M. Sattarov and R. M. Mamedov |
| 1020-1023 | Regular regime for a hollow cylinder heated at its inner surface | Yu. A. Napar'in |
| 1024-1028 | Study of the mass-transfer kinetics during evaporation in a cylindrical capillary on the basis of the BGK equation | V. G. Leitsina, N. V. Pavlyukevich, T. L. Perel'man and G. I. Rudin |
| 1029-1032 | Approximate equation for the mass or heat flux to droplets of a concentrated cloud | Yu. A. Korneev |
| 1033-1038 | Angular factor determination for a radiative conveyor drying system with diffuse and specular reflection | L. S. Slobodkin and N. A. Prudnikov |
| 1039-1042 | Average emissivities of various shaped volumes | A. V. Vinogradov and S. P. Detkov |
| 1043-1045 | Application of interference and holographic methods to the study of combustion processes in coaxial burners | S. A. Abrukov, A. E. Davydov, V. I. Kachushkin, Yu. Ya. Maksimov and N. A. Tarasov |
| 1046-1049 | Experimental study of thermal conductivity and electrical resistance of certain binary alloys of the system Pb-Bi in the liquid state | R. E. Krzhizhanovskii, N. P. Sidorova and I. A. Bogdanova |
| 1050-1054 | Determination of thermophysical characteristics of metals with high thermal conductivity | N. N. Medvedev and Z. M. Savicheva |
| 1055-1061 | Viscoelastic properties of a bitumen under continuous and cyclic deformation | V. A. Zolotarev, A. I. Isaev and G. V. Vinogradov |
| 1062-1065 | Determination of variable coefficient of thermal diffusivity | Yu. I. Babenko |
| 1066-1071 | Stationary heat conduction in cylinder with piecewise-constant coefficient of heat exchange on lateral surface | I. E. Zino and É. A. Tropp |
| 1072-1076 | Asymptotic representation of the solution of the first boundary-value problem for the heat-conduction equation with a moving boundary | A. P. Doroshenko |
| 1077-1083 | Abstracts of articles deposted at VINITI | E. V. Grubskii, E. V. Veitsman, K. V. Lakusta, M. P. Lenyuk and O. Yu. Kotsyubinskii, et al. |
| 1084-1085 | D. M. Levin | A. A. Gukhman, A. S. Ginzburg, V. V. Krasnikov, A. A. Mikhelev and V. I. Popov, et al. |
| 1086-1087 | Book review | A. G. Shashkov |
| 1089-1093 | Discharge of a gas jet into a stationary bed of granular material | N. A. Shakhova and V. K. Lukashev |
| 1094-1098 | Sectioning of fluidized beds being moistened | G. I. Shishkin, V. F. Volkov, V. F. Egolaeva and V. V. Ukhlov |
| 1099-1105 | Model for heat exchange between a well-developed fluidized bed and a surface within the bed | Yu. A. Buevich, D. A. Kazenin and N. N. Prokhorenko |
| 1106-1110 | Calculation of the field of static charges in fluidized-bed devices | V. K. Abramyan and T. F. Grishina |
| 1111-1115 | Unsteady heat transfer between a dense slab of disperse material and an object in it with boundary conditions of the fourth kind | N. V. Antonishin, M. A. Geller, V. V. Lushchikov, A. L. Parnas and L. E. Simchenko |
| 1116-1118 | Joint determination of thermal properties by a probe method | L. N. Novichenok and Yu. M. Pikus |
| 1119-1122 | Quasilinear method for a joint determination of the thermophysical characteristics of materials | Yu. A. Napar'in and N. A. Vdovin |
| 1123-1128 | Thermal conductivity of binary disordered continuous solid solutions | Yu. P. Zarichnyak |
| 1129-1132 | Analysis of inertial properties of thermal receivers with variable thermophysical characteristics | A. D. Pinchevskii |
| 1133-1138 | Analysis of the applicability of the additivity law of thermal resistances in nonsteady regimes | N. N. Medvedev |
| 1139-1143 | Spatial distribution of radiation from oxidized heat-resistant alloys | B. S. Mastryukov, V. V. Zubov and V. A. Krivandin |
| 1144-1150 | Heat and mass transfer during sublimation and condensation in a conical annulus | P. A. Novikov, L. Ya. Lyubin and É. K. Snezhko |
| 1151-1153 | Heat and vapor transport in icing-up on a heat exchanger | N. V. Pavlyukevich, O. I. Yurkov and É. B. Smol'skaya |
| 1154-1159 | Use of the finite-element method in problems of heat and mass transfer in porous bodies | R. W. Lewis, G. Comini and C. Humpheson |
| 1160-1162 | Isothermal creep of a binary gas mixture along a flat surface | Yu. I. Yalamov, M. N. Gaidukov and A. A. Yushkanov |
| 1163-1166 | Viscosities of some liquids at high pressures | E. V. Zolotykh, D. I. Kuznetsov and A. N. Krupina |
| 1167-1170 | Holographic-interferometry study of high-frequency temperature fluctuations in the stream of a vortical plasmatron | A. P. Burmakov, A. A. Labuda and V. M. Lutkovskii |
| 1171-1176 | Heat and mass transfer during the laminar flow of dissociating N2O4 gas in a triangular bundle of cylinders | V. B. Nesterenko, B. E. Tverkovkin, L. N. Shegidevich and A. P. Yakushev |
| 1177-1183 | Effect of nonequilibrium chemical reactions on conjugate heat and mass exchange between a solid body and a multicomponent gas stream | A. M. Grishin and V. I. Zinchenko |
| 1184-1187 | Nonstationary heat transfer in a heterogeneous medium | V. A. Romanov |
| 1188-1193 | Conformal mapping in calculating the solidification of a complex casting | Yu. A. Samoilovich |
| 1194-1195 | Temperature-dependent resistivity of a flat conductor and the temperature, current, and electric field patterns | R. S. Kuznetskii |
| 1196-1200 | Thermal generation of elastic vibrations taking account of the finite heat-propagation velocity | V. I. Krylovich and V. I. Derban |
| 1201-1209 | Abstracts of articles deposited at VINITI | A. Ya. Inayatov, S. I. Vygovskii, V. A. Egorov, E. P. Mironov and I. P. Nekrasov, et al. |
| 1210 | Book review | A. A. Gukhman and A. S. Ginzberg |
| 1211-1216 | Thermal conductivity of Freons F-13V1 and F-23 over a wide range of state parameters | V. Z. Geller, S. F. Gorykin, G. V. Zaporozhan and A. K. Voitenko |
| 1217-1221 | Generalization of experimental data regarding the thermal conductivity of gas mixtures from the structural point of view | A. V. Andreev and V. L. Mal'ter |
| 1221-1225 | Measurement of the thermal activity of liquids in the metastable region | B. I. Il'in, A. V. Gurskaya, V. F. Salokhin and G. G. Spirin |
| 1225-1229 | Thermal conductivity of aqueous solutions of NaCl | V. D. Yusufova, R. I. Pepinov, V. A. Nikolaev and G. M. Guseinov |
| 1230-1232 | Measurement of high-temperature accommodation coefficients for alkali metal vapors on nickel | A. A. Voshchinin, V. V. Kerzhentsev and E. L. Studnikov |
| 1232-1235 | Thermophysical properties of cobalt at high temperatures | A. V. Logunov, N. V. Petrushin, A. I. Kovalev and I. M. Khatsinskaya |
| 1235-1241 | Comparative method for measuring thermal conductivity | V. V. Kurepin and A. F. Begunkova |
| 1241-1243 | Determination of liquid solidification pressure by measurement of dielectric losses | Yu. A. Atanov and D. I. Kuznetsov |
| 1244-1245 | Effect of the pressure of an extraneous gas on evaporation in enclosed containers | V. K. Borodin, Yu. F. Sviridenko and A. G. Sulaev |
| 1245-1249 | An expression for the growth modulus of vapor bubbles at the boiling point | Yu. A. Kirichenko |
| 1249-1253 | Analogies between heat and momentum transfer in a forced liquid flow with surface boiling in a channel | I. G. Shekriladze |
| 1253-1256 | Metal boiling under the action of an electron-beam heat source | G. E. Gorelik, A. S. Lerman, N. V. Pavlyukevich, T. L. Perel'man and G. I. Rudin |
| 1257-1260 | Calculation of the nonstationary temperature of a body immersed in a dispersed medium | N. V. Antonishin, L. R. Gurvich and A. L. Parnas |
| 1260-1264 | Heat transfer in a dense moving layer in a cylindrical channel | V. A. Kalender'yan |
| 1264-1269 | Particle mixing in a fluidized bed containing baffles | N. V. Kuzichkin, I. P. Mukhlenov, A. T. Bartov and A. N. Prokopenko |
| 1270-1275 | Approximate mass-transfer equations in multicomponent liquid and gas mixtures | E. N. Konstantinov and L. A. Serafimov |
| 1276-1280 | Heat transfer from a cylindrical heater to solidified refrigerants | F. M. Pozvonkov, A. N. Selivanov and L. L. Vasil'ev |
| 1281-1286 | Flow of a viscous Newtonian medium in the cavity of a hyperbolic cylinder and a single-cavity hyperboloid of revolution | B. B. Boiko and N. I. Insarova |
| 1287-1292 | Turbulent boundary layer on a flat plate in a supersonic stream of equilibrium dissociated and ionized gas | M. Kh. Strelets |
| 1293-1295 | Gas flow with particles in nonsymmetric nozzles | N. V. Pashatskii |
| 1295-1300 | Friction losses on end walls of a vortex chamber | V. P. Koval' and I. O. Mazalevskii |
| 1300-1305 | Effect of radiation on the supersonic flow of a viscous ionized gas past blunt bodies | L. B. Gavin |
| 1306-1314 | Effect of chemical reactions on thermal conductivity and diffusion fluxes in plasma | A. A. Luchina |
| 1314-1318 | Investigation of the ionization rate in a low-temperature nonequilibrium plasma flux | G. V. Babkin, A. V. Potapov, V. V. Proshkin and L. E. Tsvetkova |
| 1319-1324 | Temperature field of a plate with a discrete energy source | G. N. Dul'nev and B. V. Pol'shchikov |
| 1325-1331 | Abstracts of articles deposited at VINITI | N. S. Nikolaev, V. S. Tarasov, G. L. Serebryanyi, A. I. Uzdalev and L. V. Serebryakova, et al. |
| 1332-1342 | Heat exchange during boiling under conditions of increased gravitation | A. A. Voloshko |
| 1343-1344 | International School on Problems of heat and mass transfer in rheologically complex media (Minsk, April 16–29, 1975) | V. L. Ganzha |
| 1345-1353 | Determination of the statistical characteristics of the chaotic motion of particles in a fluidized bed | O. M. Todes and L. S. Sheinina |
| 1354-1359 | Calculation of heating and cooling of products moving longitudinally in a fluidized bed | A. P. Baskakov and E. A. Kondrat'ev |
| 1360-1364 | Properties of gas filtration in a centrifugal field | S. I. Kulikovskii |
| 1364-1367 | Performance of film cooling by injection from a porous section | V. M. Polyaev, E. E. Lyagushin and Yu. M. Baskakov |
| 1368-1374 | Separation mechanism for bubbles growing slowly on a horizontal heater face | E. I. Nesis and V. I. Komarov |
| 1374-1378 | Investigation of the heat and mass transfer during sublimation of ice by the method of “thermal shock” | D. P. Lebedev and Lieh -Kue Ki |
| 1379-1383 | Measurement of transient heat flux using heat gauges | G. N. Dul'nev and N. V. Pilipenko |
| 1384-1386 | Logarithmic density dependence of viscosity and thermal conductivity of a dense gas | A. A. Vasserman and B. A. Putin |
| 1387-1391 | Experimental investigation of thermal conductivity of ordinary and heavy water at temperatures of 25–350°C and pressures of 0.1–245.3 mN/m2 | Kh. I. Amirkhanov, A. P. Adamov and U. B. Magomedov |
| 1392-1395 | Thermophysical properties of dielectric cermets of the Al2O3-Mo, -W, -Nb system | I. L. Zborovskii, Ya. A. Landa, E. Ya. Litovskii, T. V. Milovidova and Yu. A. Polonskii, et al. |
| 1395-1400 | Radiation characteristics of gas infrared heaters in radiant heating systems | A. A. Khudenko |
| 1400-1403 | Measurement of the wave parameters of liquid film flow by the method of local electrical conductivity | A. D. Sergeev, L. P. Kholpanov, N. A. Nikolaev, V. A. Malyusov and N. M. Zhavoronkov |
| 1403-1407 | Logarithmic equations for the resistance of turbulent friction for a viscous liquid and polymer solutions | V. A. Gorodtsov |
| 1408-1410 | Study of the turbulent flow of solutions of surface-active materials by means of a laser anemometer | I. L. Povkh, A. B. Stupin, S. N. Maksyutenko, P. V. Aslanov and E. A. Roshchin, et al. |
| 1410-1415 | A solution method for problems of free convective motion in liquids | Z. P. Shul'man, É. A. Zal'tsgendler and V. I. Baikov |
| 1416-1420 | Hypersonic flow of a viscous radiating gas over blunted cones | Yu. P. Golovachev and F. D. Popov |
| 1420-1423 | Properties of the deformation of temperature fields in the movement of an opaque gas medium | S. I. Gertsyk and A. G. Zen'kovskii |
| 1424-1427 | Thermal characteristics of a plasma atomizer | V. D. Shumanovich and A. K. Shipai |
| 1428-1430 | Simulation of quasilinear parabolic equations by networks of field-effect transistors | V. P. Popov and T. N. Vasil'eva |
| 1431-1436 | Steady temperature field in the elements of optical systems | S. V. Tikhonov |
| 1437-1440 | Results of numerical solutions of nonlinear problems of heat conduction in cases of annealing in liquid media | V. D. Gritsenko and L. A. Kozdoba |
| 1440-1443 | Heat transfer by natural convection in spherical gas layers | A. S. Lyalikov |
| 1444-1450 | Deterioration of electrodes subjected to concentrated heat fluxes in a pulse discharge | N. G. Kondrashov, A. V. Kolesnik and V. D. Asimova |
| 1450-1456 | Choosing a calculation scheme for the temperature field in pulse microwelding | V. N. Akimov, A. P. Rydzevskii, B. I. Fedorov and V. S. Leonov |
| 1456-1461 | Simulation of the thermal state of a billet from casting to rolling | V. V. Salomatov, A. D. Gorbunov and A. N. Mel'nikov |
| 1462-1466 | Heating of a massive spherical particle by radiation and convection | Yu. I. Babenko, Yu. A. Berman and R. F. Nagaev |
| 1467-1470 | Lagrange formalism in heat-conduction theory | Yu. A. Samoilovich |
| 1471-1474 | Influence of polymer admixtures on the origin of vortices in the wake behind slender cylinders | V. N. Kalashnikov, A. M. Kudin and S. A. Ordinartsev |
| 1474-1478 | Use of laser doppler anemometer for the investigation of turbulent flow of polymer solutions | N. A. Pokryvailo, D. A. Prokopchuk and Z. P. Shul'man |
| 1479-1484 | Birefringence measurement of normal and tangential stresses in polymer flows | V. I. Brizitskii, A. I. Isaev, Yu. Ya. Podol'skii and G. V. Vinogradov |
| 1485-1487 | Dispersion of nonlinear viscoplastic media in tubes | K. V. Mukuk and B. V. Ziyaev |
| 1488-1491 | Effect of zone of chemical transformation on combustion rate of a condensed system | V. D. Barsukov and V. P. Nelaev |
| 1492-1496 | Gas exchange in a closed volume during vapor condensation | A. V. Kondratov and A. A. Potapenko |
| 1496-1500 | Mass transfer in condensation of vapor from a flow of fog-containing vapor-gas mixture | Ya. M. Vizel', D. I. Lamden and I. L. Mostinskii |
| 1501-1505 | Cooling of cryogenic fluids by evacuation of the vapor space | A. B. Grachev, B. S. Voroshilov and V. M. Brodyanskii |
| 1506-1511 | Mechanism of the phenomenon of vapor permeability of porous bodies | V. M. Starov and N. V. Churaev |
| 1512-1514 | Effect of gas flow filtration upon loose material forced displacement processes in pipes | P. N. Platonov, F. A. Fedorov and V. N. Konshin |
| 1514-1519 | Pressure loss during fluid flow in a channel rotating perpendicularly to the axis of rotation | A. I. Borisenko, O. N. Kostikov and V. I. Chumachenko |
| 1519-1522 | A note on the theory of the rank effect | V. A. Bubnov, O. G. Martynenko and V. I. Kalilets |
| 1523-1526 | Radiant and molecular transfer in a plane system with shadow | S. R. Galimov |
| 1526-1531 | Heat transfer of thermistors in a nonuniform electric field | S. B. Minkin, V. E. Ulashchik, B. I. Fedorov and A. G. Shashkov |
| 1531-1537 | Determination of thermophysical characteristics of high heat-conductance materials on thin samples | N. N. Medvedev and Z. M. Savicheva |
| 1538-1541 | Effect of heat-aging on the thermal properties of glass-reinforced epoxy plastic | S. A. Tanaeva, L. V. Bulgakova, L. S. Domorod and L. E. Evseeva |
| 1542-1547 | Prandtl number for liquids | A. M. Mamedov |
| 1547-1550 | Thermal conductivity of polymethylphenylsiloxanes at high pressures | A. M. Ishkhanov, V. G. Nemzer, V. V. Pugach and Yu. L. Rastorguev |
| 1550-1554 | Measuring the viscosity of superheated liquids at high pressures | N. V. Bulanov and V. P. Skripov |
| 1554-1557 | Use of a microcalorimeter of the calvé type for determining the kinetic characteristics of thermal effects in chemically reacting materials | B. A. Arutyunov, V. V. Vlasov, O. A. Gerashchenko, S. V. Mishchenko and N. P. Puchkov |
| 1557-1561 | A 2-MW hydrogen plasmotron | R. Ya. Zakharkin, A. V. Pustogarov and Yu. V. Kurochkin |
| 1562-1567 | Bridge transfer on electrodes with fiber structure of heat-proof component | G. E. Gorelik, V. I. Loiko, I. G. Nekrashevich, T. L. Perel'man and A. V. Smirnov |
| 1567-1569 | Heat exchange in thermally initial portion of tube with variable wall temperature | S. L. Moskovskii |
| 1570-1574 | Representation of the processes involved in the temperature fluctuations experienced by the walls of buildings on the basis of the heat assimilation coefficient (a/ω;)1/2 | V. V. Nasedkin |
| 1575-1591 | Abstracts of articles deposited at VINITI | V. I. Nedostup, A. V. Mashurov, V. V. Senin, Kh. S. Bagdasarov and L. A. Goryainov, et al. |
| 1592-1594 | Lev gerasimovich loitsyanskii (on his 75th birthday) |
| 1-8 | Heat transfer in forced convection of fluid in porous sintered metals | V. M. Eroshenko and L. A. Yaskin |
| 8-11 | Investigation of heat transfer in the space above an inhomogeneous fluidized bed | A. P. Baskakov and S. V. Zvyagin |
| 11-18 | Heat transfer of a conical tube with internal cooling by a swirling air jet | A. V. Sudarev, V. A. Maev and M. V. Goryacheva |
| 18-20 | Problems of heat and mass transfer in a vapor-gas phase during evaporation of a fluid | L. S. Bobe, P. D. Lebedev and B. Ya. Pinskii |
| 21-27 | Study of heat transfer in a rotary heat exchanger by the method of optimization of parameters | G. M. Dolgikh, A. G. Bol'shakov and V. F. Anikin |
| 28-30 | Vapor dispersion near a surface of evaporation | Yu. Z. Bubnov and T. N. Makarova |
| 31-34 | Effect of heater vibration on the boiling process | V. V. Chekanov and L. M. Kul'gina |
| 34-41 | Two-dimensional radiative heat transfer with allowance for shading | V. F. Kravchenko and V. M. Yudin |
| 41-44 | Radiation of sulfur dioxide | Yu. A. Popov |
| 45-48 | Oscillatory instability of convective motion in a horizontal layer of gas | Yu. I. Barkov and V. E. Fertman |
| 49-52 | Extrinsic problem of mass exchange for a solid sphere and a drop at high peclet numbers and Re ≤100 | G. M. Ryskin and G. A. Fishbein |
| 52-57 | Unsteady mass transfer with a heterogeneous chemical reaction during laminar flow past a sphere | B. M. Abramzon, V. Ya. Rivkind and G. A. Fishbein |
| 58-63 | Convective mass transfer of a cone in a nonlinear viscous field with consideration of heterogeneous reaction kinetics | Z. P. Shul'man, N. A. Pokryvailo and T. V. Yushkina |
| 63-67 | Thin-film flow of a quasiviscous fluid over the surface of a rotating nozzle | V. P. Kostromin, V. G. Kuznetsov and K. D. Vachagin |
| 67-69 | Electrochemical method of studying heat transfer between a cylinder and a rising two-phase flow | A. N. Khoze, V. A. Shchennikov, A. P. Burdukov and V. A. Kuz'min |
| 70-75 | Parametric method in the theory of a periodic boundary layer with large strouhal numbers | I. A. Bassina and O. N. Bushmarin |
| 76-79 | On the reiner effect | V. A. Bubnov |
| 80-84 | Turbulent wall motion of a viscoelastic fluid | Ya. S. Khodorkovskii |
| 84-90 | Viscosity of binary liquid systems | G. N. Dul'nev, Yu. P. Zarichnyak and B. G. Kapanadze |
| 90-95 | Equation of state of a dense gas in a quasiclassical approximation | S. D. Gavrilov |
| 96-99 | Possibility of total separation of galvano-and thermomagnetic effects in semiconductors | I. S. Lisker and M. B. Pevzner |
| 99-101 | Thermal conductivity of rare earth fluoride crystals | B. M. Mogilevskii, V. F. Tumpurova and A. F. Chudnovskii |
| 102-106 | Vacuum drying of layered insulation on eht equipment | I. F. Pikus and L. A. Koshepavo |
| 107-110 | Fractionation of a polydisperse aerosol by a granular filter | Yu. V. Krasovitskii, V. Ya. Lygina and K. A. Krasovitskaya |
| 110-116 | An effective approach to the solution of two-dimensional heat-conduction problems for multiconnected composite bodies of complex shape | Yu. A. Mel'nikov and I. M. Dolgova |
| 116-121 | Determination of the geometric-optics coefficients of thermal radiation by the Monte Carlo method | A. V. Bushinskii |
| 123-129 | Jet flow in a shallow fluidized bed | Yu. A. Buevich, G. A. Minaev and S. M. Éllengorn |
| 129-132 | Experimental determination of the statistical characteristics of gas motion in a fluidized bed | N. B. Kondukov, L. I. Frenkel' and B. V. Pankov |
| 133-140 | Role of internal unsteady processes in problems of the motion of two-phase streams | P. A. Andreev, N. S. Alferov, B. S. Fokin and E. N. Gol'dberg |
| 141-145 | Vibration-extrusion discharge of disperse systems | Z. E. Filer, B. A. Lishanskii, Yu. L. Vorob'ev and V. K. Presnyakov |
| 146-150 | Investigation of particle motion in the impingement zone of swirling jets | P. S. Kuts, É. G. Tutova, N. N. Grinchik and V. A. Zavadskii |
| 150-153 | Behavior of polydisp erse particle cloud in gas flow at low reynolds numbers | V. M. Liventsov and A. E. Mozol'kov |
| 154-157 | Reduction of hydraulic losses by additions of surfactants | V. M. Dobrychenko, V. G. Lobachev, I. L. Povkh and A. E. Éidel'man |
| 158-161 | Self-similar problem of the nonisothermal boundary layer of dilute suspensions of rigid ellipsoidal particles | Z. V. Pasechnik, Yu. I. Shmakov and V. M. Yashin |
| 161-164 | Viscoelastic behavior of mineral oils at high pressure | B. P. D'yachenko, A. P. Starostina and A. I. Moiseev |
| 165-170 | Analysis of the flow of an irregular viscous fluid between two revolving cylinders | N. G. Bekin, V. V. Litvinov and V. Yu. Petrushanskii |
| 170-174 | Influence of gravitational convection on the progress of a heterogeneous catalytic reaction under isothermal conditions | K. V. Pribytkova and É. A. Shtessel' |
| 175-177 | Experimental study of convection in a nonhermetic interlayer | É. M. Litinskii and É. A. Sidorov |
| 178-182 | Local heat exchange of a single transversely bathed round tube with external circular fins | V. M. Legkii, Ya. S. Zholudov and O. A. Gerashchenko |
| 183-187 | Heat transfer to ascending and descending turbulent streams of aromatic hydrocarbons at near-critical pressures | A. M. Mamedov, F. I. Kalbaliev and G. I. Isaev |
| 187-192 | Selection of similarity criteria in studying the effect of rotation on heat exchange in turbine blades | V. A. Trushin |
| 192-196 | Acoustic dispersion in rarefied gases | V. A. Bubnov |
| 196-202 | Flow and heat transfer in a jet near the stagnation point of a concave body | I. A. Belov and S. A. Isaev |
| 202-207 | Mechanism of boiling on submerged surfaces with capillary-porous coating | O. N. Man'kovskii, O. B. Ioffe, L. G. Fridgart and A. R. Tolchinskii |
| 207-210 | Natural thermal radiation of heat-absorbing thermal vacuum chamber shields | Yu. V. Svetlov, S. P. Gorbachev, A. I. Skovorodkin and R. A. Shagiakhmetov |
| 210-214 | Thermal conductivity of fluorides of alkali earth metals | B. M. Mogilevskii, V. F. Tumnurova, A. F. Chudnovskii, E. D. Kaplan and L. M. Puchkina, et al. |
| 214-218 | Electrification of a pneumatic transport flow and a dielectric pipe with homogeneous surface properties | V. N. Verevkin, R. A. Yailiyan and B. G. Popov |
| 219-222 | Electrophysical properties of nonconductive loose materials | I. S. Semirikov and B. A. Loshkarev |
| 222-227 | Influence of water-soluble polymers and electrolytes on the permeability of weak-filtering dispersed systems | P. P. Olodovskii and M. G. Murashko |
| 228-233 | Nonisothermal multicomponent sorption dynamics in porous media for considerably differing mass-transfer coefficients | L. K. Tsabek |
| 233-236 | Steady-state temperature field of a wall with cylindrical cooling channels | V. F. Kravchenko, A. V. Tokarenko and E. L. Prokof'eva |
| 237-239 | Illustrative solution of a mixed problem of steady-state heat-conduction theory for a half-plane with a boundary condition of the third kind | B. A. Vasil'ev |
| 240-250 | Abstracts of articles deposited at VINITI | A. Kh. Mirzadzhanzade, G. S. Stepanova, O. L. Kuznetsov, G. N. Yagodov and N. V. Biryukova, et al. |
| 251-252 | Book review | P. M. Kolesnikov |
| 253-258 | Transport of radiation energy in materials with variable optical properties | S. G. Il'yasov, V. V. Krasnikov and M. B. Sergeev |
| 258-263 | Heat exchange and friction in a subsonic vapor flux of high-temperature heat pipes | V. N. Fedorov and V. Ya. Sasin |
| 263-268 | Activation of vaporization centers. I | V. S. Novikov |
| 269-272 | Stripping of surface water from particles in an injected bed | V. B. Krasha, V. V. Chizhov and V. G. Ainshtein |
| 272-277 | Numerical solution of the problem of heat and mass transfer in a moist porous body | A. N. Oblivin and V. S. Kuptsova |
| 278-284 | Theory of relaxation autooscillations of a gas-fluidized bed | V. A. Borodulya, Yu. A. Buevich and V. V. Zav'yalov |
| 284-289 | Cooling of a coarse lump in a bed of “fine” particles | F. R. Shklyar, V. M. Malkin, B. S. Rasin and F. N. Lisin |
| 289-293 | Thermal dissociation of a polydisperse lump material | N. N. Marutovskaya, N. P. Tabunshchikov, A. M. Aizen and I. M. Fedotkin |
| 293-297 | Transient response of a thermal-diffusion column with buffer vessels at the ends | G. D. Rabinovich, V. M. Dorogush and A. V. Suvorov |
| 297-299 | Model of diffusion taking into account sorption | V. I. Maron |
| 299-307 | Convective mass exchange of a cone and dynamic characteristics of an electrodiffusion anemometer in a nonlinearly viscous fluid flow | Z. P. Shul'man, N. A. Pokryvailo, A. S. Sobolevskii and T. V. Yushkina |
| 307-311 | Mechanical behavior of unstable emulsions | A. I. Guzhov, A. P. Grishin, L. P. Medvedeva and V. F. Medvedev |
| 311-314 | Improvements in the dynamic thermocouple technique | S. P. Polyakov and P. F. Bulanyi |
| 315-318 | Shock-wave passage through an inhomogeneous medium | V. I. Romanova |
| 318-321 | Effect of lattice oxygen on thermal and electrical properties of fluorite | B. M. Mogilevskii, V. N. Romanov, V. F. Tumpurova and A. F. Chudnovskii |
| 321-325 | Method and apparatus for accurate measurement of temperature of a hot plate by a compensation thermosensor | V. Pak and P. S. Glazyrin |
| 326-329 | Effect of the asymmetry of a heat flow on the force of resistance of a drop in a slow viscous flow | S. S. Brodskii and A. M. Golovin |
| 330-333 | Determination of efficiency losses in gas suspensions | A. M. Levshakov |
| 333-336 | Effect of the inhomogeneity of the granular charge in water-purifying filters on the increment in the head losses during colmatation | R. I. Ayukaev, S. M. Shandalov and M. É. Aérov |
| 337-339 | Unsteady conjugate heat exchange between a semiinfinite surface and a stream of compressible fluid flowing over it | B. L. Kopeliovich, T. L. Perel'man, R. S. Levitin, B. M. Khusid and L. B. Gdalevich |
| 339-344 | Conjugate problem of steady heat exchange in the laminar flow of an incompressible fluid in a flat channel | N. M. Belyaev, O. L. Kordyuk and A. A. Ryadno |
| 344-350 | Effect of turbulence of the outer stream on the transition for some classes of self-similar flows | Yu. P. Savel'ev |
| 350-352 | Approximate method of calculating the temperature profile in a semitransparent melting material | A. S. Senchenkov |
| 353-358 | Effect of thermal conditions on the stability of a crystallization process from a melt | V. A. Tatarchenko |
| 359-363 | Approximate solution by frontal method of two-dimensional problem on formation of crater in a metal by a laser pulse | A. A. Kislitsyn and A. V. Morar |
| 363-369 | Group properties of the nonlinear heat-conduction equation and the solution of inverse problems | V. V. Frolov |
| 371-375 | Some results of investigations of low-temperature heat pipes, working against gravity | Yu. F. Gerasimov, Yu. F. Maidanik, Yu. E. Dolgirev, V. M. Kiseev and G. A. Filippov, et al. |
| 375-377 | A cryogenic heat pipe with a reservoir in the transport zone | V. V. Gil' and A. D. Shnyrev |
| 377-383 | Investigation of the maximum heat-transfer capacity of closed two-phase thermosiphons | M. K. Bezrodnyi and A. I. Beloivan |
| 383-384 | Problem of considering the effect of superheating of vapor on intense condensation process of vapor flow on a plate | I. G. Shekriladze |
| 385-388 | Activation of vaporization centers. II | V. S. Novikov |
| 389-394 | Modes of “normal” and “deteriorated” heat exchange in the single-phase near-critical region in the turbulent flow of helium in tubes | V. G. Pron'ko, G. P. Malyshev and L. N. Migalinskaya |
| 394-399 | Heat transfer between rotating disks in a closed cavity | V. K. Shchukin and V. V. Olimpiev |
| 399-403 | Effect of temperature and slope of a gas main in nonisothermal unsteady gas movement | L. E. Danielyan |
| 404-408 | Mechanism of dynamic interaction of a fluidized bed with a body submerged in it | A. P. Baskakov, B. A. Michkovskii and V. A. Kirakosyan |
| 409-414 | Emissivity of carbon monoxide | S. P. Detkov and V. N. Tokmakov |
| 415-419 | Sublimation of ice in coarsely dispersed rocks subject to quasiisothermal conditions | A. Z. Volynets, É. D. Ershov, I. A. Komarov and V. K. Safonov |
| 420-425 | Effect of porous injection and suction on the operation of a stalled conical diffuser | I. S. Verigin |
| 425-428 | Calculating turbulent nonisothermal jets | V. I. Kukes and L. P. Yarin |
| 428-434 | Influence of fundamental force factors on the transverse velocity of fine particles moving in a turbulent gas stream | Z. R. Gorbis, F. E. Spokoinyi and R. V. Zagainova |
| 434-438 | Formation of a gas bubble on a vibrating capillary immersed in a liquid | I. S. Grachev, D. T. Kokorev and V. F. Yudaev |
| 439-445 | Thermal conductivity of inert gases at low temperatures | A. G. Shashkov, N. A. Nesterov, V. M. Sudnik and V. I. Aleinikova |
| 445-449 | Thermophysical properties of ultrafine basalt fiber | V. Ya. Belostotskaya, N. V. Komarovskaya and I. A. Kostyleva |
| 450-456 | Effective thermal conductivity and electrical conductivity of anisotropic solids of low porosity | A. D. Terekhov and É. M. Sher |
| 456-461 | Determination of the coefficient of thermal conductivity by two-point probing of the specimen surface | A. N. Kalinin |
| 461-464 | Nonsteady method of determining heat flux | S. D. Skakun and G. A. Surkov |
| 465-470 | Thermal and calorific properties of six aromatic hydrocarbons | A. M. Mamedov, T. S. Akhundov and F. G. Abdullaev |
| 470-474 | Calculating the time of isothermal saturation of a sphere | V. I. Borisov, V. T. Borisov, V. V. Gal', K. A. Nikitin and A. G. Reznikov |
| 474-482 | Methods and prospects of the direct experimental verification and refinement of the “packet” model of external heat transfer in a fluidized bed | O. M. Todes |
| 483-494 | Abstracts of the articles deposited at VINITI | V. M. Kazanskii, Yu. N. Koipish, V. Ya. Antonov, A. E. Afanas'ev and G. M. Borisova, et al. |
| 495-508 | Thermophysical instruments | S. E. Buravoi, V. V. Kurepin and E. S. Platunov |
| 509-510 | Valentin semenovich zhukovskii | M. A. Styrikovich, V. M. Borishanskii, M. D. Vaisman, A. A. Gukhman and M. E. Deich, et al. |
| 511-512 | Report on the second all-union conference on the viscosity of gases and liquids | I. F. Golyubev |
| 625-630 | Ultrasonic method for determining the thermal diffusivity of materials | V. M. Baranov, E. M. Kudryavtsev and A. N. Samokhvalov |
| 630-634 | Experimental study of the thermal conductivity of weakly absorbing liquids in layers transparent to infrared radiation | B. I. Il'in, V. F. Salokhin and G. G. Spirin |
| 635-640 | Transport of heat or mass in a dispersed flow | Yu. A. Buevich, Yu. A. Korneev and I. N. Shchelchkova |
| 641-647 | Free-space and external heat-transfer fluctuations in a fluidized bed | V. M. Kulikov, V. S. Nosov, V. N. Korolev and N. I. Syromyatnikov |
| 648-652 | Motion of small aerosol particle in a light field | Yu. I. Yalamov, V. B. Kutukov and E. R. Shchukin |
| 653-657 | Experimental investigation into coefficients of momentum flow and friction accompanying a uniform outflow in a porous pipe | V. S. Mikhailov, A. M. Krapivin, P. I. Bystrov and G. I. Pokandyuk |
| 657-662 | Velocity and friction stress distributions in the turbulent boundary layer on a porous plate | A. D. Rekin |
| 663-668 | Allowance for gas blowing in supersonic flow over a wedge | M. P. Ovsyannikov |
| 669-675 | Study of the simplest statistical characteristics of a turbulent flow temperature distribution | B. A. Kolovandin, A. A. Bulavko, Yu. M. Dmitrenko and N. N. Luchko |
| 676-678 | Resistance to motion in turbulent flow of liquid film and of gas in vertical tubes | I. M. Fedotkin, M. N. Chepurnoi, V. É. Shnaider and V. A. Semenovskii |
| 679-683 | Nonisothermal flow of a non-Newtonian fluid in the slowly converging channel of a belt worm-conveyor pump under conditions of complex shear | V. I. Yankov, V. I. Boyarchenko and A. L. Krylov |
| 684-689 | Numerical investigation of the tangential twist of an incompressible viscous fluid jet | P. S. Kuts and V. A. Dolgushev |
| 690-692 | Computation of thermal resistance of low-temperature heat tubes | A. G. Yudashkin, G. I. Aronchik and E. Yu. Lempert |
| 693-698 | Theory of two-phase porous cooling. I | M. M. Levitan, T. L. Perel'man and T. I. Él'perin |
| 698-701 | Combined measurement of thermal properties of fluids | V. S. Batalov |
| 702-705 | Influence of contact mass exchange on the process of dehydration in a vacuum | É. G. Tutova and R. I. Fel'dman |
| 705-710 | Analytic investigation of heat and mass transfer under varied drying conditions | N. N. Kuznetsova |
| 710-716 | Temperature measurement using thermistor with pulsed operation of circuit containing thermistor and linear resistor | S. B. Minkin, A. G. Shashkov and V. E. Ulashchik |
| 716-722 | Determination of the mean energy density of a light beam in an irregular thermodynamic light guide | A. F. Yakubov, É. T. Bruk-Levinson, A. G. Muradyan and O. G. Martynenko |
| 722-724 | Calculating angular radiation coefficients by the method of flow algebra | A. I. Skovorodkin |
| 725-728 | “Chessboard” difference method of solving a system of differential equations of heat and mass transfer | A. F. Klement'ev and O. N. Balykina |
| 728-732 | Solution of the two-dimensional unsteady diffusion equation for vortex flow | M. A. Puzrin, O. M. Todes and M. Z. Fainitskii |
| 733-738 | Application of method of local potential to the Bénaed problem in a uniform magnetic field | A. I. Lopushanskaya and V. N. Kapranov |
| 738-743 | Effects of thermoelastic stress during honing on component dimensions | A. N. Reznikov, T. N. Belyaeva and G. N. Gutman |
| 744-753 | Abstracts of articles deposited at VINITI | E. S. Krichevskii, V. G. Deich, A. A. Seliverstov, A. L. Shatalov and G. A. Kardashev, et al. |
| 755-760 | Unsteady convective heat transfer in the heating of a liquid in a pipe by a variable heat flux | G. A. Dreitser, V. D. Evdokimov and É. K. Kalinin |
| 760-766 | Experimental study of hydrodynamic and heat-transfer processes in the downward motion of a two-phase flow under annular and dispersed-annular conditions | B. G. Ganchev and A. B. Musvik |
| 766-772 | Dispersion of thermal waves in granular material | Yu. A. Buevich and Yu. A. Korneev |
| 772-776 | Mechanics of jet flows in granular layers. Coalescence of bubbles in constrained flow conditions | Yu. A. Buevich and G. A. Minaev |
| 777-780 | Size of the active zone in a wetted fluidized bed with the evolution of reaction heat | V. F. Volkov, G. I. Shishkin, V. V. Ukhlov and S. L. Safronova |
| 780-783 | Forced-convection heat transfer in porous medium with Joule-Thomson effect | A. I. Filippov |
| 783-788 | Local rebinder criterion (number) of moist dispersed solids | P. P. Lutsik and V. M. Kazanskii |
| 788-792 | Mass-transfer and structural-mechanics characteristics of plaster of paris | V. G. Kamenskii, G. S. Raptunovich, I. M. Lyashkevich, E. A. Raskina and L. G. Chernaya, et al. |
| 792-795 | Optimal heating surface in a multistage countercurrent fluidized-bed heat exchanger | A. K. Visloguzov |
| 796-800 | Transient-state soret-coefficient determination for a thermal-diffusion column. IV | G. D. Rabinovich and Zh. V. Lepekhina |
| 801-805 | Modification of the characteristic functions in dispersed two-phase single-component systems. I | E. Pattantyush |
| 805-809 | Thermoconvective waves in a horizontal bounded layer of an incompressible fluid | E. F. Nogotov and A. K. Sinitsyn |
| 809-814 | Approximate solution of extended Graetz problem by orthogonal collocation | J. Villadsen and M. L. Michelson |
| 815-817 | Calculation of heat-transfer coefficients using a two-zone model of turbulent flow | V. A. Men'shchikov |
| 817-819 | Effect of absorption-time differences on gas flow in capillaries | V. V. Levdanskii |
| 820-822 | Application of Sommerfeld-Malyuzhinets integral to diffusion problems in wedge-shaped regions with inhomogeneous boundary conditions of the first and second kind | F. P. Plachko and T. L. Perel'man |
| 823-826 | Numerical method of solving a certain problem on convective diffusion in a moving liquid | Zh. N. Kudryasheva |
| 827-830 | An approximate method for solving the integral equation of transport theory | M. I. Zhurina, A. M. Popova and A. P. Prudnikov |
| 830-834 | Effective thermal and electrical conductivities of anisotropic dispersed media | R. Z. Grinberg, A. D. Terekhov and É. M. Sher |
| 835-837 | Heating rate in a dense bed of wet granular material | V. I. Zhidko and V. V. Kutarov |
| 837-838 | Calculation of hydrocarbon-gas separation in a turbulent tube | Yu. M. Bazhenov, N. P. Ignin, A. N. Chernov and A. V. Kilinnik |
| 839-842 | Change in heat-transfer coefficient in the drying of heat-insulated materials in a fluidized bed | A. P. Baskakov |
| 842-845 | Drying heat-insulated materials in a fluidized bed | N. I. Syromyatnikov |
| 846-855 | Abstracts of articles deposited at VINITI | G. B. Dinzburg, V. A. Vorob'ev, O. V. Filonin, P. A. Lavrinovich and I. I. Vishnevskii, et al. |
| 856-869 | Coefficients of generalized conductivity of heterogeneous systems with chaotic structure | G. N. Dul'nev, Yu. P. Zarichnyak and V. V. Novikov |
| 870-871 | The Termiya-75 All-Union Conference | O. B. Tsitovich |
| 873-876 | Investigation of local heat-transfer coefficients under conditions of the resonance oscillations of a gas in channels | B. M. Galitseiskii, A. A. Nozdrin, Yu. A. Ryzhov and E. V. Yakush |
| 876-880 | Investigation of heat transfer in the entrance region of a flat plate parallel to the flow with a leading edge in the form of a one-sided wedge | V. M. Legkii, Yu. D. Koval', A. A. Shapoval and A. I. Berezyuk |
| 880-886 | Heat exchange in laminar flow through planar and quasiplanar channels of variable cross section | I. V. Kabanova, A. I. Kaidanov and V. P. Morozov |
| 886-891 | Liquid-film flow regimes on a rotating surface | A. I. Butuzov and I. I. Pukhovoi |
| 891-895 | Turbulent flows of polyox solutions in a tube with large roughness of the surface | Yu. F. Ivanyuta and L. A. Chekalova |
| 896-899 | Film flow of a nonlinear viscoelastic fluid along a conical rotor | N. Kh. Zinnatullin, I. V. Flegentov and F. M. Gimranov |
| 900-903 | Effects of blade shape on heat transfer and resistance for a spiral flow in a tube | A. F. Koval'nogov and V. P. Ermachenko |
| 904-907 | Correction of spectrum of turbulence in the measurement by a conduction anenometer | N. I. Bolonov, A. M. Kharenko and A. E. Éidel'man |
| 907-910 | Investigation of the efficiency of a “jet diffuser” | M. O. Frankfurt |
| 911-913 | Flame radiation in infrared gas radiators | O. N. Bryukhanov and V. G. Kharyukov |
| 914-918 | Optimization of thermodiffusion column under extraction conditions | G. D. Rabinovich |
| 918-922 | Dynamics of particles in a spiral flow | V. I. Korobko, V. F. Grekov and V. K. Shashmin |
| 922-924 | Pressure distribution in gas flow in the presence of a fibrous filter in the channel | B. I. Ogorodnikov, V. I. Skitovich and V. I. Khabarov |
| 925-927 | Pressure distribution along the radius of eddy contact elements of mass-transfer equipment | A. M. Shamsutdinov and A. F. Makhotkin |
| 928-932 | Thermal conductivity of moist porous solids | G. N. Dul'nev, Yu. P. Zarichnyak and B. L. Muratova |
| 932-935 | Thermal-conductivity range for a composite having known ranges in parameters for the components | S. G. Zhirov |
| 935-938 | Contactless method of determining the coefficient of thermal diffusivity of local domains of surface layers and thin films | K. G. Gartsman, T. T. Dedegkaev, A. D. Terekhov and É. M. Sher |
| 939-942 | Investigation of the characteristics of a plasmotron with a variable channel radius | A. I. Dautov, R. Kh. Ismagilov, A. G. Shashkov and Kh. M. Shavaliev |
| 943-946 | Possibility of controlling the temperature dependence of thermoelectric-converter parameters | L. I. Anatychuk, V. I. Bodnaruk, V. T. Dimitrashchuk and O. Ya. Luste |
| 946-949 | Solution of a problem about evaporation of spherical metal particles in an arc flame by an integral equations method | É. A. Arinshtein and A. A. Kislitsyn |
| 950-958 | Thermodynamic functions for disperse two-phase fluid systems | E. Pattanyús-H. |
| 959-962 | Laws governing the motion of gas bubbles in a fluidized bed | A. I. Tamarin, Yu. S. Teplitskii and Yu. E. Livshits |
| 963-966 | Applicability of molecular interaction potentials in viscosity calculation for steam | A. A. Aleksandrov, A. I. Ivanov and A. B. Matveev |
| 966-970 | Accuracy of a one-dimensional approximation for double rods | I. E. Zino and Yu. A. Sokovishin |
| 970-975 | Temperature conditions of rock excavation | B. A. Krasovitskii and F. S. Popov |
| 976-978 | Heat and moisture transfer in lamina under generalized boundary conditions | M. D. Mikhailov |
| 979-981 | Solution of heat-conduction equation for materials with fading memory and high heat conduction | M. D. Mikhailov and N. L. V''lchanov |
| 981-986 | Nonstationary filtration of a three-phase mixture taking account of gravitation | L. F. Yukhno |
| 987-999 | Abstracts of articles deposited at VINITI | V. M. Legkii, A. S. Makarov, G. V. Kobylyanskii, P. E. Khizhnyak and A. N. Lutkov, et al. |
| 1001-1005 | Pseudoboiling mechanism for n-heptane | I. T. Alad'ev, V. D. Vas'yanov, N. L. Kafengauz, A. G. Lebedeva and Yu. I. Morozov, et al. |
| 1005-1009 | Model of heat transfer associated with the surface boiling of liquid in tubes | A. F. Zaletnev |
| 1010-1015 | Hydrodynamic mode in a three-phase fixed granular layer. Theoretical analysis | V. A. Kirillov, B. L. Ogarkov and V. G. Voronov |
| 1016-1021 | Instability in a granular bed fluidized by a gas flow | V. A. Borodulya, Yu. A. Buevich and V. V. Zav'yalov |
| 1021-1024 | Kinetic equations of high-intensity heat and mass transfer | P. P. Lutsik |
| 1025-1031 | Mass-transfer parameters of capillary-porous body in regions of adsorption, capillary, and osmotic moisture | L. G. Chernaya and E. A. Raskina |
| 1031-1035 | Experimental determination of parameters of a plasma jet | A. S. Sakhiev, G. P. Stel'makh, E. I. Ryabtsev, V. A. Kosarenkov and V. P. Shumchuk, et al. |
| 1035-1040 | A thermal-diffusion model of the erosion of electrodes in an MHD generator | V. N. Soshnikov |
| 1040-1043 | Thermal-shock performance of evaporated Al2O3, ZrO2, and laminated cermet coatings in an electric-arc plasma source | V. S. Leshchenko, V. G. Novikov, A. V. Petrov, A. D. Sukhobokov and E. A. Turkin |
| 1044-1048 | Investigation of the thermophysical characteristics of low-temperature heat pipes with metal fiber wicks | M. G. Semena, A. G. Kostornov, A. N. Gershuni, V. K. Zaripov and A. L. Moroz |
| 1048-1053 | Heat transfer due to the interaction between condensed particles and a wall | V. K. Shchukin, A. I. Mironov, V. A. Filin and N. N. Koval'nogov |
| 1053-1058 | Characteristics of radiative heat transfer in multizone systems taking account of isotropic scattering | Yu. A. Zhuravlev |
| 1058-1060 | Scatter of specific heat and density of filled materials in samples of finite dimension | S. G. Zhirov |
| 1060-1063 | Energy separation in two-phase flows | A. A. Stolyarov |
| 1064-1068 | Validity of the prigogine theorem in establishing a significantly nonequilibrium steady state of a thermodynamic system | I. S. Borovkov |
| 1069-1074 | Turbulent flow of a polymer solution over a flat plate | V. A. Gorodtsov |
| 1074-1078 | Fluid friction of a polymer solution flowing in a large-diameter pipe | Yu. F. Ivanyuta and L. A. Chekalova |
| 1078-1082 | Peristaltic flow of a non-newtonian viscoplastic liquid in a slot channel | V. I. Vishnyakov, K. B. Pavlov and A. S. Romanov |
| 1083-1088 | Computer calculation of nonstationary processes in multistage cascades for the separation of two-component isotope mixtures | N. I. Laguntsov, E. V. Levin and G. A. Sulaberidze |
| 1088-1095 | Theory of thermodiffusion separation according to the frazier scheme | G. D. Rabinovich |
| 1095-1100 | Free convection of gas mixture above a flat horizontal plate in constant-velocity flow | A. A. Pirozhenko |
| 1101-1105 | Character of heat transfer in an acoustic wave | V. A. Bubnov |
| 1106-1110 | Analysis of the “tailored” contact surface region in a shock tube | R. L. Petrov |
| 1110-1115 | Flow of a viscous two-temperature nonequilibrium ionized radiating gas over blunt bodies | L. B. Gavin, Yu. P. Lun'kin and V. F. Mymrin |
| 1115-1118 | A class of multiple integrals of transfer theory | M. I. Zhurina, A. M. Popova and A. P. Prudnikov |
| 1119-1120 | Nina Aleksandrovna Shakhova |
| 1121-1125 | Skeletal thermal conductivity of fiber-metal heat-pipe wicks | M. G. Semena, A. G. Kostornov, V. K. Zaripov, A. L. Moroz and M. S. Shevchuk |
| 1126-1131 | Investigation of gas-controlled heat pipes with tanks of constant and variable volume | V. V. Barsukov |
| 1131-1136 | Degassing during prolonged heat-pipe operation | V. V. Gil', E. N. Minkovich and A. D. Shnyrev |
| 1136-1140 | Average velocity of bubbles in a fluidized bed containing packing material | D. M. Galershtein, A. I. Tamarin, S. S. Zabrodskii and V. P. Borisenko |
| 1141-1145 | Effective thermal conductivity of disperse media at small peclet number | Yu. A. Buevich and Yu. A. Korneev |
| 1146-1149 | Heat transfer of g as-suspension flow in horizontal and vertical tubes | V. V. Mamaev, V. S. Nosov, N. I. Syromyatnikov and V. S. Barbolin |
| 1149-1153 | Heat and mass transfer of large droplets in highly turbulent flows | R. S. Tyul'panov |
| 1154-1158 | Local heat transfer in dissociating acetic acid vapor | É. S. Sergeenko, V. P. Bol'shov and A. G. Usmanov |
| 1158-1162 | Distribution of dissolved gas in water and bubbles in ice upon movement of a crystallization front | M. K. Zhekamukhov |
| 1162-1168 | Effect of ultrasound on the process of mass transfer in cement mortar and concrete | I. Z. Danilov, P. P. Prokhorenko and V. P. Zhuravleva |
| 1168-1171 | Influence of moisture with different forms of bonding in viscose threads on the kinetics of thread deformation during drying | M. F. Kazanskii, V. R. Borovskii, R. V. Lutsyk, A. F. Mel'nikova and M. D. Korostash, et al. |
| 1171-1180 | Interrelated heat and mass transfer in a fluidized bed in an oscillating mode | V. A. Sheiman |
| 1180-1184 | Theory of two-phase transpiration cooling systems. II | M. M. Levitan, T. L. Perel'man and T. I. Él'perin |
| 1185-1188 | Effect of thermal stressess on the motion of a simple gas | Yu. I. Yalamov and A. A. Yushkanov |
| 1188-1190 | Utilization of liquid-gas bubble mixtures for the transfer of shock-wave disturbances | I. M. Voskoboinikov, B. E. Gel'fand, S. A. Gubin, S. M. Kogarko and O. E. Popov |
| 1191-1195 | Diffusion of bubbles in turbulent flow | V. S. Fedotovskii and V. P. Bobkov |
| 1196-1200 | Hydrodynamics and heat transfer in a layer of liquid on a rotating surface, allowing for interaction with a gas flow | N. S. Mochalova, L. P. Kholpanov and V. Ya. Shkadov |
| 1201-1205 | Numerical modeling of jet flows of a viscous liquid | A. L. Dorfman and V. A. Maev |
| 1206-1210 | Parametric method of calculating an unsteady laminar boundary layer in an incompressible liquid with suction or injection | O. N. Bushmarin |
| 1211-1214 | Eucken factor and the role of internal degrees of freedom in polyatomic hydrocarbon molecule transfer effects | V. E. Lyusternik and R. A. Mustafaev |
| 1215-1219 | A method of defining steady-state radiative-Conductive heat transfer in a plane-Parallel layer. I | S. V. Stepanov and V. A. Petrov |
| 1219-1222 | A problem in thermal-conductivity theory | N. N. Kuznetsova |
| 1223-1226 | Calculation of the nonstationary temperature field in a two-layer plate when heated by a moving source in the presence of inhomogeneities on the contact surface of the layers | A. A. Yanshin, Yu. A. Popov and S. D. Tseitlin |
| 1227-1232 | Electromagnetic-field calculation for a thermal UHF detector at high temperatures. I | A. M. Andrusenko, V. F. Kravchenko and V. A. Solodukho |
| 1233-1251 | Abstracts of articles deposited at VINITI | V. P. Simonov, G. A. Aksel'rud, A. I. Dubynin, Yu. P. Nekhlebaev and I. A. Dorogoi, et al. |
| 1252-1253 | All-Union School on Rheology (Zvenigorod, November 24–30, 1975) | V. E. Dreval' |
| 1255-1257 | Measurement of turbulent pressure and velocity fluctuations in a vapor flow by the condensation method | I. G. Shekriladze, G. I. Zhorzholiani and Z. V. Arkaniya |
| 1258-1261 | Experimental investigation of heat transfer in the annular channel of a circulation loop | S. N. Kanev and V. V. Ris |
| 1261-1265 | Formation of the drop-size spectrum in a gas-liquid flow | V. N. Bykov and M. E. Lavrent'ev |
| 1265-1269 | Problem of describing the flow field in an injector mixing chamber | V. F. Irodov |
| 1269-1273 | Measurement of gas-flow temperatures by two thermocouples | V. I. Men'shikov |
| 1274-1279 | Hydrodynamic conditions in a fixed three-phase granular layer. Experimental investigation | B. L. Ogarkov, V. A. Kirillov and V. A. Kuzin |
| 1279-1284 | Effective density of a fluidized bed | Yu. I. Zinov'ev |
| 1284-1288 | Hydraulic resistance and heat transfer in a pulsating flow of a gas-solid mixture | V. V. Mamaev, V. S. Nosov and N. I. Syromyatnikov |
| 1288-1291 | Hot-wire method in a nonstationary variation | R. A. Mustafaev |
| 1292-1295 | Thermal conductivities of benzene and toluene vapors | L. S. Zaitseva, L. V. Yakush and N. A. Vanicheva |
| 1295-1300 | Diffusion in a porous system in crossed electric and magnetic fields | G. A. Vitkov and T. N. Zabelina |
| 1300-1303 | Relative diffusion resistance in drying wheat | P. S. Kuts, A. I. Lyuboshits, L. V. Nikolaichik and I. G. Korateev |
| 1304-1305 | Analytical representation of the results of a numerical determination of the thermodynamic characteristics of combustion products | I. I. Polyakov |
| 1306-1308 | Film flow of magnetic liquid in the laminar regime | L. P. Orlov and N. A. Chameeva |
| 1309-1314 | Solutions of the equations of a laminar boundary layer for small temperature factors and high Mach numbers | E. I. Polyak |
| 1314-1317 | Quasisteady approach in calculations for convective heat transfer | É. E. Prokhach |
| 1317-1320 | Calculation of the intensity of electromagnetic fields of thermal microwave detectors at high temperatures. II | A. M. Andrusenko, V. F. Kravchenko and V. A. Solodukho |
| 1321-1325 | Method for solving the steady-state problem of radiative-conductive heat transfer in a plane slab. II | S. V. Stepanov and V. A. Petrov |
| 1326-1328 | Transformation of a system of differential equations of heat and mass transfer in a domain with a variable boundary into a system of equations for a domain with a fixed boundary | I. S. Efremova and M. S. Smirnov |
| 1328-1333 | Numerical algorithm of the solution of the multiphase Stefan problem | É. G. Palagin |
| 1333-1339 | Semi-analytical algorithm for the approximate solution of a nonstationary inverse problem of diffusion on the basis of a direct method of solution, linear programming, and regularization methods | P. I. Balk and T. V. Balk |
| 1340-1355 | Abstracts of articles deposited at VINITI | T. A. Apaev, S. I. Lipovetskii, A. A. Gylmanov, Yu. A. Surinov and V. V. Rubtsov, et al. |
| 1356-1375 | Heat pipes and their use in technology | L. L. Vasil'ev |
| 1376-1379 | The Fifth All-Union conference on Heat and Mass Transfer, May 17–20, 1976, Minsk | É. I. Berezovskii and I. G. Gurevich |
| 1379-1380 | The Second International Conference on heat pipes | L. L. Vasil'ev |
| 1381-1382 | Book review | V. P. Korobeinikov |
| 1383-1388 | Thermoelectric method of determining the thermal conductivity of gases and liquids. Investigation of the thermal conductivity of acetic acid vapors | D. L. Timrot and V. V. Makhrov |
| 1389-1394 | Effect of wetting on the thermal conductivity of granular materials | A. F. Begunkova, G. N. Dul'nev, Yu. P. Zarichnyak and B. L. Muratova |
| 1395-1397 | Advantages of the dilatometer investigation of the heat-transfer coefficient of a dielectric layer | V. S. Batalov |
| 1398-1400 | Calorimeter response time | L. I. Anatychuk and A. V. Mikhailenko |
| 1401-1404 | Space environment testing of a heat pipe | L. L. Vasil'ev, V. V. Gil', N. A. Zharikov, V. E. Zelenin and O. M. Syvorotka, et al. |
| 1405-1407 | Radiation of a bed of coarse alumina particles | Yu. A. Popov |
| 1408-1413 | Electrical properties of dielectric matrix with spherical inclusions of metal | A. F. Chudnovskii and L. V. Gorfunkel' |
| 1413-1416 | Resistance to motion of bodies in a fluidized bed | A. I. Tamarin, Yu. E. Livshits, D. M. Galershtein, V. P. Zhitkevich and S. S. Zabrodskii |
| 1416-1418 | Mass exchange between a solid sphere and a liquid in crossed electric and magnetic fields | G. A. Aksel'rud, A. D. Molchanov and L. N. Gavrishkevich |
| 1419-1423 | Effect of porous media on phase transition in hydrocarbons | S. N. Buzinov and M. A. Peshkin |
| 1423-1429 | Heat and mass transfer in undeveloped boiling in heat-transmitting slot channels | P. A. Novikov, L. Ya. Lyubin and É. K. Snezhko |
| 1430-1433 | Investigation into capillary effects in A V-shaped slit | N. I. Gamayunov and L. G. Amusin |
| 1433-1438 | Formation on solid surfaces of a gas monolayer providing protection against friction in rarefied media | A. D. Ignatovskii, L. I. Shub and I. S. Kuz'min |
| 1439-1443 | Heat exchange between plasma jet and obstacle under unsteady conditions | V. L. Sergeev and V. P. Veselov |
| 1443-1447 | Differential form of the universal equation of the laminar boundary layer | N. G. Khislavskaya |
| 1448-1453 | Transitional flow conditions on a rotating disk | B. I. Fedorov, G. Z. Plavnik, I. V. Prokhorov and L. G. Zhukhovitskii |
| 1453-1456 | Interaction of drops with boundary layer on rotating surface | O. A. Povarov, O. I. Nazarov, L. A. Ignat'evskaya and A. I. Nikol'skii |
| 1457-1461 | Collapse of a film of fluid draining off the rim of a plate in a gas slipstream | V. N. Bykov and M. E. Lavrent'ev |
| 1461-1464 | Propagation of shock waves in a mixture of liquid with gas bubbles in the presence of small admixtures of polymers | B. E. Gel'fand, S. A. Gubin, S. M. Kogarko, S. M. Simakov and E. I. Timofeev, et al. |
| 1464-1469 | Entrance effects in the flow of viscous liquids in cylindrical nozzles | V. Z. Volkov, V. D. Fikhman and G. V. Vinogradov |
| 1469-1472 | Energy-separation effect in a gas ejector | A. A. Stolyarov |
| 1472-1473 | Peculiarity of the effect of preheating the mixture on the pressure during combustion in a semiopen tube | I. F. Chuchalin and Ya. M. Shchelokov |
| 1474-1477 | Radionucleid propagation in a porous medium with allowance made for sorption and diffusion | A. G. Bondarenko, V. M. Kolobashkin and N. A. Kudryashov |
| 1477-1482 | Acoustic method of investigating nonstationary heat convection in cylindrical layers of gases and liquids | V. I. Krylovich and A. D. Solodukhin |
| 1483-1487 | Numerical investigation of nonsteady convection | E. F. Nogotov and A. K. Sinitsyn |
| 1487-1491 | Heat-conduction problem for a multiply connected body | V. S. Kolesov and S. Ya. Gicheva |
| 1492-1493 | Influence of physicochemical processes on surface friction in hypersonic flow around blunt bodies | Yu. P. Golovachev and F. D. Popov |
| 1493-1497 | Heat liberation from a sphere moving in a viscous liquid | Yu. I. Babenko |
| 1-6 | Heat transfer during boiling of a fluid on circumferential fins | L. I. Roizen, I. R. Rubin and L. N. Makedonskaya |
| 7-9 | Variation in number of active vaporization sites as a function of height of fluid layer | V. I. Tolubinskii, V. A. Antonenko and Yu. N. Ostrovskii |
| 10-14 | Boiling of fluid on a metal surface | V. I. Fedorov, G. V. Kovalenko and D. M. Kostanchuk |
| 14-18 | Experimental study of the process of film condensation of nitrogen vapor from a mixture with helium | V. K. Orlov, A. I. Smorodin and L. D. Marchenko |
| 18-20 | Critical discharge of a spontaneously evaporating liquid from cylindrical channels | V. A. Zysin, É. L. Kitanin and F. R. Latypov |
| 21-27 | Investigation of the structure of a boiling ferromagnetic layer by measuring its magnetic characteristics | Yu. I. Tambovtsev and S. S. Zabrodskii |
| 28-31 | Relaxation autooscillations of a granular bed | V. A. Borodulya, Yu. A. Buevich and V. V. Zav'yalov |
| 31-33 | Accuracy of determination of the density of a gas by the multibeam-interferometry method | I. V. Skokov |
| 33-37 | Heat and mass transfer in the flow of condensable rarefied gases through porous materials | B. M. Smol'skii, P. A. Novikov and V. A. Eremenko |
| 38-42 | Experimental study of the effect of acoustic oscillations on heat transfer in a gas flow | B. N. Fedorov |
| 42-45 | Experimental study of heat transfer in the flow of anomalously viscous liquids in circular and elliptical pipes | Yu. G. Nazmeev, K. D. Vachagin and M. M. Galimardanov |
| 45-47 | Investigation of the structure of the flow of solutions of a polymer in a rectangular channel by means of a laser anemometer | A. I. Ovsyannikov, V. P. Klochkov, L. F. Kozlov, V. P. Ivanov and B. D. Kovalenko |
| 47-51 | Transient and steady-state rheological behavior in structured hydrocarbon systems | I. G. Bulina, O. A. Karaev, F. A. Kougiya and A. G. Golubkov |
| 51-55 | Entrance effects in viscoelastic fluid flow in cylindrical nozzles | V. Z. Volkov, V. D. Fikhman, G. V. Vinogradov and A. I. Isaev |
| 56-60 | Motion of a drop in a flow with varying velocity | S. V. Ananikov, A. V. Talantov and B. M. Azizov |
| 60-64 | Two-phase flows with friction | G. V. Zhizhin |
| 64-69 | Asymmetry of thermogravitational convection | P. F. Zavgorodnii, I. L. Povkh, G. M. Sevost'yanov and N. S. Sidel'nikova |
| 69-74 | Unsteady convective heat transfer in potential flow | P. S. Chernyakov |
| 74-79 | Two-dimensional temperature distribution in a ceramic-based electrode | L. K. Kovalev and V. N. Poltavets |
| 79-84 | Propagation of thermal disturbances in media with volumetric heat absorption | S. I. Golaido, L. K. Martinson and K. B. Pavlov |
| 85-88 | Temperature field in two-layer thermal shielding acting against a pulsed flow of heat | A. M. Fain and A. Yu. Nul'man |
| 89-111 | Abstracts of articles deposited at VINITI | B. M. Dorofeev, V. S. Novopavlovskii, N. P. Pershin, R. S. Mikhal'chenko and E. I. Shchirov, et al. |
| 112-114 | State of the art and outlook in radiative heat-transfer research in metallurgy for 1976–1985 | A. S. Nevskii, S. P. Detkov, V. G. Lisienko and V. P. Trofimov |
| 115-119 | Heat transfer in the flow of a liquid-metal film under gravity on a vertical wall | G. I. Gimbutis |
| 120-122 | Pulsations in boundary pressure in the flow of a plane turbulent jet onto a surface | V. D. Pshenichnyi and L. R. Yablonik |
| 123-128 | Heat exchange of a gas-suspension flow in a short curvilinear channel | V. K. Shchukin, N. S. Idiatullin, V. A. Filin and A. A. Yakshin |
| 128-130 | Heat transfer during the motion of cold gaseous nitrogen in a porous tube | G. I. Bobrova, L. L. Vasil'ev, S. K. Vinokurov and V. A. Morgun |
| 131-134 | Analysis of laminar film condensation from a moving vapor | I. G. Shekriladze |
| 134-139 | Flow of two-phase mixtures in a rotary mixer | V. V. Kafarov, A. A. Aleksandrovskii, I. N. Dorokhov and F. G. Akhmadiev |
| 139-145 | Characteristics of flow between a rotating and a static disk in the presence of radial flow | L. P. Safonov, V. M. Stepanov and M. I. Drozdov |
| 145-148 | Behavior of film of viscoplastic liquid in the presence of slip at the wall | Z. P. Shul'man, V. I. Baikov and S. L. Benderskaya |
| 149-152 | Limiting expansion ratio of a supersonic jet flowing onto a perpendicular infinite plane barrier | E. I. Sokolov, A. V. Startsev, V. N. Uskov and V. T. Shevchuk |
| 152-156 | Flow of a stream of unevenly heated liquid over a gas bubble at low marangoni numbers | Yu. K. Bratukhin |
| 156-161 | Viscosity of a water-fluidized bed | R. B. Rozenbaum and O. M. Todes |
| 161-164 | Methods of examining beam diffusion in an absorbing and scattering material | S. G. Il'yasov, V. V. Krasnikov and E. P. Tyurev |
| 165-168 | Forces acting on a body in a nonuniform fluidized bed | A. I. Tamarin, Yu. E. Livshits, D. M. Galershtein and V. M. Shuklina |
| 168-174 | Framework conduction in a granular system | V. A. Borodulya and Yu. A. Buevich |
| 174-180 | A combined numerical method for determining the conductance of composite bodies | G. N. Dul'nev, M. A. Eremeev, Yu. P. Zarichnyak and E. N. Koltunova |
| 180-183 | Specific heat of rhenium at high temperatures | L. P. Filippov and F. G. Él'darov |
| 183-185 | Thermal conductivity and electrical resistivity of NiTi in the temperature interval 90–450°K | A. I. Kovalev, A. V. Logunov, N. V. Petrushin and L. S. Egorova |
| 185-187 | Mass transfer in the interaction of a sintered composite with a liquid metal | A. F. Lisovskii |
| 187-191 | X-ray study of drying in a capillary porous body | M. F. Kazanskii, E. M. Kravchuk and E. A. Strashkevich |
| 191-196 | Optimum control of processes of heat and mass transfer during drying | N. V. Ostapchuk, V. I. Zhidko, V. A. Odinokov and G. S. Zelinskii |
| 196-200 | Efficiency of cooling thermoelectric elements of arbitrary shape | V. A. Semenyuk |
| 200-206 | Generalized static volt-ampere characteristics of thermoresistors | I. Z. Okun' |
| 206-210 | Molecular-kinetic generalization of the heat-transfer equation | V. L. Kolpashchikov and A. A. Baranov |
| 210-214 | Exergy representation in the thermodynamics of irreversible processes | G. P. Yasnikov and V. S. Belousov |
| 215-217 | Effective diffusion of impurity in laminar flow of liquid | V. V. Dil'man |
| 217-219 | Mathematical modeling of particle growth | L. A. Bakhtin, N. A. Shakhova, A. I. Pronin, N. A. Kudryavtsev and Ya. M. Shul'man, et al. |
| 220-222 | Temperature distribution in a planar body with circular boundary and thermally insulated cracks | M. P. Savruk and I. F. Soltys |
| 223-233 | Heating of thin-wall shells of revolution | P. A. Novikov, L. Ya. Lyubin and V. I. Balakhonova |
| 235-237 | Heat transfer in a convergent channel with a permeable wall | A. V. Fafurin and Yu. N. Abramov |
| 238-242 | Effect of temperature factor and turbulence of the impinging stream on the transition in the boundary layer with gradient flow | V. M. Kapinos, V. Ya. Levchenko, A. F. Slitenko, V. V. Kozlov and I. L. Volovel'skii |
| 243-247 | Combined heat and mass transfer during absorption in drops and films | V. E. Nakoryakov and N. I. Grigor'eva |
| 248-250 | Experimental investigation of the thermal conductivities of C6D6, C6H6 and C6D12, C6H12 in the gaseous phase | N. B. Vargaftik and N. A. Vanicheva |
| 251-253 | Investigation of the thermal conductivity of Freons of the ethane series | P. M. Kessel'man, V. V. Slyusarev and I. A. Paramonov |
| 254-256 | Influence of nonstoichiometry on the thermal conductivity of boron carbide | A. I. Andryushin, R. A. Belyaev, Yu. V. Vavilov, M. S. Kvashnevskaya and R. S. Lishanskaya |
| 256-259 | Determination of the thermal diffusivity of materials by measuring temperatures at the stage of irregular operation | D. N. Chubarov |
| 260-263 | Calorimetric method for experimental determination of emissivity of solids | S. G. Agababov and V. S. Agababov |
| 263-267 | Modeling heterogeneous chemical reactions under the action of a turbulent jet | G. S. Antonova |
| 267-272 | Calculation of flow of a medium in the gap between a rotating disk and a fixed boundary wall | M. I. Tsaplin |
| 273-277 | Mathematical modeling of the motion of a liquid in an axisymmetric tank under the action of an injected jet | V. P. Koval' and A. V. Potapov |
| 277-283 | Influence of the properties of hydrated solid phase surfaces on the effect of a density change in a dispersed medium | P. P. Olodovskii |
| 283-286 | Wetting angles close to critical temperature | V. G. Stepanov, L. D. Volyak and Yu. V. Tarlakov |
| 287-290 | Heat output by a particulate solid transported by a gas in a pipe with the heat component of the solid varying along the length | V. A. Kalender'yan |
| 291-294 | Expansion of an inhomogeneous fluidized bed | A. I. Tamarin and Yu. S. Teplitskii |
| 295-298 | Control of a nonstationary process of thermoelectric cooling by variation of the geometric shape of the branches of a thermoelement | K. F. Ivanova, M. A. Kaganov and A. S. Rivkin |
| 299-303 | Efficiency of multilayer rectangular fins | L. A. Fateeva and G. E. Kanevets |
| 304-309 | Effect of the inhomogeneity of the temperature field in the screen cooled by exhaust gases on the efficiency of a cryostat | I. S. Zhitomirskii, A. L. Yastrzhembskii and V. A. Volosyuk |
| 310-313 | Mathematical model of column drying | V. A. Titov, G. K. Lisovaya and G. I. Shishkin |
| 313-315 | Kinetics of the solution of polyoxyethylene in water | M. L. Gurari, Yu. F. Ivanyuta, I. I. Lushchikov and I. A. Neronova |
| 315-318 | A finite-difference method for solving inverse boundary-value problems of heat conduction | N. I. Nikitenko |
| 319-322 | A class of particular solutions of one-dimensional nonlinear equations of heat conduction | V. N. Lagun |
| 322-325 | Effect of periodic system of narrow inclusions on a plane steady temperature field | I. M. Abdurakhmanov and B. G. Alibekov |
| 325-331 | Solving a set of differential equations of heat and electrical transfer | I. A. Zhvaniya, M. Z. Maksimov and G. A. Tkhor |
| 331-338 | Application of infinite systems to the solution of boundary-value problems of steady thermal conduction in nonuniform media | Yu. I. Malov and L. K. Martinson |
| 339-352 | Abstracts of articles deposited at VINITI | V. K. Shchukin, A. A. Khalatov, V. A. Filin, G. A. Aksel'rud and E. M. Semenishin, et al. |
| 353-354 | Fiftieth birthday of Yurii Anan'evich Mikhailov |
| 354-355 | In memory of Panteleimon Dmitrievich Lebedev (1906–1975) |
| 356-357 | Book review | A. F. Chudnovskii and D. A. Kurtener |
| 359-363 | Structure of the concentration boundary layer on models during erosion by a high-enthalpy air flow | É. B. Georg and M. I. Yakushin |
| 364-368 | Hydrodynamic characteristics of turbulent flow of an incompressible fluid in a channel with porous walls | V. V. Dil'man, L. I. Krupnik and R. Z. Adinberg |
| 368-374 | Attachment to the IKS-21 spectrophotometer for measuring the angular characteristics of diffusely scattering materials subject to hemisphereical irradiation | S. G. Il'yasov, V. V. Krasnikov, E. P. Tyurev and I. S. Ageenko |
| 375-378 | Investigation of certain heat- and mass-transfer parameters in the ocean by an optical method | O. G. Martynenko, G. V. Myakin, V. K. Popov, A. D. Solodukhin and S. I. Stepanov |
| 378-381 | A method for calculating heat capacity and thermal conductivity of liquids | L. P. Filippov |
| 382-384 | Experimental study of the thermal diffusion constant of Kr-N2O and NH3-CO2 mixtures | A. F. Zolotukhina |
| 384-388 | Comparison of methods of describing mass transfer in multicomponent mixtures | V. A. Kuznechikov, E. N. Konstantinov and L. A. Serafimov |
| 388-391 | An experimental device for measurement of thermal conductivity of diamond monocrystals | T. D. Ositinskaya, V. A. Tsendrovskii and A. S. Vishnevskii |
| 391-396 | Effect of a phase transition on heat and mass transfer in dispersed flows | Yu. A. Buevich |
| 396-399 | Rate of bubble rise in a nonuniform fluidized bed | A. I. Tamarin, Yu. S. Teplitskii and Yu. E. Livshits |
| 399-403 | Calculation of characteristics of a direct-current argon arc | A. S. Sergienko and G. A. Fokov |
| 403-407 | Heat and moisture transfer between a freshly exposed rock mass and a ventilating air jet | O. A. Kremnev, V. Ya. Zhuravlenko, E. M. Kozlov and V. A. Shelimanov |
| 408-411 | Calculation of internal-mass-transfer coefficients in porous bodies on the basis of adsorption isotherms | P. P. Zolotarev, Ya. I. Rabinovich and N. V. Churaev |
| 411-416 | Method of estimating change in filtrational characteristics of disperse systems caused by water-soluble polymers | P. P. Olodovskii, M. G. Murashko, A. B. Bogdanova, T. M. Malashko and R. F. Dotsenko, et al. |
| 416-420 | Thermophysical characteristics of lightweight aggregate concrete in the course of hardening during heat treatment in chambers having thermally insulating surfaces | M. T. Soldatkin, V. V. Artikhovich and M. A. Smol'skii |
| 420-426 | Computation of a laminar non-self-similar semibounded fluid jet | K. E. Dzhaugashtin and A. L. Yarin |
| 426-432 | Diffusion in a laminar boundary layer of a turbulent jet incident on a plate | G. S. Antonova |
| 432-434 | Isothermal slip of a binary gas mixture along a solid surface | B. M. Markeev |
| 435-437 | Temperature and thermal fluxes at an elastohydrodynamic contact | M. A. Galakhov and V. V. Shirobokov |
| 438-442 | Thermally induced oscillations of helium in cryogenic apparatus | S. I. Sergeev, O. M. Popov and I. P. Vishnev |
| 442-446 | Dissipative heating of a medium during rotation of a disk in a bounded space | Yu. E. Makhovko and A. N. Kovalenko |
| 446-449 | Efficiency of convective circular fins with a triangular profile | I. R. Mikk |
| 450-452 | Effect of heating on parametric excitation of waves on the surface of a liquid | V. G. Nevolin and V. S. Kirchanov |
| 453-458 | Integral characteristics in the determination of coefficients of parabolic systems and equations | V. V. Vlasov, V. G. Seregina and Yu. S. Shatalov |
| 458-461 | Rheological properties of elastomers in compression | L. M. Boiko, V. G. Bobyl', Yu. I. Mustafin and V. I. Drovorub |
| 461-465 | Fracture of material through the action of an internal heat source | S. N. Kapel'yan |
| 466-469 | Calculation of the nonstationary temperature field in a composite (three-layer) cylinder | V. F. Kravchenko, A. V. Tokarenko and E. S. Pakhomova |
| 470-474 | Free convective heat transfer of cylinders of limited dimensions in cylindrical housings | A. S. Lyalikov and S. V. Solov'ev |
| 474-476 | Influence of natural gas evolution while melting on the separation of the boundary layer | V. M. Stefanovskii |
| 476-478 | The curtis-godson approximation for calculating the radiation of a nonisothermal gas | Yu. A. Popov |
| 479-483 | Abstracts of articles deposited at VINITI | D. M. Bobrov, Yu. A. Laukhin, I. P. Tetera, A. V. Zatovskii and A. I. Uzdalev, et al. |
| 484-485 | Ninth All-Union Rheology Symposium (Yaroslavl', June 8–11, 1976) | Z. P. Shul'man and A. D. Matsepuro |
| 487-491 | Improved two-beam specular hemisphere method for measuring thermal radiation characteristics of scattering materials | S. G. Il'yasov, V. V. Krasnikov, E. P. Tyurev and I. S. Ageenko |
| 492-497 | Special features of measurement of nonstationary heat fluxes by heat meters implementing the auxiliary wall method | G. N. Dul'nev, V. A. Kuz'min, N. V. Pilipenko and S. V. Tikhonov |
| 497-502 | Determining thermal resistance of contact between finished wavy metallic surfaces | V. M. Popov |
| 503-505 | Effect of an electric field on heat transfer of a droplet in the spheroidal state | M. I. Slutskii |
| 505-513 | Reynolds analogy for boiling | I. P. Vishnev |
| 513-517 | Theory of deep drying of finely porous bodies and experimental verification of theory | P. P. Zolotarev, Ya. I. Rabinovich and N. V. Churaev |
| 517-523 | Nonstationary problem of heat transfer in laminar-vacuum insulation | I. S. Zhitomirskii, A. M. Kislov and V. G. Romanenko |
| 523-529 | Heat and mass transfer in laminar-vacuum insulation | R. S. Mikhal'chenko and N. P. Pershin |
| 530-532 | Temperature dependence of thermal conductivity of helium | N. B. Vargaftik and L. V. Yakush |
| 532-539 | Apparatus for complex thermophysical studies of liquids at high state parameters in the monotonic heating regime | R. A. Mustafaev |
| 539-542 | Investigation of the effect of a magnetic field on the thermophysical characteristics of ferromagnetic suspensions | Z. P. Shul'man, V. I. Kordonskii, L. N. Novichenok and S. A. Demchuk |
| 543-548 | Study of gas motion in a plane-parallel channel with cryogenic walls | V. P. Shidlovskii |
| 548-555 | Mathematical simulation of heat- and mass-transfer processes in separated flows with a laminar mixing region at low reynolds numbers | R. I. Ayukaev and L. V. Poluyanov |
| 555-558 | Influence of the concentration initial section on the magnitude of diffusion fluxes in turbulent fluid flow | Yu. E. Guber |
| 558-561 | Wall-particle interaction in a vertical gas suspension flow | N. I. Gel'perin, L. I. Krupnik, Z. N. Memedlyaev and V. G. Ainshtein |
| 561-565 | Theory of centrifugal sedimentation of large particles | Z. I. Abarbanel' and V. S. Kovalenko |
| 565-571 | Development of a stable two-phase porous cooling system | V. A. Maiorov |
| 571-576 | Analogy between a thermistor and a plasma generator arc | A. S. Sergienko |
| 576-583 | Some steady-state problems in thermal conductivity for a thin metal wire heated by an electrical current | A. N. Shcherban' and V. N. Tarasevich |
| 584-591 | Laser heating and sublimation of carbon particles in a flame | V. S. Burakov, N. G. Kondrashov, A. A. Stavrov and I. S. Zakharova |
| 591-597 | Numerical method for the solution of problems of nonsteady nonlinear thermal conduction of complex two-dimensional bodies | G. K. Malikov |
| 598-604 | Abstracts of articles deposited at VINITI | V. M. Krasavin, V. D. Polugaevskii, Yu. I. Ageev, B. M. Gol'tsman and A. V. Ditman, et al. |
| 605-620 | Controlled heat pipes | L. L. Vasil'ev and S. V. Konev |
| 621-625 | Computation of steady-state radial distribution of finely dispersed particles in a vertical turbulent gas flow | Z. R. Gorbis, F. E. Spokoinyi and R. V. Zagainova |
| 626-628 | Heat transfer in “oblique” flow of a fluid with Pr≪1 over a single tube | V. M. Borishanskii, M. A. Gotovskii, V. B. Zhinkina, L. V. Kozlova and E. G. Kosheleva, et al. |
| 628-630 | Effect of state of heat-transfer surface on rupture of thin films of boiling liquid | V. I. Tolubinskii, V. A. Antonenko and Yu. N. Ostrovskii |
| 630-638 | Growth of a bubble of noncondensing gas injected into a liquid | B. N. Yudaev, O. V. Tsirlin and A. A. Yushkin |
| 638-642 | Critical discharge of saturated and subcooled water through channels of different shapes | V. G. Tonkonog, G. A. Mukhachev, B. M. Pavlov and I. F. Murav'ev |
| 642-645 | A peculiarity in measuring the disperse drop composition in a two-phase stream | V. V. Ushakov |
| 646-648 | Wetting contact angles of certain systems | V. G. Stepanov, L. D. Volyak and Yu. V. Tarlakov |
| 648-650 | Investigation of the thermal conductivity and density of isoamylbutyrate in a broad range of temperatures and pressures | K. D. Guseinov and O. Zhabbarov |
| 650-656 | Some features of heat and moisture transfer and approximate methods of calculating the drying kinetics of moist materials | P. S. Kuts and A. I. Ol'shanskii |
| 656-661 | Certain laws applicable to the vacuum drying of electrical insulation elements in an inert heat-transfer vapor | I. F. Pikus, I. A. Gubskii and A. M. Zverev |
| 662-668 | Filtration of non-Newtonian liquids | S. Wronski and L. Laskowski |
| 669-675 | Electrical properties of a diffusion flame of oppositely directed jets | N. I. Kidin and G. M. Makhviladze |
| 675-682 | Study and generalization of volt-ampere and thermal characteristics of a two-jet plasmotron | S. P. Polyakov and M. G. Rozenberg |
| 682-686 | Some problems of convective diffusion to a spherical particle with Pe ≤ 1000 | B. M. Abramzon and G. A. Fishbein |
| 686-688 | Effect of compressibility on the hydrodynamics of two-phase flows | V. V. Fisenko and V. I. Sychikov |
| 688-690 | Effect of thermal properties of boundaries on stability of convective flow in a vertical layer | G. Z. Gershuni, O. N. Dement'ev and E. M. Zhukhovitskii |
| 690-693 | Hydrodynamic stability of convective flow of a non-Newtonian fluid in a vertical layer | I. G. Semakin |
| 694-700 | Free-convective and radiative heat transfer on a vertical plane surface | O. G. Martynenko, Yu. A. Sokovishin and M. V. Shapiro |
| 700-704 | Numerical analysis of supersonic flow of an ideal gas in the wake of an axisymmetrical body | V. V. Bulanov |
| 705-707 | Analytical relationship for determining the relaxation losses of specific momentum [in a supersonic nozzle] | I. I. Polyakov |
| 707-712 | Coupled heat transfer between fluid film and solid wall | L. P. Kholpanov, T. B. Babak, V. N. Babak, V. A. Malyusov and N. M. Zhavoronkov |
| 713-718 | Kinetics of the temperature field induced by the emission of a laser with time-varying intensity | É. K. Maldutis, Yu. M. Reksnis and S. V. Sakalauskas |
| 718-720 | A simple procedure for constructing solutions of nonlinear heat-conduction problems by the kantorovich method | G. N. Gusenkov and I. M. Chirkov |
| 721-725 | Calculation of temperature fields | I. N. Bogaenko and Yu. A. Timofeev |
| 726-738 | Abstracts of articles deposited at VINITI | V. M. Kazanskii, L. S. Domorod, L. E. Evseeva, S. A. Tanaeva and V. N. Slesarenko, et al. |
| 739-743 | Heat exchange at the critical point of a cylinder with intense injection | B. N. Baskarev, V. P. Motulevich and É. D. Sergievskii |
| 744-748 | Heat transfer during laminar flow in a vertical annular channel with a constant temperature of the outer wall | S. N. Kanev, V. V. Ris and V. G. Sharov |
| 748-751 | Intensification of heat exchange in bundles of rods longitudinally bathed by gas | N. A. Minyailenko and P. T. Smenkovskaya |
| 752-755 | Characteristics of self-excited thermoacoustic oscillations in heat transfer to n-heptane | I. T. Alad'ev, V. D. Vas'yanov, N. L. Kafengauz, A. G. Lebedeva and A. V. Timakov |
| 756-759 | Heat transfer from flat bodies on an air cushion | B. P. Zhilkin and N. I. Syromyatnikov |
| 760-766 | Free convective heat transfer at a vertical semiinfinite plate | A. A. Berezovskii, O. G. Martynenko and Yu. A. Sokovishin |
| 767-769 | Influence of polymer molecular-weight distribution on hydrodynamic drag reduction in a turbulent stream of solution | A. P. Matyukhov |
| 770-773 | Influence of free convection on the rate of aerosol precipitation from a laminar gas stream | Ya. M. Vizel' |
| 774-777 | Heat transfer in a plasmotron channel | A. M. Gonopol'skii, A. I. Dautov, R. Kh. Ismagilov and F. A. Slobodkina |
| 777-780 | Generalization of test results on heat transfer in film boiling under natural convection conditions | É. K. Kalinin, I. I. Berlin, V. G. Karavaev, V. V. Kostyuk and É. M. Nosova |
| 781-784 | Analytical estimate of critical heat flux for water boiling in a tube | A. A. Ivashkevich |
| 784-792 | Some problems of measurement of thermal conductivity by the method of coaxial cylinders | Yu. L. Rastorguev, Yu. A. Ganiev and G. A. Safronov |
| 793-800 | Generalization of experimental results on the thermal conductivity of Freons 21, 22, and 23 | V. Z. Geller |
| 800-805 | Experimental investigation of the thermal conductivity of a binary Ar-Kr mixture at low temperatures | N. A. Nesterov |
| 805-809 | Relationships between complexes of thermophysical properties and compressibilities of fluids | A. M. Mamedov |
| 810-812 | Generalized relations for determining thermal contact resistance | V. M. Popov |
| 813-818 | Effect of physicochemical processes in fireproof materials on their thermal conductivity | E. Ya. Litovskii, F. S. Kaplan and A. V. Klimovich |
| 818-820 | A method of measuring heat conduction in a quasisteady mode with asymmetric boundary conditions and with allowance for nonlinearity | I. G. Meerovich and L. I. Zaichik |
| 821-824 | Simple method of measuring a variable heat flux | L. A. Sergeeva and V. L. Sergeev |
| 825-827 | Measurement of the parameters of external heat transfer by dilatometry | V. S. Batalov, V. S. Batmanov, Yu. S. Grigor'ev and A. N. Perminov |
| 827-831 | Compression mechanism for two-component loose media modeled by spherical particles | D. V. Khantadze and N. I. Topuridze |
| 832-835 | Determination of heat capacity cp and heat of evaporation of milk and cream at low pressures | Yu. P. San'ko and V. A. Sleptsov |
| 836-840 | Dependence of the temperature coefficient of drying on the heat- and mass-transfer similarity criteria for various values of the heat-transfer Biot number | P. S. Kuts, A. I. Ol'shanskii and E. L. Brom |
| 841-846 | Optimization of the oscillatory drying process | V. A. Sheiman |
| 846-848 | Determination of the local angular coefficient for a cylindrical surface | R. Kh. Mullakhmetov |
| 848-852 | Method of “joining” of solutions in the determination of a plane and a cylindrical phase interface in the Stefan problem | I. M. Kutasov, V. T. Balobaev and R. Ya. Demchenko |
| 852-855 | Steady heat transfer to a thin infinite disk with a cut-out opening | Yu. I. Babenko |
| 855-858 | Phase-transition kinetics and kinetic equations | P. M. Kolesnikov and T. A. Karpova |
| 859-861 | Abstracts of articles deposited at VINITI | V. I. Eleiko, K. A. Kiselev, P. A. Zakharov, V. K. Pushinkova and P. S. Samoilenko |
| 862-863 | Gennadii Nikolaevich Dul'nev (in honor of his fiftieth birthday) |
| 864-865 | Veniamin Mironovich Borishanskii (in honor of his sixtieth birthday) | A. A. Gukhman, L. G. Loitsyanskii, V. V. Pomerantsev, K. M. Aref'ev and P. G. Romanov, et al. |
| 867-871 | Heat transfer in a transient boundary layer on a porous plate | B. N. Baskarev, V. P. Motulevich and Yu. N. Terent'ev |
| 872-876 | Friction at the surface of a plate with simultaneous injection and suction of gas | A. I. Leont'ev, V. G. Puzach, V. P. Komarov, I. K. Ermolaev and N. V. Dubina, et al. |
| 876-878 | Investigation of the hydrodynamic conditions of jet heat transfer | B. P. Zhilkin and N. I. Syromyatnikov |
| 879-887 | Study of the discharge process into a liquid of a gas stream from an immersed nozzle | I. P. Ginzburg, V. A. Surin, A. A. Bagautdinov, A. S. Grigor'yants and L. I. Shub |
| 888-894 | Local and integral parameters of swirling flow in a long tube | A. A. Khalatov, V. K. Shchukin and V. G. Letyagin |
| 894-897 | Statistical characteristics of mass lost in thermal destruction | G. D. Petrov and V. L. Rovinskii |
| 898-901 | Contact heat transfer between heat-liberating element and surface of subliming solid cryoagent | B. S. Voroshilov, A. B. Grachev and V. M. Brodyanskii |
| 902-907 | Sublimation in a UHF electromagnetic field | G. G. Belyanskii, M. K. Bologa, A. Z. Volynets and É. Ya. Zafrin |
| 907-910 | Experimental investigation of heat transfer in the evaporator of a water heat pipe | Yu. N. Filippov |
| 911-916 | Investigation of the effective thermal conductivity of metal-fiber wicks in low-temperature heat pipes | M. G. Semena and V. K. Zaripov |
| 917-922 | Parametric resonance of the thermal conductivity of molecular gases in magnetic and electric fields | V. D. Borman, B. I. Nikolaev, V. A. Ryabov and V. I. Troyan |
| 923-925 | Effective conductivity of systems with interpenetrating components | G. N. Dul'nev and V. V. Novikov |
| 925-929 | Some problems in measuring thermal conductivity using the coaxial cylinders method. II | Yu. L. Rastorguev, Yu. A. Ganiev and G. A. Safronov |
| 929-934 | Investigation of the thermodynamic properties of nitrogen at pressures up to 8 kbar and temperatures up to 1800°K | A. A. Antanovich and M. A. Plotnikov |
| 935-937 | Relation between transport properties and densities of liquids | A. M. Mamedov |
| 938-942 | Quasisteady axisymmetric jet issuing into a fluidized bed | G. A. Minaev |
| 943-947 | Heat transfer in fluid filtration in a capillary-porous body with variable parameters | V. I. Potapov |
| 948-951 | Heat transfer accompanying forced convection in a poorly permeable medium | V. A. Romanov and N. N. Smirnova |
| 952-956 | Freely convective heat transfer at the external surface of a vertical isothermal cylinder | O. G. Martynenko, Yu. A. Sokovishin and M. V. Shapiro |
| 956-960 | Rheodynamics of nonlinearly viscoplastic liquids | É. T. Abdinov, Z. M. Akhmedov, R. S. Gurbanov and K. É. Rustamov |
| 961-965 | Effect of a water film on the structure of ice growing beneath it | M. K. Zhekamukhov |
| 965-967 | Numerical solution of Lippmann-Schwinger integral equation | M. I. Zhurina |
| 967-972 | Determination of the electrodynamic and thermal fluctuation characteristics of a biconical cavity | A. M. Andrusenko, V. F. Kravchenko and V. A. Solodukho |
| 972-977 | Unsteady heat losses of underground pipelines | B. L. Krivoshein and V. M. Agapkin |
| 977-980 | Method of computing the heat influxes over electrical cables in cryogenic systems | S. Ya. Milevskii and G. A. Topunov |
| 980-984 | Theory of magnetic water treatment | V. A. Boichenko and L. G. Sapogin |
| 985-991 | Abstracts of articles deposited at VINITI | S. P. Detkov, N. N. Ponomarev, L. V. Petrak, M. S. Panchenko and A. L. Panasyuk, et al. |
| 992-994 | Note on “obtaining and investigating supersonic jets of rarefied gas” by L. L. Vasil'ev, Yu. A. Lapshin, and A. N. Piskunov | A. A. Bochkarev, V. G. Prikhod'ko, L. L. Vasil'ev, Yu. A. Lapshin and A. N. Piskunov |
| 995-997 | Book reviews | A. T. Nikitin |
| 999-1003 | Steady-state and starting characteristics of a heat pipe with a wickless tank | M. G. Semena, V. M. Baturkin and B. M. Rassamakin |
| 1004-1007 | Heat transfer in a centrifugal heat pipe | M. P. Kukharskii, B. N. Krivosheev and G. V. Kosheleva |
| 1008-1012 | Breakaway of a liquid by a gas stream at an interface containing a grid | V. M. Matveev, Yu. N. Filippov, V. I. Dyuzhev and E. V. Okhapkin |
| 1012-1016 | Instantaneous velocity profile in a wavy fluid film | V. E. Nakoryakov, B. G. Pokusaev, S. V. Alekseenko and V. V. Orlov |
| 1017-1022 | Motion of the solid phase of an aerosol at large Reynolds numbers | B. Z. Teverovskii |
| 1022-1027 | Gravitational separation of disperse systems with preliminary aggregation of particles in an electric field | É. G. Sinaiskii |
| 1028-1032 | Mechanism of cooling of high-temperature gas (plasma) jets in a fluidized bed | S. S. Zabrodskii, M. B. Andryushkevich and I. N. Burachonok |
| 1033-1037 | Analytic calculation of deep vacuum drying of multilayer insulation elements of high-voltage transformers | L. A. Koshepavo, I. F. Pikus and Ya. S. Raptunovich |
| 1037-1042 | Kinetics of variation and unsteady fields of transport potentials in high-temperature vacuum drying of high-voltage cellulose insulation | P. S. Kuts, I. F. Pikus and V. D. Kononenko |
| 1042-1049 | Thermoelectric and galvanomagnetic properties of systems with mutually penetrating components | G. N. Dul'nev and V. V. Novikov |
| 1050-1054 | Thermal conductivity of certain adsorption materials at the temperatures 10–200°K | A. I. Raigorodskii, R. G. Amamchyan and I. I. Gil'man |
| 1055-1058 | Contact thermal resistance of some graphites | P. E. Khizhnyak, S. D. Fedoseev and A. I. Lutkov |
| 1058-1060 | Effect of temperature, pressure, and composition of atmosphere on thermal conductivity of heaps of powdered titanium, zirconium, and silicon | A. I. Lutkov, V. N. Mikhailov, Yu. P. Zarichnyak and D. V. Volkov |
| 1061-1063 | Thermal conductivity of polyethyl siloxane liquids at high pressures | V. G. Nemzer and V. V. Pugach |
| 1063-1067 | Thermophysical and rheological properties of certain biological fluids | V. S. Mikhalev, L. N. Novichenok and Yu. M. Pikus |
| 1068-1072 | Turbulent boundary layer on a chemically active surface with a negative pressure gradient | V. G. Sharov |
| 1073-1078 | Methods of nondestructive thermophysical checking of anisotropic bodies | V. V. Vlasov, Yu. S. Shatalov, E. N. Zotov, A. S. Labovskaya and A. A. Churikov |
| 1079-1082 | Experimental investigation of heat transfer in boiling of some cryogenic liquids and condensation of their vapors | I. G. Shekriladze and D. G. Rusishvili |
| 1082-1084 | Effect of thermal diffusion on photophoretic motion of aerosol particles | Yu. I. Yalamov, E. R. Shchukin, V. B. Kutukov, A. V. Myagkov and A. V. Gretskii |
| 1085-1089 | Diffusion of mercury vapor in gases | K. M. Aref'ev, B. F. Remarchuk and A. I. Galkin |
| 1089-1091 | Effect of leading edge on free-convection heat transfer | A. A. Berezovskii and Yu. A. Sokovishin |
| 1092-1096 | Generation of harmonic temperature variations | M. A. Kaganov and A. S. Rivkin |
| 1097-1101 | Thermal processes between a rigid wall and a stream of hot gas | G. A. Surkov and S. D. Skakun |
| 1101-1102 | Propagation of heat with a variable relaxation period | P. V. Cherpakov |
| 1103-1105 | Characteristics of the numerical solution of the heat-conduction equation at early times | A. G. Eliseev |
| 1105-1107 | The stress-diffusion effect in heterogeneous liquid streams | O. A. Grechannyi |
| 1108-1119 | Abstracts of articles deposited at VINITI | A. G. Zeberin, V. V. Kornaraki, G. Ya. Pipkevich, V. N. Panchenko and A. V. Kryanev, et al. |
| 1120-1126 | Conjugate problems of natural convection | L. B. Gdalevich and V. E. Fertman |
| 1127-1132 | Low-temperature heat pipes with vapor injection | Yu. F. Gerasimov, V. M. Kiseev, Yu. F. Maidanik and Yu. E. Dolgirev |
| 1132-1135 | Experimental study of local heat exchange between an inclined plate and an immobile | N. Ya. Romanenko and D. A. Kazenin |
| 1136-1143 | Distribution of gas streams in neighborhood of a plane jet in a high granular layer | Yu. A. Buevich, N. A. Kolesnikova and G. A. Minaev |
| 1143-1148 | Sectionalized fluidized-bed equipment for solution granulation | V. F. Volkov, G. I. Shishkin, V. V. Ukhlov and M. M. Silkina |
| 1148-1153 | Axial displacement of solid phase in a contained fluidized bed | Yu. S. Teplitskii and A. I. Tamarin |
| 1153-1157 | Experimental investigation of tube flow of a gas-particle mixture | V. V. Zlobin |
| 1157-1161 | Method of improving energy efficiency of vertical pneumatic transport by a retarded compact layer | Yu. I. Razinov and B. F. Stepochkin |
| 1161-1164 | Mass transfer during extraction of a solid substance from a mixture of polydisperse porous particles | G. A. Aksel'rud, E. M. Semenishin and E. G. Gordienko |
| 1165-1170 | Mechanism of internal mass transfer in deep drying of polymer materials | M. A. Prusakov, Ya. I. Rabinovich, B. S. Sazhin, N. V. Churaev and N. E. Shadrina |
| 1170-1175 | High-temperature conduction of helium-xenon mixtures | J. Maštovský |
| 1175-1179 | Thermal conductivity of binary and ternary disordered solid solutions of a titanium-zirconium-hafnium system | Yu. P. Zarichnyak and T. A. Lisnenko |
| 1179-1185 | Hydrodynamic structure and heat transfer in the initial region of an argon plasma jet | I. Dundr and Ya. Kuchera |
| 1186-1190 | Temperature stabilization conditions for a cryogenic cable | G. I. Bobrova, L. L. Vasil'ev, S. K. Vinokurov and V. A. Morgun |
| 1190-1193 | Helium temperature fluctuations in various phases | N. A. Pankratov, G. A. Zaitsev and I. A. Khrebtov |
| 1193-1197 | Dynamic dislodgement of a viscoplastic liquid film | Z. P. Shul'man, V. I. Baikov and S. L. Benderskaya |
| 1197-1202 | Variational solution of equation of nonlinear mass and energy transfer | L. S. Kalashnikova, I. N. Taganov and V. P. Volkova |
| 1202-1208 | Heat transfer in turbulent flow of polyatomic gases along a tube | O. A. Nekhamkina and M. A. Rotinyan |
| 1208-1213 | Steady three-dimensional temperature field in cooled turbine blades | V. I. Lokai and É. I. Gunchenko |
| 1213-1217 | Heat transfer of a vertical cylinder by free convection and radiation | Yu. A. Sokovishin and M. V. Shapiro |
| 1218-1221 | Numerical investigation of free convection from an instantaneous heat source in viscous fluid | F. B. Kaplanskii and A. M. Épshtein |
| 1221-1224 | Investigation of heat transfer of free convection in bounded volume with heating from above | N. V. Markelova and M. G. Kaganer |
| 1224-1231 | Numerical investigation of light-absorbent convection in horizontal tube I. Steady convection states in the field of continuous laser radiation | B. P. Gerasimov, V. M. Gordienko and A. P. Sukhorukov |
| 1231-1238 | Nonlinear stability of motion of viscous liquid between concentric rotating cylinders | E. A. Romashko |
| 1238-1242 | Method of finite elements for solving some heat-conduction problems | Jana Budacova |
| 1243-1262 | Abstracts of articles deposited at VINITI | A. A. Basovskaya, V. A. Reisig, G. L. Serebryanyi, Kh. Kh. Baikulov and Ya. M. Bekker, et al. |
| 1263-1264 | Book reviews | B. M. Smol'skii, P. S. Kuts and I. F. Pikus |
| 1265-1285 | Some results in heat- and mass-transfer development |
| 1286-1289 | Critical heat flux as a function of heater size for a liquid boiling in a large enclosure | I. I. Gogonin and S. S. Kutateladze |
| 1289-1295 | Heat transfer in a layer of liquid on a rotating archimedes spiral taking account of the entrance region | L. P. Kholpanov, N. S. Mochalova, V. A. Malyusov and N. M. Zhavoronkov |
| 1296-1299 | Decay of turbulence in the inlet region of circular and plane channels | A. S. Sukomel, V. I. Velichko, Yu. G. Abrosimov and D. F. Gutsev |
| 1300-1304 | A mathematical model of heat transfer for forced-convective film boiling | É. K. Kalinin, G. I. Balashov, I. I. Berlin, V. V. Kostyuk and V. M. Liventsov |
| 1304-1306 | Influence of heat flux and pressure on heat transfer associated with fully developed nucleate pool boiling | V. K. Andreev, V. I. Deev, A. K. Kondratenko, V. I. Petrovichev and V. E. Keilin, et al. |
| 1306-1310 | Investigation of the evaporation process and sonic limits in sodium heat pipes | M. N. Ivanovskii, V. V. Prosvetov, V. P. Sorokin, B. A. Chulkov and I. V. Yagodkin |
| 1311-1314 | Experimental study of the speed of sound in Dowtherm vapor | D. L. Timrot, M. A. Serednitskaya and N. N. Alekseev |
| 1314-1317 | Action of quantum effects on thermal conductivity of light gases (helium-3, helium-4, and hydrogen) | A. G. Shashkov and T. N. Abramenko |
| 1318-1324 | Thermal conductivity of argon and argon-neon mixtures at high temperature | E. I. Marchenkov and V. I. Aleinikova |
| 1324-1328 | An experimental study of thermal conductivity of aromatic hydrocarbons at high temperatures and pressures | R. A. Mustafaev and D. M. Gabulov |
| 1329-1334 | Laminar flow of vapor between parallel disks with intense uniform asymmetric sublimation | P. A. Novikov, L. Ya. Lyubin and V. I. Balakhonova |
| 1334-1339 | Rheological properties of homogeneous finely dispersed suspensions. Steady flows | Yu. A. Buevich and I. N. Shchelchkova |
| 1340-1346 | Generalized Couette flow of a nonlinearly viscoplastic fluid | Z. P. Shul'man and V. F. Volchenok |
| 1346-1349 | Stability of operation of an apparatus containing a granular bed fluidized by a gas stream | V. A. Borodulya, P. A. Aref'ev, V. I. Kovenskii and V. V. Zav'yalov |
| 1349-1353 | Exact solution of combined heat- and mass-transfer problem during film absorption | N. I. Grigor'eva and V. E. Nakoryakov |
| 1353-1358 | Theory of reaction diffusion for bodies of plane, cylindrical, and spherical symmetry | Yu. M. Grigor'ev, S. L. Kharatyan, Z. S. Andrianova, A. N. Ivanova and A. G. Merzhanov |
| 1359-1363 | Determination of the soret coefficient in a thermal-diffusion column operating in the sampling mode | G. D. Rabinovich, M. A. Bukhtilova and V. P. Ivakhnik |
| 1363-1369 | Structure of unidimensional temperature stresses | A. G. Shashkov and S. Yu. Yanovskii |
| 1369-1375 | Hydrodynamics and heat and mass transfer in a solidifying melt | P. F. Zavgorodnii, F. V. Nedopekin and I. L. Povkh |
| 1376-1378 | Thermochrome displays based on metal-semiconductor phase transition in vanadium oxides | A. S. Oleinik, B. V. Abalduev, B. P. Zakharchenya and F. A. Chudnovskii |
| 1379-1390 | Vibrational nonequilibrium in gases | A. I. Osipov |
| 1391-1392 | Mikhail Fedorovich Zhukov (on his sixtieth birthday) |
| 1393-1394 | Aleksandr Ivanovich Leont'ev (on his fiftieth birthday) |
| 1395-1396 | Book reviews | L. M. Biberman |
| 1397-1398 | Inverse and conjugate problems of heat exchange | V. P. Mishin |
| 1398-1401 | Some problems in thermal design for aircraft and their experimental treatment | B. M. Pankratov |
| 1402-1409 | Inverse heat-transfer problems in the investigation of thermal processes and the design of engineering systems | O. M. Alifanov |
| 1409-1413 | Impulse-function method for heat-transfer dynamics in a channel | B. P. Eorol'kov and É. A. Tairov |
| 1413-1416 | New method for nonsteady-heat-transfer investigations in a thermal aerodynamic tube | O. M. Alifanov, N. I. Batura, A. M. Bespalov, M. I. Gorshkov and N. A. Kuz'min, et al. |
| 1416-1422 | Nonsteady flow of dissociating nitrogen tetroxide in a steam-generating channel | A. A. Andrizhievskii, A. A. Mikhalevich and V. A. Nemtsev |
| 1422-1426 | Use of generalized diffusion coefficients in solving conjugate problems | G. A. Glebov |
| 1426-1432 | Conjugate heat-exchange problem in the flow of a stream of dissociated air over a blunt axisymmetric body | E. A. Artyukhin |
| 1432-1435 | Stefan-type problem for sublimation in a porous body | G. E. Gorelik, V. V. Levdanskii, N. V. Pavlyukevich and S. I. Shabunya |
| 1435-1439 | Application of the Tikhonov method to solve the inverse heat-conduction problem for a melting plate with melt entrainment | V. V. Lebedev |
| 1439-1443 | Direct and inverse heat-conduction problems in a more complete formulation | N. V. Shumakov and A. A. Rostovtseva |
| 1443-1447 | Solution of conjugate problem in successive intervals | L. D. Kalinnikov and N. V. Shumakov |
| 1447-1451 | Algorithm for calculating temperature fields in thin-walled structural elements | V. S. Khokhulin |
| 1451-1454 | Reconstruction of local equilibrium temperature fields in an emissive medium | V. V. Pikalov and N. G. Preobrazhenskii |
| 1454-1457 | The temperature dependence of the thermal constants of composite polymer materials | V. I. Strakhov, S. I. Leonova and A. N. Garashchenko |
| 1457-1461 | A modified method of determining the thermal constants of nonmetallic materials | A. V. Titov and Yu. A. Solodyannikov |
| 1461-1463 | Numerical solution of the inverse heat-conduction problem for determining thermal constants | N. I. Nikitenko and Yu. M. Kolodnyi |
| 1464-1467 | Identification methods of boundary conditions found from the solution of the inverse heat-conduction problem | N. N. Malakhov |
| 1467-1469 | Statistical parameter correction for mathematical models of heat-engineering systems | S. N. Loginov and V. V. Malozemov |
| 1469-1474 | Dynamic method of measuring heat fluxes by battery heat flowmeters using a Kalman filter | A. S. Gol'tsov, D. F. Simbirskii and S. V. Kudryashov |
| 1475-1480 | Some research in the area of the determination of nonsteady heat fluxes | G. A. Surkov, F. B. Yurevich and S. D. Skakun |
| 1480-1484 | Spline identification of heat fluxes | E. N. But |
| 1484-1489 | Some analytical methods of solving inverse (coefficient) problems of heat-conduction theory | A. A. Aleksashenko |
| 1489-1493 | Construction of a regularized solution to one inverse heat-conduction problem with random errors in the initial data | Yu. E. Voskoboinikov and Ya. Ya. Tomsons |
| 1493-1496 | Numerical algorithm for the solution of linear two-dimensional integral equations of the first kind | V. D. Perminov |
| 1497-1503 | The difference method of solving the conjugate problem of heat exchange during gas flow in a thick-walled channel between communicating vessels | G. T. Aldoshin, V. I. Zhuk, B. É. Kért and K. M. Shlyakhtina |
| 1503-1508 | Method of descriptive regularization and quality of approximate solutions | V. A. Morozov, N. L. Gol'dman and M. K. Samarin |
| 1508-1512 | Solution of inverse heat-conduction problems on specialized analog computers | M. P. Kuz'min, I. M. Lagun and S. V. Lagun |
| 1512-1515 | Use of a hyperbolic equation in thermal-conductivity theory | V. A. Bubnov and I. A. Solov'ev |
| 1-5 | Temperature stratification in closed liquid-filled volumes with constant heat-flux density at the shell | Yu. A. Kirichenko |
| 6-8 | Heat transfer in laminar flow at supercritical pressure | F. I. Kalbaliev |
| 9-11 | Nonsteady heat conduction in cells of triangular lattice with central heat sink | P. I. Bystrov, V. F. Goncharov and N. N. Garbuz |
| 12-15 | Operation of certain constructions of a porous evaporator of a coaxial heat-transfer device | G. P. Nikolaev, V. A. Shamanaev, V. E. Prokudenko, L. N. Negodyaev and É. V. Mazurov |
| 15-19 | Three-dimensional radiative heat-transfer problem with shading | V. F. Kravchenko and V. M. Yudin |
| 20-23 | Effect of thickness of oxide film on the emissivity and reflectivity of heat-resistant metals and alloys | G. A. Zhorov and K. A. Yagunov |
| 24-30 | Mechanism of momentum transfer from a body in a developed fluidized bed | Yu. A. Buevich |
| 31-36 | Charge transfer in two-phase (gas-solid-particle) flows | B. G. Popov |
| 37-43 | Heat transfer wtth two-dimensional liquid filtration into shattered rocks | É. I. Merzlyakov, I. A. Ryzhenko and A. S. Tsyrul'nikov |
| 44-47 | Effect of sound radiation on the mixing of flows with appreciably different temperatures | V. D. Parkhomenko, I. V. Kovalenko, V. A. Tevelenkov and B. I. Mel'nikov |
| 48-51 | Characteristics of heat transfer in magnetorheological systems | S. A. Demchuk, V. I. Kordonskii and Z. P. Shul'man |
| 52-55 | Influence of structure of aqueous polymer solutions on the Toms effect | L. I. Shakhovskaya, T. A. Lemesheva and Yu. G. Kryazhev |
| 55-58 | Effect of surfactant on bubble motion close to a solid wall | I. E. Shchekin |
| 58-61 | Heat transfer inside a rotating rectangular cavity | V. K. Shchukin |
| 61-64 | Modeling turbulent flow at a permeable plate with strong injection | A. A. Nekrasov |
| 65-68 | Jet flow past an ellipsoid of revolution by means of a laser doppler anemometer | V. P. Ivanov, V. P. Klochkov and L. F. Kozlov |
| 69-72 | Nonsteady changes in structural thermophysics | I. Augusta |
| 73-75 | Speed of sound, isochoric heat capacity, and coefficient of isothermal compression of heavy water at atmospheric pressure | A. A. Aleksandrov and D. K. Larkin |
| 76-78 | Experimental study of thermal conductivity of heavy-water vapor at temperatures of 375–600°C and pressures to 250 mPa | Kh. I. Amirkhanov, A. P. Adamov and U. B. Magomedov |
| 79-83 | Transfer coefficients of monatomic gases in the temperature range 100–3000°K | R. M. Sevast'yanov and N. A. Zykov |
| 84-87 | Anharmonic contributions to specific heat and thermal expansion of crystals | V. N. Romanov |
| 88-91 | Effect of diffusion and sorption on radioactive-gas distribution in a porous medium | N. A. Kudryashov, E. G. Basanskii and A. G. Bondarenko |
| 92-108 | Abstracts of papers deposited at VINITI | I. P. Vishnev, O. A. Sedov, I. A. Filatov, A. K. Rodin and L. I. Mogilevich, et al. |
| 109-120 | Progress in the theory and methods of analysis of radiative and combination heat transfer | V. N. Adrianov, A. G. Blokh, N. A. Rubtsov, V. P. Trofimov and B. A. Khrustalev |
| 121-123 | Book reviews | Z. P. Shul'man, O. G. Martynenko and V. K. Popov |
| 125-128 | Investigation of gasdynamics of a vapor stream in heat pipes under turbulent conditions | V. S. Mikhailov, A. M. Krapavin, P. I. Bystrov and G. I. Pokandyuk |
| 128-130 | Heat transfer with boiling of a thin water film on a Teflon surface | V. A. Antonenko and Yu. N. Ostrovskii |
| 131-136 | Slow evaporation of a drop of solution | V. F. Dunskii and Yu. V. Yatskov |
| 137-140 | Thermal conductivity of triple semiconductors of A1SbC26 type as a function of chemical composition and structure | V. A. Bazakutsa and M. P. Vasil'eva |
| 141-143 | Measurement of the thermal conductivity of water vapor at 375–600°C and pressures up to 250 mPa | Kh. I. Amirkhanov, A. P. Adamov and U. B. Magomedov |
| 144-150 | Onset of fluidization in a conical system | Yu. A. Buevich and S. M. Ellengorn |
| 150-153 | Drying in heated gas flows | G. A. Aksel'rud, A. I. Chernyavskii and Ya. N. Khanyk |
| 154-158 | Effects of water-soluble polymers and electrolytes on permeability of heavy clay soils | P. P. Olodovskii, M. G. Murashko, A. B. Bogdanova, R. F. Dotsenko and G. A. Ivkovskaya, et al. |
| 159-163 | Stability of capillary jets of elasticoviscous fluids | V. M. Entov |
| 164-166 | Flow analysis of viscoelastic liquid film in a rotational mixer | A. V. Kosterin, A. A. Aleksandrovskii and V. F. Sharafutdinov |
| 167-172 | Relaxation of heat transfer processes in polymers | V. V. Kharitonov |
| 172-175 | An experimental study of influence of degree of swirling of a plasma air jet and introduction of natural gas into it on temperature and velocity fields | S. P. Polyakov, P. F. Bulanyi and S. N. Pisanko |
| 176-182 | Estimation of the intensity of longitudinal mixing in a finite channel | N. I. Gel'perin, I. P. Sal'nikov and V. G. Ainshtein |
| 182-187 | Numerical study of laminar swirled flow in an annular channel | V. V. Tret'yakov and V. I. Yagodkin |
| 188-192 | A generalized similarity method with a universal equation in differential form in the theory of a nonstationary boundary layer | O. N. Bushmarin and V. M. Stoletov |
| 193-195 | Peculiarities of the interaction of adiabatic jets with inclined barriers | A. A. Stolyarov |
| 196-202 | Problem of dissolving gas bubbles in a liquid | L. V. Grois and N. E. Kvantaliani |
| 203-206 | Reduced value of thermodynamic constants of chlorine isotopes in carbon tetrachloride | G. D. Rabinovich and V. M. Dorogush |
| 206-212 | Radiative angular coefficients in axisymmetric system | N. N. Chentsov, G. V. Dumkina and N. S. Shoidina |
| 212-216 | Reflective power of two-phase media of cylindrical geometry | K. S. Adzerikho and N. V. Podluzhnyak |
| 216-222 | Numerical solution of a nonsteady differential equation of heat conduction | V. M. Kapinos and Yu. L. Khrestovoi |
| 223-226 | One method of solving incorrectly stated problems | O. M. Alifanov and S. V. Rumyantsev |
| 226-230 | Solution of inverse coefficient problems by the regularization method using spline functions | A. M. Makarov and M. R. Romanovskii |
| 231-235 | Use of splines in the solution of inverse boundary problems of heat conduction | A. A. Shmukin and N. M. Lazuchenkov |
| 235-240 | A scheme of fractional steps for a nonsteady internal conjugate problem of heat transfer in flow of an incompressible liquid with variable thermophysical properties | B. E. Kert |
| 240-245 | Method of extension of the domain of heat- and moisture-conduction problems | I. Z. Aktuganov |
| 245-248 | Linear defining equations in heat-conduction theory with finite thermal-perturbation velocity | V. L. Kolpashchikov and A. I. Shnip |
| 248-250 | Heat transfer in semiinfinite region with variable physical parameters | Yu. I. Babenko |
| 251 | Book reviews | Sh. N. Plyat |
| 252-253 | Seventh All-Union Conference on Low-Temperature Plasma Generators | L. A. Tonkonogaya |
| 253-254 | Resolution of the Second All-Union Conference on the Mechanics of Anomalous Systems | A. Kh. Mirzadzhanzade |
| 255-258 | Valve effect in a granular bed | M. A. Gol'dshtik, A. V. Lebedev and V. N. Sorokin |
| 259-266 | Vibrational fluidization of a shallow granular bed | Yu. A. Buevich and V. L. Galontsev |
| 267-270 | Heat transfer in a liquid fluidized bed with a turbulent jet injected at the wall | A. I. Safronov, L. K. Vasanova and N. I. Syromyatnikov |
| 270-276 | Laws governing gas-bubble motion in a fluidized bed | Yu. S. Teplitskii and A. I. Tamarin |
| 276-280 | Optimal horizontal pneumatic transport | V. V. Kazantsev and M. B. Rivkin |
| 280-285 | Removal of a liquid from an open-cell body by fluidized porous particles 1 | E. N. Prozorov, V. M. Starov and N. V. Churaev |
| 286-291 | Evaporation of a liquid from a surface in an air jet at various schmidt numbers | F. Krzhizhek |
| 292-295 | Evaporation of arbitrary-size drop in electromagnetic radiation field | Yu. I. Yalamov, E. R. Shchukin and L. A. Uvarova |
| 296-302 | An approximate method for calculating transfer coefficients for partially ionized gas mixtures | M. N. Rolin, F. B. Yurevich and V. V. Kondrashov |
| 302-304 | Relationship of gas phase mass transfer to thermal conductivity of refractories | E. Ya. Litovskii, F. S. Kaplan and A. V. Klimovich |
| 305-312 | Peculiarities in thermal conductivity of alkali metals in gas phase. Relationship between thermal conductivity and viscosity | V. S. Yargin |
| 312-315 | Thermal-conductivity coefficients of six liquid aromatic hydrocarbons | A. M. Mamedov |
| 315-320 | Calculating semiconductor parameters based on measuring electrical and thermophysical, galvanic and thermomagnetic effects using the method of varying the influence factors | I. S. Lisker and M. B. Pevzner |
| 321-323 | Experimental investigation of temperature behind strong shock waves in argon at M=8–30 | A. V. Il'metov and V. I. Titov |
| 324-328 | Experimental investigation of convective heat transfer during combustion of opposed gas-air jets | G. K. Malikov, F. R. Shklyar, D. L. Lobanov and V. A. Korshunov |
| 329-333 | Temperature field of a submerged steam jet | Yu. I. Balakleevskii and V. Yu. Chekhovich |
| 333-338 | Investigation of submerged turbulent gas jets with different densities | V. A. Golubev and V. F. Klimkin |
| 339-344 | Integral method of calculating a turbulent boundary layer in a uniform gas stream | V. G. Sharov |
| 344-349 | Entrainment of a viscoplastic fluid by a moving surface | E. P. Shul'man and V. I. Baikov |
| 350-353 | An effect of normal stresses | V. M. Entov, S. M. Makhkamov and K. V. Mukuk |
| 353-360 | Theory of equation of state for real gases 1. | V. A. Bubnov |
| 361-366 | Solution of linear boundary inverse problems of heat conduction | I. A. Novikov |
| 367-384 | Abstracts of articles deposited at VINITI | L. N. Aksenov, O. F. Shlenskii, A. T. Nikitin, N. I. Aksenov and V. S. Podkorytova, et al. |
| 385-390 | Heat exchange in the initial section of a pipe with laminar flow in the boundary layer and a constant wall temperature | V. M. Legkii |
| 391-394 | Hydrodynamics and heat exchange in a liquid film in the entrance section with allowance for frictional forces at the interface | N. S. Mochalova, L. P. Kholpanov, V. A. Malyusov and N. M. Zhavoronkov |
| 395-398 | Trajectories of single jets of different densities propagating in a deflecting airstream | V. A. Golubev, V. F. Klimkin and I. S. Makarov |
| 399-401 | A study of the possibilities of controlling the hydrodynamics of a fluidized bed to intensify external heat exchange | A. P. Baskakov, N. F. Filippovskii, A. V. Sokolov, O. M. Panov and A. A. Zharkov |
| 402-409 | Influence of gas flow through the vibrating grid on the hydrodynamics of a shallow vibrofluidized bed | Yu. A. Buevich and N. M. Kharisova |
| 409-415 | The scale effect in the laminar flow of dilute solutions of polymers in tubes | S. A. Vlasov and V. N. Kalashnikov |
| 415-420 | Rheological equations of state of a dilute suspension of dipole dumbbells in a power-law liquid | E. Yu. Taran |
| 420-425 | Relation between homogeneous and inhomogeneous stretching of an elastic fluid | A. N. Prokunin and N. G. Proskurnina |
| 426-430 | Nonisothermal polymerization in a spherical reactor. Temperature distribution and reaction kinetics | A. Ya. Malkin, A. N. Ivanova, S. L. Ivanova and Z. S. Andrianova |
| 431-435 | Selection of thermal operating regimes for fuel cell reactor-condenser systems | É. N. Bukreev, A. B. Gulyaenko, A. I. Kalinchak and Yu. L. Tonkonogii |
| 435-441 | Effective conductivity of heterogeneous systems with disordered structure | Yu. P. Zarichnyak and V. V. Novikov |
| 441-443 | An experimental study of dielectric properties of nematic liquid crystals | I. P. Zhuk and L. E. Golovicher |
| 444-448 | Kinetics of the elimination of a liquid from a porous body by porous particles. II | E. N. Prozorov, V. M. Starov and N. V. Churaev |
| 449-453 | Theory of frontal isothermal dynamics of sorption for any convex or concave isotherm | A. I. Kalinichev |
| 453-461 | An approximate mathematical model of heat and mass transfer in two-phase flow | T. Blikle and T. Vaida |
| 461-465 | The dynamic pressure from a compressed arc in metal cutting | V. G. Davydenko and V. D. Shimanovich |
| 465-470 | On the theory of the equation of state of real gases. II | V. A. Bubnov |
| 471-475 | Conditions for the application of a radiation parameter in engineering calculations | A. S. Nevskii and M. M. Mel'man |
| 475-477 | Radiant heat conduction in a layer with a high particle concentration | Yu. A. Popov |
| 477-482 | Thermal instability of a viscoelastic fluid layer with lift and thermocapillary forces taken into account | F. A. Garifullin |
| 482-489 | Solution of a plane Stefan problem for a half-space by the method of degenerate hypergeometric transformations | M. N. Shafeev |
| 490-494 | Green's function of steady-heat-conduction operator for some shells of revolution | I. A. Davydov, Yu. A. Mel'nikov and V. A. Nikulin |
| 495-507 | Abstracts of papers deposited at VINITI | A. A. Stolyarov, G. G. Zel'kin, A. A. Mogutnov, Yu. Z. Bubnov and L. N. Vishevnik, et al. |
| 508-524 | Boiling liquid heat transfer on porous and developed heater surfaces | L. L. Vasil'ev, A. N. Abramenko and L. E. Kanonchik |
| 525-527 | Mechanism of thermoacoustic self-oscillations | V. D. Vas'yanov, N. L. Kafengauz, A. G. Lebedeva, A. V. Timakov and V. V. Chekanov |
| 527-534 | Theory of the temperature stabilization process in gas-controlled heat pipes | L. L. Vasil'ev and S. V. Konev |
| 534-539 | Experimental investigation of the thermodynamic crisis of film boiling | V. G. Pron'ko and L. B. Bulanova |
| 539-543 | Heat transfer for a liquid boiling in a bed of granular material | G. F. Smirnov |
| 544-549 | Heat exchange and hydraulic resistance during laminar condensation of nitrogen tetroxlde in a vertical pipe | L. I. Kolykhan and T. M. Batishcheva |
| 550-553 | Water droplet evaporation in a continuous CO2 laser radiation field | E. V. Ivanov and V. Ya. Korovin |
| 554-557 | Mass transfer between solid particles and a pulsating liquid flow | G. A. Aksel'rud, I. N. Fiklistov and V. I. Trotskii |
| 557-563 | Free convection in a heterogeneously catalyzed reaction | K. V. Pribytkova, S. I. Khudyaev and É. A. Shtessel' |
| 564-568 | Hydraulic resistance of a fixed granular layer with respect to descending dust-containing gas flow | V. A. Dryabin, D. M. Galershtein and S. S. Zabrodskii |
| 569-573 | Dynamic equation of state of a gas mixture containing solid particles | G. P. Yasnikov and V. S. Belousov |
| 573-575 | Impact of particles of a granular material on a hard surface | S. G. Ushakov, Yu. N. Muromkin and V. E. Mizonov |
| 576-580 | Flow of air through a capillary under the action of ultrasound | N. P. Migun and P. P. Prokhorenko |
| 580-583 | Calculation of the thermal conductivity of dense real gases and their mixtures | V. R. Kamenetskii |
| 584-588 | An experimental study of the thermal conductivity of cesium vapor by the periodic heating method | Yu. K. Vinogradov and A. V. Veryugin |
| 588-595 | Determination of the thermal and electrical conductivities of ultrafine particulate systems | G. N. Dul'nev, Yu. P. Zarichnyak and V. V. Novikov |
| 596-599 | A calorimeter for measuring liquid-metal enthalpies up to 2100°K | V. I. Chemykhin, I. N. Zedina and S. E. Vaisburd |
| 599-603 | A method of measuring the thermal conductivity of poor heat conductors under monotonic conditions | E. A. Tombasov, V. Ya. Cherepanov, P. S. Glazyrin, G. P. Polukeev and V. E. Chelmodeev |
| 603-606 | Experimental investigation of the temperature dependence of the accommodation coefficients for the gases He, Ne, Ar, and Xe on a Pt surface | S. F. Borisov, S. A. Litvinenko, Yu. G. Semenov and P. E. Suetin |
| 607-609 | Variation in the heat exchange of combustion products over an oscillation period during vibrational flame propagation | D. S. Kayumova and S. A. Abrukov |
| 610-613 | Characteristics of an electric-arc heater with a sectioned channel of variable radius and a distributed gas flow rate | A. I. Dautov, R. Kh. Ismagilov and A. G. Shashkov |
| 613-615 | Influence of scattering anisotropy on the emission of two-phase media | K. S. Adzerikho and V. P. Nekrasov |
| 615-619 | Air cooling of a turbine guide vane for a stationary gas-turbine plant (GTP) with a high gas pressure | L. L. Volodkin |
| 619-624 | Use of methods of solving inverse problems of heat conduction to establish the coefficient of heat transfer in jet cooling | E. M. Berkovich, A. A. Golubeva, E. G. Shadek and L. K. Tukh |
| 624-627 | Impurity distribution in a melt crystallizing with convection caused by concentration gradients | P. F. Zavgorodnii, V. I. Kolesnik, I. L. Povkh and O. N. Lukicheva |
| 628-633 | Nonsteady convective heat exchange in prismatic pipes of triangular cross section | A. A. Kochubei and A. A. Ryadno |
| 633-636 | Nonsteady heat transfer from a cylinder with injection | Yu. I. Babenko |
| 637-642 | Abstracts of papers deposited at VINITI | L. S. Kokorev, V. V. Kharitonov, B. É. Kért, R. S. Kuznetskii and S. P. Detkov, et al. |
| 643 | All-Union conference on problems of turbulent liquid and gas flow | I. L. Povkh and A. B. Stupin |
| 645-651 | Analogy between the processes of momentum transfer and heat transfer in turbulent flow of a liquid in a tube and in a gravitational film | G. I. Gimbutis |
| 651-655 | Hydrodynamics of a water-air flow in a vertical annular channel | É. B. Servirog and A. N. Khoze |
| 656-661 | A method of calculating the heat transfer in a longitudinally irrigated rod bundle | N. A. Minyailenko and V. A. Yatsevskii |
| 661-665 | Design of a heat pipe with separate channels for vapor and liquid | Yu. E. Dolgirev, Yu. F. Gerasimov, Yu. F. Maidanik and V. M. Kiseev |
| 666-671 | Hydrodynamics and heat transfer in curvilinear channels of rectangular cross section | K. V. Dement'eva and I. Z. Aronov |
| 671-675 | Breakdown of stability of heat- and mass-transfer processes in certain gas-liquid systems | M. K. Bezrodnyi |
| 676-680 | Rheological behavior of a homogeneous suspension in nonstationary flow | Yu. A. Buevich and V. G. Markov |
| 681-684 | Thermal conductivity of a refractory board in helium, air, and vacuum | E. I. Aksel'rod, I. I. Vishnevskii and D. B. Glushkova |
| 685-689 | Experimental study of thermal conductivity of neon-helium mixtures at high temperatures | E. I. Marchenkov and V. I. Aleinikova |
| 690-695 | Experimental study of heat capacities of dilute aqueous solutions of nonelectrolytes | I. P. Zhuk and T. R. Atrashenok |
| 695-698 | Experimental study of high-temperature liquid evaporation from capillaries | S. N. Zotov, Ya. I. Rabinovich and N. V. Churaev |
| 699-704 | Heat and mass transfer in a layer of powder moving over a heating surface | V. V. Kornaraki |
| 705-709 | Motion of a granular material in a tall vibrating system | A. F. Ryzhkov and A. P. Baskakov |
| 709-712 | Equations for the heat fluxes in the cathode and anode sections of a two-jet plasma source | S. P. Polyakov and M. G. Rozenberg |
| 713-718 | Question of Stefan flow in liquids | A. R. Gordon, L. S. Starodubov and V. R. Zayavlin |
| 719-722 | Heat transfer during laminar flow of a viscoelastoplastic medium in a circular tube | L. K. Filimonova and N. V. Tyabin |
| 722-730 | Heat transfer in generalized couette flow of a nonlinear viscoplastic fluid | Z. P. Shul'man and V. F. Volchenok |
| 731-733 | Computation of the velocity profile in the flow of an anomalously viscous liquid in cylindrical channels of arbitrary cross section | K. D. Vachagin and Yu. G. Nazmeev |
| 734-737 | Effective thermodynamic functions of a gas with solid particles | G. P. Yasnikov and V. S. Belousov |
| 738-741 | Nonstationary heat transfer in a scattering medium | Yu. A. Popov and V. I. Polovnikov |
| 742-744 | Heating of a material containing internal sources | A. A. Ivanov |
| 745-752 | Effect of a pressure gradient and of external flow turbulence on flow in a boundary layer | G. S. Glushko, V. I. Bronshtein and B. N. Yudaev |
| 753-758 | Application of an alternating-direction method to the numerical solution of the temperature problem for the driving wheel of a radial-inflow turbine | V. S. Petrovskii and V. I. Krichakin |
| 759-762 | Heat transfer between solid bodies and high-temperature gas flows | G. A. Surkov and S. D. Skakun |
| 762-767 | Two-phase zone during crystallization of a binary melt | P. F. Zavgorodnii, L. P. Moroz, F. V. Nedopekin and G. M. Sevost'yanov |
| 769-772 | Measurement of the temperature of gas media containing carbon dioxide by the laser-probing method | S. P. Vagin and Yu. A. Yakobi |
| 773-777 | Calculation of the coefficient of thermal conductivity of a chemically reacting gas mixture of methane and hydrogen in the temperature range 1000–6000°K | A. N. Laktyushin, T. V. Laktyushina and O. I. Yas'ko |
| 778-782 | Thermophysical characteristics of thermal insulation on metal backing | Yu. A. Zagromov, V. V. Kulikov and B. Z. Tokar' |
| 782-784 | Thermal conductivity of a fiberglass material with a complex spatial structure | V. A. Loshkarev and A. I. Cheprasov |
| 785-792 | Auxiliary-wall method of measuring highly inhomogeneous local heat fluxes | V. K. Aslanyan, É. N. Voznesenskii and V. I. Nemchenko |
| 793-797 | Dynamic properties of heat receivers with moving heat carrier | E. I. Ivlev and O. A. Nazarovskii |
| 797-801 | Investigation of the thermophysical characteristics of cryogenic heat pipes with a metal-fiber wick | M. G. Semena and A. I. Levterov |
| 801-805 | Heat transfer in a toroidal vessel partly filled with liquid | Yu. A. Kirichenko and Zh. A. Suprunova |
| 806-809 | Correlation of film-boiling thermodynamic crisis data | V. G. Pron'ko and L. B. Bulanova |
| 810-814 | Heat transfer in the disperse film-boiling mode of cryogenic liquids | S. A. Yarkho |
| 815-819 | Models of heat transfer of a cooled ac conductor | Yu. M. L'vovskii |
| 820-822 | Mass transfer in a cylindrical channel with evaporation and condensation at the walls | L. N. Shulepov |
| 823-827 | Flow dynamics and heat transfer in a rotating slot channel | O. N. Ovchinnikov and E. M. Smirnov |
| 827-832 | Influence of inhomogeneous electric and magnetic fields on internal mass transfer in capillary-porous bodies | A. L. Panasyuk, M. S. Panchenko, V. M. Starov and N. V. Churaev |
| 833-836 | Effect of the shape of a solid on the kinetics of external mass transfer | G. A. Aksel'rud and I. I. Feiginberg |
| 836-841 | Transfer equation in thermodiffusion column with spiral winding | G. D. Rabinovich |
| 841-845 | An electric arc in a channel bearing a turbulent gas flow | Z. M. Galeev, R. R. Ziganshin, R. Kh. Ismagilov and A. G. Shashkov |
| 846-848 | Solid-phase temperature in the combustion of carbon under fluidized-bed conditions | A. A. Belyaev, G. N. Delyagin and V. G. Slutskii |
| 849-854 | Thermal and hydraulic conditions in a pipeline carrying a liquid | B. A. Krasovitskii |
| 854-859 | Electrical simulation of three-dimensional temperature fields of anisotropic bodies of complex shape | O. I. Bukovskaya, N. F. Dekhtyareva and L. A. Kozdoba |
| 860-862 | Radiation of an infinite isothermal cylinder with account of scattering | F. N. Lisin and I. F. Guletskaya |
| 863-866 | Solutions of integral equations of transport theory in the Green-function formalism | V. V. Komarov, A. M. Popova and V. L. Shablov |
| 866-869 | Generalization of Sommerfeld heat-conduction problem for a ring | I. R. Vengerov |
| 870-875 | Numerical investigation of thermoconcentrational convection in the liquid core of a crystallizing binary melt | P. F. Zavgorodnii |
| 876-883 | Abstracts of articles deposited at VINITI | T. F. Klimova, K. D. Guseinov, N. M. Bairamov, N. N. Dergunov and R. K. Babichev, et al. |
| 885-890 | Average and local characteristics of the hydrodynamics and heat exchange in channels containing spherical elements | N. G. Burdanov, L. E. Kostikov, V. V. Lozovetskii, V. V. Perevezentsev and V. A. Sulin |
| 890-894 | Intensification of convective heat exchange by spiral swirlers in the flow of anomalously viscous liquids in pipes | T. I. Igumentsev and Yu. G. Nazmeev |
| 895-899 | Heat-exchange processes in the heat-supply zones of two-phase thermosiphons operating on freons 11, 113, and 142 and on water and ethanol | M. G. Semena and Yu. F. Kiselev |
| 900-901 | Influence of inner rifling on the efficiency of a vortex tube | L. M. Dyskin and P. T. Kramarenko |
| 902-907 | Mechanism for the flash under the effect of monochromatic radiation on metal surfaces | V. P. Korobeinikov and V. N. Soshnikov |
| 908-911 | Heat-flux transducers based on artificially anisotropic thermoelectric materials | O. A. Gerashchenko, E. K. Iordanishvili, T. S. Gudkin, E. É. Fiskind and Zh. L. Pogurskaya |
| 911-917 | Effect of nonuniformity of heating of film resistance thermometers on measurements of pulsed heat-flux densities | B. A. Grigor'ev and A. A. Kon'kov |
| 917-921 | Analysis of measurement errors of convective heat-transfer coefficient using a thin-walled heat-flux sensor | Yu. I. Yunkerov |
| 922-926 | Determination of thermal conductivity and diffusivity from measurements of unsteady temperatures | Yu. L. Gur'ev and D. N. Chubarov |
| 926-932 | Photoemission method of measuring temperature | K. N. Kasparov |
| 932-936 | Optimal gas discharge through cryogenic flow inlets in refrigerator cooling of superconducting magnetic systems | Yu. L. Buyanov |
| 936-938 | A model for calculating the attenuation factor of a multicomponent medium | E. Ya. Litovskii |
| 938-939 | Investigation of the heat and mass transfer between propellant combustion products in an evaporating fluid in apparatus with submerged burners | A. N. Alabovskii |
| 940-944 | Use of spiral inserts in thermal-diffusion columns | G. D. Rabinovich, V. P. Ivakhnik, K. I. Zimina and N. G. Sorokina |
| 944-945 | Mass transfer in a conical channel in the presence of processes of evaporation and condensation at the channel walls | L. N. Shulepov |
| 946-949 | Measurement of the concentration profiles and coefficients of interdiffusion of the vapors of some liquids in argon | L. I. Kurlapov and S. N. Chernyak |
| 949-952 | Influence of heat conduction of the wall on the turbulent prandtl number in the viscous sublayer | P. I. Geshev |
| 953-957 | Numerical study of the two-dimensional flow of a binary mixture with a vapor-ice phase transition at the channel wall | A. Z. Volynets and V. M. Postnikov |
| 957-959 | Refined calculation of supersaturation during heat and mass exchange in a stationary gas medium | A. R. Gordon, G. V. Samoilov and L. S. Starodubov |
| 960-964 | Aerodynamics of flow in a plane duct with sudden expansion | V. I. Korobko, É. M. Malaya and V. K. Shashmin |
| 964-968 | Entrained downward flow of a gas and a liquid in a vertical channel | V. V. Lozovetskii |
| 969-972 | Vibrational instability of stationary convection of a non-Newtonian fluid | I. G. Semakin |
| 973-978 | Convective stability of a layer of magnetizable liquid with solid boundaries | E. G. Bashtovoi and M. I. Pavlinov |
| 979-981 | Stability of transport processes in continuous media with heat or material sources and sinks | P. P. Lazarev and A. S. Pleshanov |
| 982-985 | Self-similar solutions of the external condensation problem | V. A. Elyukhin |
| 986-991 | Thermoelasticity models taking account of a finite heat propagation rate | Ts. Ivanov and Yu. K. Éngel'brekht |
| 992-995 | Analytical solution of the heat-conduction problem in a bounded multilayer domain with local volume sources in the layer | A. S. Klimenko, N. A. Sitenok and Yu. D. Koval' |
| 995-998 | Solution of the unsteady heat-conduction equation in an inhomogeneous medium | A. A. Puchkov |
| 999-1010 | Abstracts of papers deposited at VINITI | B. F. Aptekar', I. M. Blinchevskii, S. M. Konstantinov, A. A. Tereshchenko and S. M. Babenko, et al. |
| 1011-1017 | Mathematical model and experimental study of the startup regimes of uncontrolled and gas-controlled low-temperature heat pipes | V. V. Barsukov, V. I. Demidyuk and G. F. Smirnov |
| 1017-1021 | Maximum heat-transfer capacity of a vertical two-phase thermal siphon | M. G. Semena |
| 1022-1026 | Temperature distribution in the wall of a channel between fins containing a boiling liquid | V. K. Shcherbakov and L. V. Kovalenko |
| 1026-1029 | Experimental study of laminar-to-turbulent flow transition under the action of acoustic oscillations | A. N. Shel'pyakov and G. P. Isupov |
| 1029-1036 | Friction and the velocity and gas-content profiles of a turbulent gas-liquid flow | A. V. Gorin |
| 1036-1041 | Gas distribution in a deep granular bed injected by flat jets | Yu. A. Buevich, N. A. Kolesnikova and A. N. Tsetovich |
| 1042-1045 | Aerodynamics and mass transfer for a jet entering a fluidized bed | N. A. Shakhova and V. K. Lukashev |
| 1045-1050 | Allowance for the thermal boundary layer and diffraction effects in determining the transit time of sound in ultrasonic flowmeters | I. A. Kolmakov, N. N. Antonov and I. A. Logvinov |
| 1051-1054 | Measurement of the thermal conductivity of superheated liquids | G. G. Spirin |
| 1054-1057 | Measurement of thermal diffusivity of massive metallic specimens by the pulse method | L. D. Zagrebin, V. E. Zinov'ev and V. A. Sipailov |
| 1057-1059 | Thermistor effect in switching in vanadium dioxide | V. M. Bondarenko and A. A. Alekseyunas |
| 1060-1064 | A stationary magnetoplasmadynamic source | V. S. Ermachenko, F. B. Yurevich, M. N. Rolin, A. Ya. Venger and V. N. Borisyuk |
| 1065-1068 | Deriving relations for the Lewis number | V. I. Makrushin |
| 1069-1073 | Effects of parasitic convection on the optimal diffusion column working in the sampling mode | A. V. Suvorov and G. D. Rabinovich |
| 1073-1080 | Differential transfer equations for multiphase, multicomponent media | V. I. Pavlov |
| 1081-1085 | Radiation absorption capacity of water vapor | S. P. Detkov and O. A. Khalevich |
| 1086-1089 | Calculation of angular irradiation coefficients for a three-dimensional multicoupled region | N. G. Tochilina and Yu. V. Russo |
| 1089-1094 | Thermal conductivity of a reinforced plate | É. Kh. Lokharu and É. A. Tropp |
| 1094-1098 | Identification of time-variable coefficients of heat transfer by solving a nonlinear inverse problem of heat conduction | Yu. M. Matsevityi, V. A. Malyarenko and A. V. Multanovskii |
| 1098-1105 | Parametric method of solving a nonlinear heat-conduction problem for a semiinfinite body | V. A. Volkov and E. M. Smirnov |
| 1106-1113 | General equations for the caloric functions of gases and liquids | N. K. Bolotin, A. M. Shelomentsev and Yu. I. Shimanskii |
| 1114-1120 | Principle of minimum entropy production | I. S. Borovkov |
| 1121-1122 | Some rheological properties of Reiner-Rivlin fluids | A. F. Kosterin |
| 1123-1133 | Abstracts of articles deposited at VINITI | A. N. Lyalikov, N. A. Tsvetkov, V. I. Kislykh, I. I. Smul'skii and V. I. Korobko, et al. |
| 1134-1135 | Book reviews | R. G. Shashkov, B. M. Smol'skii, Z. P. Shul'man and I. G. Gurevich |
| 1265-1268 | A reciprocating heat pipe | V. A. Gaigalis, I. P. Asakavichyus and V. K. Éva |
| 1268-1272 | Structure parameters of metal-fiber heat pipe wicks | M. G. Semena and A. P. Nishchik |
| 1272-1277 | Maximum heat flux in planar metal-fiber wicks under conditions typical of heat pipes | A. P. Ornatskii, M. G. Semena and V. I. Timofeev |
| 1277-1282 | Two-dimensional laminar boundary layer in flow of thermodynamically equilibrated water vapor | R. A. Rakhimzyanov and V. G. Zharinov |
| 1282-1286 | Discharge and dynamic characteristics of boiling water in laval nozzles | R. S. Gorelik, M. A. Koronkevich, N. S. Safarova and I. R. Shreiber |
| 1286-1294 | Turbulent forced flow and heat exchange in vertical channels in conditions of free convection | A. F. Polyakov |
| 1294-1300 | Forced convection in a plane channel with recesses | Yu. A. Gavrilov, G. N. Dul'nev and A. V. Sharkov |
| 1300-1305 | Influence of the aspect ratio and diameter of the probe filament of a thermoanemometer on its reading | E. U. Repik, A. S. Zemskaya and V. N. Levitskii |
| 1305-1310 | Empirical heat-exchange equation for a hydroresistor thermoanemometer | V. N. Nabatov |
| 1310-1317 | Description of operation of jet gas-liquid pump in the approximation of a nonequilibrium multiphase-flow model | S. D. Frolov |
| 1317-1323 | Change in the nature of hydrodynamic cavitation in nonuniform magnetic fields | N. F. Bondarenko, E. Z. Gak, M. Z. Gak and É. E. Rokhinson |
| 1323-1328 | Slightly nonequilibrium condensation of a saturated vapor on a liquid surface | S. P. Radev |
| 1329-1333 | Vibrational temperatures of carbon dioxide in the products of the reaction of carbon monoxide with nitrous oxide under gasdynamic laser condition | N. N. Kudryavtsev, S. S. Novikov and I. B. Svetlichnyi |
| 1333-1336 | Radiation of a perforated cylinder | A. V. Rumyantsev, O. N. Bryukhanov and V. E. Fedyanin |
| 1336-1339 | Effect of the elastic factor on the hydrodynamic stability of a structurally viscous medium | L. I. Ionochkina, A. S. Romanov and S. L. Simkhovich |
| 1339-1342 | Variation of the rheological properties of multiphase mixtures during their pressure treatment | B. M. Yakubov |
| 1343-1347 | Nonisothermal flow of anomalously viscous liquids in the channels of screw extruders | V. P. Pervadchuk and V. I. Yankov |
| 1348-1351 | Promising new method of fluidized-bed probing | V. A. Lyamkin, N. I. Gel'perin, V. G. Ainshtein and V. L. Novobratskii |
| 1352-1361 | Theory of fluidized-bed electrical conduction | V. A. Borodulya and Yu. A. Buevich |
| 1361-1366 | Equation of state of the liquid alkali metals. I. | N. B. Vargaftik, V. A. Alekseev, V. F. Kozhevnikov, Yu. F. Ryzhkov and V. G. Stepanov |
| 1367-1369 | Contribution of segregation and diffusion to refractory-material heat conduction | E. Ya. Litovskii and A. V. Klimovich |
| 1370-1372 | Calculation of nonsteady convective heat transfer for turbulent viscous incompressible flow in a tube of elliptical cross section | A. A. Ryadno and A. A. Kochubei |
| 1373-1378 | An iterative filter for solution of the inverse heat-conduction problem | Yu. M. Matsevityi and A. V. Multanovskii |
| 1379-1383 | Finite-difference solution of conjugate heat-conduction problems | L. S. Milovskaya and P. V. Cherpakov |
| 1383-1387 | Effect of a biperiodic system of plane inclusions on a plane steady temperature field | I. M. Abdurakhmanov and B. G. Alibekov |
| 1388-1390 | Third International Conference on Heat Pipes | L. L. Vasil'ev |
| 1-3 | Reduction of the hydrodynamic friction of hydrocarbons by means of small additions of certain organosilicon polymers | V. S. Belokon', N. B. Bespalova, V. M. Vdovin, S. A. Vlasov and V. N. Kalashnikov, et al. |
| 4-8 | Resistance of a plane plate in a turbulent flow of weak polymer solution | Yu. F. Ivanyuta and L. A. Chekalova |
| 9-11 | Hydrodynamic resistance of aqueous solutions of polymers and surface-active substances in rough tubes | I. L. Povkh, A. B. Stupin and G. G. Boyarkina |
| 11-16 | A generalized hydraulic resistance coefficient | É. T. Abdinov and R. S. Gurbanov |
| 16-20 | Intensification of convective heat exchange in anomalously viscous media by the application of artificial periodic roughness | Yu. G. Nazmeev |
| 20-27 | Hydrodynamics and mass transfer in a liquid film in the presence of insoluble surfactants or inactive substances | Yu. A. Buevich and L. M. Rabinovich |
| 27-34 | Rheology of stretching for polymer liquids | A. N. Prokunin and N. G. Proskurnina |
| 34-37 | Heat exchange in the flow of a system of axisymmetric liquid jets onto a normally placed plane barrier | P. A. Pyass and A. A. Kiis |
| 37-42 | Heat-transfer mechanism at a gas-fiber boundary | I. G. Chumak and V. G. Pogontsev |
| 42-47 | Use of a diametral blower in a flow-through laser with a closed gas-circulation system | R. I. Soloukhin, Yu. A. Yakobi, E. I. Vyazovich and S. P. Vagin |
| 47-51 | Experimental investigation of the turbulence flow characteristics behind a system of flame stabilizers | A. V. Kudryavtsev and G. M. Kuntsev |
| 52-55 | Laws of propagation of turbulent jets of a viscous liquid of variable composition | G. F. Gorshkov and V. S. Terpigor'ev |
| 56-60 | Experimental-theoretical investigation of flow distribution in a porous channel | A. A. Volovik, A. M. Krapivin, V. S. Mikhailov, G. I. Pokandyuk and Yu. P. Chibashov |
| 61-66 | Theoretical investigation of nonisothermal flow of a rarefied gas in a cylindrical capillary | B. T. Porodnov and F. T. Tukhvetov |
| 67-72 | Periodic processes in localized gas injection into a granular bed | E. V. Toropov and N. N. Sazhnev |
| 73-76 | Problem of combustion stability of natural gas in a fluidized bed | V. F. Stadnik |
| 77-79 | Vibrodispersion-equipment design | I. S. Grachev and N. A. Gukasov |
| 79-82 | Features of a cryogenic fluid filling vapor cavities being formed in front of a cut-off armature | N. V. Filin, G. G. Katsnel'son and A. V. Matveev |
| 83-87 | Self-similar solution of the problem of the hydrodynamics of nonlinear viscous fluids | K. B. Pavlov |
| 88-92 | Boundary layer of a microstructural fluid on a plate | E. N. Korzhov and A. T. Listrov |
| 92-96 | Heat transfer in a stretched bicomponent film | N. V. Tyabin, V. M. Shapovalov and V. P. Remnev |
| 97-101 | Concentration-dependent convection in a horizontal porous bed containing a chemically active liquid | A. K. Kolesnikov |
| 101-107 | Three-dimensional potentials for the telegraphers' equation and their application to boundary-value heat-conduction problems | I. A. Novikov |
| 107-110 | Steady-state heat conduction in composite systems with boundary conditions of the fourth kind | V. A. Datskovskii and A. N. Yakunin |
| 110-113 | Application of dimensional analysis to the problem of the action of ultrasound on air in a capillary tube | N. P. Migun, P. P. Prokhorenko and S. P. Fisenko |
| 113-117 | Speed of ultrasound in water over a wide range of pressure and temperature | A. M. Mamedov |
| 118-119 | Book reviews and bibliography | B. M. Smol'skii |
| 121-126 | Mathematical modeling of the optical characteristics of carbon dioxide | I. F. Golovnev, V. G. Sevast'yanenko and R. I. Soloukhin |
| 126-137 | Methods of calculating molecular-gas radiation on the basis of spectral-composition modeling | Yu. V. Khodyko, É. I. Vitkin and V. P. Kabashnikov |
| 138-148 | Radiation transfer in a real spectrum. Integration over frequency | V. G. Sevast'yanenko |
| 148-158 | Modeling radiant-heat-transfer problems in media of nonplane geometry | K. S. Adzerikho, V. I. Antsulevich, V. P. Nekrasov and V. P. Trofimov |
| 159-162 | Similarity law for radiant-heat-transfer coefficient for a body in a hypersonic flow | V. N. Mirskii and V. P. Stulov |
| 163-167 | Mathematical methods for solution of nonstationary radiant-convective heat-exchange problems | A. A. Kobyshev |
| 167-172 | Mathematical modeling of radiant heat-exchange processes in metallurgical thermotechnology | A. S. Nevskii and V. G. Lisienko |
| 172-178 | Mathematical modeling of radiant heat exchange in thermotechnical equipment | L. V. Ponomareva and Yu. A. Surinov |
| 179-185 | Mathematical modeling of complex heat transfer in slit channel | S. P. Detkov and O. A. Khalevich |
| 186-189 | Refinement of specific parameters of the zonal method of calculation | V. V. Mitov, I. N. Konopel'ko and L. V. Latysheva |
| 189-199 | Probabilistic modeling of vibrationally nonequilibrium diatomic gases in the theory of radiation transfer | V. I. Kruglov, L. V. Katkovskii and Yu. V. Khodyko |
| 199-203 | Methods for calculating the anisotropy of radiation based on an approximation of the radiation properties of surfaces | S. P. Rusin |
| 204-209 | Methods of calculating radiative-conductive heat exchange in the components of electrovacuum instruments | V. S. Koshelev, G. M. Tsymbalov and V. N. Shevtsov |
| 210-213 | Radiative heat transfer between inner perforated cylinder and an entire coaxial cylinder | A. V. Rumyantsev, O. N. Bryukhanov and V. R. Bazilevich |
| 213-216 | Angular dependence of emissivity of tungsten in the infrared region of the spectrum | L. N. Aksyutov and A. K. Pavlyukov |
| 217-222 | Plane problems of aerothermoptics | N. E. Galich |
| 222-225 | Influence of absorption coefficient fluctuations on the heating of a weakly absorbing medium by intense optical radiation | Yu. I. Lysikov, Fam Man' and Chan Tuan An' |
| 225-229 | Numerical investigation of photoabsorption convection in a horizontal tube | B. P. Gerasimov, V. M. Gordienko and A. P. Sukhorukov |
| 230-235 | Heat exchange for boiling in a horizontal tubular bunch under developed thermal pseudofluidization conditions | M. I. Berman, Z. R. Gorbis and V. I. Aleksandrov |
| 236-242 | Thermodynamic oscillations of helium in nonuniformly heated tubes | O. M. Popov, S. I. Sergeev and I. P. Vishnev |
| 243-245 | Effect of specific enthalpy of gas-liquid system on final moisture content of gas in contact exchangers | N. M. Savitskaya, A. Yu. Val'dberg and É. Ya. Tarat |
| 246-251 | An approximate method of solving heat-conduction problems | G. N. Dul'nev and S. V. Tikhonov |
| 252-254 | An approximate galerkin method in quasilinear equations of mathematical physics | G. A. Khalikov and R. G. Shirgazin |
| 255-260 | Abstracts of deposited articles | V. F. Stepanchuk, M. L. Guris, F. N. Yasinskii, S. G. Ushakov and I. A. Zhvaniya, et al. |
| 261-262 | Joint conference of the sections of the Scientific Soviets of the State Committee on Science and Technology and the Academy of Sciences of the USSR | V. P. Trofimov and K. S. Adzerikho |
| 263-266 | Heat transfer from a transverse steamlined cylinder during surface boiling in a liquid fluidized bed | A. M. Tushin, L. K. Vasanova and N. I. Syromyatnikov |
| 266-271 | Film boiling with chemical reaction on a vertical catalyst surface | V. A. Kirillov and B. L. Ogarkov |
| 271-275 | Hydrodynamic situation and transfer processes in the static granular bed of a catalyst | E. V. Badatov, Yu. Sh. Matros and É. N. Brandes |
| 275-279 | Experimental investigation of the radiant and conductive-convective components of external heat exchange in a high-temperature fluidized bed | O. M. Panov, A. P. Baskakov, Yu. M. Goldobin, N. F. Filippovskii and Yu. S. Mazur |
| 280-286 | Establishment of a nonuniform mode of fluidization with a uniform distribution of the flow of the cooling medium | Yu. A. Buevich and A. N. Deryabin |
| 287-292 | Method of computing the thermal resistance of low-temperature heat pipes with metal-fiber wicks | M. G. Semena |
| 293-296 | Heat exchange in geothermal strata maintained by linear and ring batteries of wells | I. T. Alad'ev, V. A. Vasil'ev and L. I. Zaichik |
| 297-303 | Interaction between a liquid bath and a gas jet for different degrees of assimilation | V. A. Surin, V. K. Erofeev, A. S. Grigor'yants, O. N. Zasukhin and Yu. N. Nazarov |
| 303-306 | Radiative-conductive heat transfer under conditions of a regular mode of the first kind | I. A. Gorban' and Yu. V. Lipovtsev |
| 306-310 | Heat-transfer radiation in a selective gas flow impinging on a heating surface | M. M. Mel'man |
| 310-314 | Determination of thermophysical properties of semiconductors from measurement of Ettingshausen effect by method of variation of magnetic field | I. S. Lisker and M. B. Pevzner |
| 314-318 | Use of periodic-heating method for measurement of thermal activity coefficient of gases | L. P. Filippov, F. G. Él'darov and S. N. Nefedov |
| 318-323 | Knudsen effect in determining the thermal conductivity of gases by the coaxial-cylinder method | R. Tufeu and B. Naindre |
| 324-328 | Interpretation of the thermal curve in differential thermal analysis | V. A. Vertogradskii and L. S. Egorova |
| 329-333 | Nonstationary doppler effect and frequency-phase methods of investigation and control | V. I. Krylovich |
| 333-336 | Some characteristics of a plasmatron with an interelectrode insert | A. S. Sergienko |
| 337-340 | Intensification of mass transfer in a current-carrying fluid at high Péclet numbers | A. D. Polyanin and P. A. Pryadkin |
| 340-345 | Role of rheology in the extension of polymer melts by a constant force | A. N. Prokunin and N. G. Proskurnina |
| 346-349 | Temperature field close to the boundary of two different throttling liquids | A. I. Filippov |
| 349-352 | Application of integral-relation method in using complex models of turbulence | T. A. Girshovich |
| 353-357 | Internal diffusion in a biporous sorbent in the case of a rectangular sorption isotherm | P. P. Zolotarev, V. M. Starov and I. A. Yabko |
| 358-361 | Solid-phase deformations of disperse systems under the influence of adsorbed water | P. P. Olodovskii and L. A. Malkova |
| 361-363 | Influence of a centrifugal field on the residual pressure in the vacuum cavity of a rotating helium cryostat | I. A. Tsimmerman and A. D. Shvets |
| 364-366 | Generalization of the biot variational equation in the heat-conduction theory | Yu. A. Samoilovich |
| 366-370 | Effect of slits on the resistance of a conducting film | T. D. Shermergor, I. A. Biryulin and G. A. Babushkin |
| 371-376 | Abstracts of deposited articles | G. A. Aksel'rud, G. E. Pushistov, B. A. Shuvalov, N. A. Gor'kova and M. Kh. Dorri, et al. |
| 377-381 | Thermal, electrical, and radiative properties of titanium, zirconium, and hafnium in the temperature region 1000–2100°K | A. V. Rumyantsev, I. N. Makarenko and S. N. Banchila |
| 382-384 | A parameter characterizing the effect of thermooptical properties of a vitreous heat-shield material on its rate of melting due to radiative and convective heating | A. S. Senchenkov |
| 384-389 | Correlation of the temperature coefficient of liquid heat conduction and the speed of sound | G. G. Spirin |
| 389-394 | Investigation of transition boiling under nonstationary cooling conditions | I. I. Berlin, É. K. Kalinin and V. V. Kostyuk |
| 394-402 | Molecular thermodynamic method of correlating heat transfer in liquid boiling | I. P. Vishnev |
| 403-408 | Dynamics of surface bubble expansion involving the thermophysical properties of the heater | A. V. Kuz'min, V. V. Salomatov, A. D. Gorbunov and T. I. Mukhibulina |
| 408-413 | Investigation of the coolant edge wetting angle for mesh heat pipe wicks | B. I. Rybkin, Yu. Yu. Sergeev, E. M. Sidorenko, V. P. Sokol'skii and V. P. Sorokin, et al. |
| 413-417 | Compressibility of a binary mixture of argon and nitrogen at different concentrations in the 59–590 bar pressure range | N. D. Kosov and I. S. Brovanov |
| 418-423 | Solid-phase velocity patterns in free and constrained fluidized beds | Yu. E. Livshits and A. I. Tamarin |
| 424-427 | Solid-phase dwell times in the central and peripheral parts of a gas-solid jet | Yu. G. Klimenko, M. I. Rabinovich and L. F. Krasnaya |
| 428-431 | Electromagnetic and acoustic action on a saturated porous medium | F. L. Sayakhov, V. P. Dyblenko, I. A. Tufanov, O. L. Kuznetsov and É. M. Simkin, et al. |
| 431-435 | Performance of a heat-exchange turbulizer | Yu. G. Nazmeev and N. A. Nikolaev |
| 435-441 | Generalized diffusion theory of multitemperature homogeneous mixtures | Nguyen Dien |
| 442-447 | Transport equations for a complex mixture in a thermal-diffusion column | B. N. Zamskii and G. D. Rabinovich |
| 448-455 | Thermal diffusion in gas mixtures | T. N. Abramenko and K. A. Shashkov |
| 455-457 | Method of critical-temperature determination for indicator materials | B. G. Abramovich, V. V. Matveev and V. V. Gavrilov |
| 457-462 | Theory of a capillary viscometer | N. G. Sagaidakova |
| 462-465 | Characteristics of a flow of monodisperse gas-liquid mixture in a vertical tube | N. V. Valukina, B. K. Koz'menko and O. N. Kashinskii |
| 466-471 | Plume rise above a stack | É. P. Volkov |
| 472-477 | Convective instability of a mixture with concentration heat sources | A. K. Kolesnikov and V. I. Yakushin |
| 477-482 | Design of submerged turbulent jets of gases of different densities | V. A. Golubev |
| 482-487 | Laminar wave flow of a film of a viscoplastic liquid | Z. P. Shul'man and V. I. Baikov |
| 488-494 | Thermal theory of hydrodynamic lubrication in hydraulic extrusion in the presence of high-intensity longitudinal ultrasonic vibrations | Khan Dyk Kim |
| 494-497 | Effect of defective fuel element parameters on temperature distributions | V. E. Minashin, I. N. Gorelov, V. N. Rumyantsev and V. N. Levchenko |
| 498-510 | Abstracts of papers deposited at VINITI | G. I. Isaev, F. I. Kalbaliev, S. V. Dubovskoi, N. S. Kirpach and S. I. Nagornyi, et al. |
| 511-515 | Heat transfer on the surface of a plate with simultaneous mass blowing and suction | A. I. Leont'ev, V. G. Puzach, V. P. Komarov, I. K. Ermolaev and N. V. Dubina, et al. |
| 515-521 | Numerical analysis of laminar fluid flow in a “porous pipe in a pipe” heat exchanger | V. A. Babenko and D. K. Khrustalev |
| 521-527 | Computation of the pressure loss in gas flow through porous materials | V. D. Daragan, A. Yu. Kotov, G. N. Mel'nikov, A. V. Pustogarov and V. I. Starshinov |
| 527-530 | Heat transfer for a freely flowing film | V. I. Volodin and A. A. Mikhalevich |
| 530-535 | Influence of variable viscosity on the heat transfer in a laminar fluid film | Yu. P. Gertsen and L. Ya. Zhivaikin |
| 535-539 | Natural convective heat exchange between isothermal concentric spheres | S. V. Solov'ev and A. S. Lyalikov |
| 540-544 | Limits of applicability of quasistationary values of heat-transfer coefficients in calculating real nonstationary thermal processes | G. A. Dreitser |
| 545-550 | Qualitative analysis of the mass transfer of an ordered system of solid reacting particles at high Peclét numbers | Yu. P. Gupalo, A. D. Polyanin, Yu. S. Ryazantsev and Yu. A. Sergeev |
| 550-554 | Stationary transfer in fibrous composite materials | Yu. A. Buevich and V. G. Markov |
| 555-558 | Separation of non-newtonian liquids by thermal diffusion | A. A. Tubin and Yu. S. Sorokin |
| 559-562 | Electrical measurement of droplet sizes in fast-flowing wet steam | K. G. Georgiev, V. A. Savost'yanov and A. S. Fedorov |
| 562-567 | Solid particle impurity propagation in a fluid flow in a pipe | M. V. Lur'e and V. I. Maron |
| 568-572 | Determination of the initial impurity content for a gas moving in a porous sorbent | N. B. Zyabrev, N. A. Kudryashov and A. V. Kadushkin |
| 573-578 | Laminar boundary layer on the walls of an axisymmetric channel in the presence of swirls in the external stream | V. V. Bogdanova |
| 579-583 | Effect of a modulated magnetic field on the stability of a nonisothermal magnetizable fluid | V. G. Bashtovoi and M. I. Pavlinov |
| 584-588 | Numerical calculation of growth of a gas bubble from a solution | V. F. Demchenko and L. I. Demchenko |
| 588-589 | Bubble deformation in an electric field | S. M. Korobeinikov |
| 590-594 | Calculations on a turbulent heterogeneous jet entering a half space | G. F. Gorshkov and V. S. Terpigor'ev |
| 594-597 | Peculiarities of thermophysical measurements of thermoelectric materials | K. K. Semenyuk |
| 598-601 | A spherical radiometer | D. M. Shcherbina |
| 601-607 | Conductivity of nonuniform systems | G. N. Dul'nev and V. V. Novikov |
| 608-610 | Use of heat pipes for freezing soil 1 | S. L. Vaaz |
| 611-625 | Heat transfer and stability for a moving coolant evaporating in a porous cermet | V. A. Maiorov and L. L. Vasil'ev |
| 626 | Sixth all-union conference on thermophysical parameters of materials | R. I. Soloukhin, É. I. Asinovskii and N. M. Pashina |
| 627-628 | All-union seminar on physicochemical problems in reducing turbulent resistance | I. L. Povkh and Z. P. Shul'man |
| 629-634 | Effect of initial turbulence on the efficiency of cooling a permeable wall | V. V. Glazkov, M. D. Guseva, B. A. Zhestkov and V. P. Lukash |
| 634-639 | Closed equation for the probability distribution of velocity and temperature differences between two points in an isotropically turbulent stream of an incompressible fluid | V. A. Sosinovich |
| 640-643 | Measurement of turbulent surface friction using plane Pitot tubes | E. U. Repik and V. K. Kuzenkov |
| 644-648 | Hot-wire anemometer measurement of mean velocity very close to a wall | A. F. Polyakov and S. A. Shindin |
| 648-652 | Heat exchange in cryostat throats with coaxial extension elements | N. V. Markelova and M. G. Kaganer |
| 652-656 | Impregnation of a heated filler with a viscous liquid | Yu. A. Buevich and V. A. Kalinnikov |
| 657-662 | Kinetics and dynamics of the conductive drying of disperse materials | V. V. Kornaraki |
| 663-666 | Effect of impurities on liquid dispersion | V. G. Nevolin and V. S. Kirchanov |
| 667-671 | Kinetics of moisture formation in a perturbed flow | S. M. Bazarov and G. G. Shpenzer |
| 671-675 | Dehydration of solutions and suspensions in a fludized bed | V. P. Orlov, N. V. Pen'kov and I. I. Shishko |
| 675-678 | Influence of vibrations of non-Newtonian fluid flow | I. M. Astrakhan and S. M. Gadiev |
| 678-682 | Theory of a periodic laminar boundary layer | O. N. Bushmarin and V. V. Zyabrikov |
| 683-685 | Inflow of a liquid jet vacuum seal | V. N. Grigor'ev |
| 686-690 | A generalized diffusion theory of binary homogeneous mixtures. Mixture motion within an infinite rotating cylinder | Nguen Van D'ep |
| 691-695 | Approximate solution of a diffusion mixing model for stationary systems | T. Blikle, Ya. Fyulep and T. Viraz |
| 696-700 | Theory of nonisothermal gas motion in a plane channel | V. G. Chernyak, V. V. Kalinin and P. E. Suetin |
| 701-703 | Procedure for determining the optical constants of metals from the results of measurements of the self-radiation of a sample | L. N. Aksyutov and A. K. Pavlyukov |
| 704-709 | Effective conductivity of a body with a large number of cracks taking into account their capacitance and the action of mechanical loads | R. L. Salganik |
| 709-711 | Numerical solution of a nonlinear Poisson equation | L. A. Knizhnerman, V. A. Kronrod and V. Z. Sokolinskii |
| 711-716 | Finite-element calculations on nonstationary heat transfer | A. M. Anikeenko and O. N. Litvin |
| 716-720 | Characteristic method in heat transport in fast nonstationary processes | V. A. Makagonov |
| 720-724 | Coupled dynamic thermoelasticity problem for a half space with thermal “memory” | V. L. Kolpashchikov and S. Yu. Yanovskii |
| 725-730 | Tissue temperature simulation in cryosurgery | Yu. P. Filippov and A. P. Vasil'kov |
| 731-747 | Abstracts of papers deposited at VINITI | V. V. Kornaraki, I. Ya. Neusikhin, V. V. Pokotilov, V. M. Kazanskii and V. I. Dubovik, et al. |
| 748-756 | Effects of electric fields on heat-pipe characteristics | M. K. Bologa, L. L. Vasil'ev, I. A. Kozhukhar' and V. D. Shkilev |
| 757-763 | Transient natural convection in a liquid during cooling | E. P. Kostogorov, É. A. Shtessel' and A. G. Merzhanov |
| 763-767 | Investigation of the characteristics of a low-temperature heat pipe with a crimped reticular wick | A. V. Dvoryaninov, V. I. Kozlov, A. P. Osipov and Yu. Yu. Sergeev |
| 768-773 | Investigation of an active regulation heat pipe | L. L. Vasil'ev, V. Tomchak, S. V. Konev and Ya. Danelevich |
| 773-778 | Heat transfer in the evaporator section of a rotating heat pipe at low rotational speeds | B. N. Krivosheev, M. P. Kukharskii and V. D. Portnov |
| 779-784 | Effect of main factors on mean heat transfer of steady and oscillating dust-gas flows | V. V. Mamaev, V. S. Nosov and N. I. Syromyatnikov |
| 785-789 | Heat exchange in a microstructural fluid under boundary conditions of the third kind | V. L. Kolpashchikov, N. P. Migun, P. P. Prokhorenko and V. I. Lis |
| 790-796 | Convective dissipative heat exchange in generalized couette flow of a nonlinearly viscoplastic liquid | V. F. Volchenok and Z. P. Shul'man |
| 796-800 | Effect of self-oscillations on the hydraulic resistance of a vortex tube | Yu. A. Knysh |
| 800-804 | Effect of axial curvature on aerodynamic characteristics of planar channels | A. S. Mazo |
| 805-807 | Calculation of thermal diffusion separation processes in a system with a traveling magnetic field | A. I. Karchevskii and E. P. Potanin |
| 808-812 | Thermal diffusion separation of isotopes in solutions | G. D. Rabinovich, V. I. Shinkevich and K. K. Azroyan |
| 813-818 | Study of the thermodiffusion constant of an Ar-Kr mixture at low temperatures | V. L. Zhdanov and O. A. Kolenchits |
| 819-824 | Theory of thermomolecular pressure and of the mechanocaloric effect in a cylindrical channel | V. G. Chernyak, V. V. Kalinin and P. E. Suetin |
| 824-828 | Measurement of nonstationary heat fluxes by “auxiliary wall” sensors | G. N. Dul'nev, V. I. Zavgorodnii, V. A. Kuz'min and N. V. Pilipenko |
| 828-832 | Dispersion of the dielectric permittivity in mixtures of nematic liquid crystals | A. G. Shashkov, I. P. Zhuk and L. E. Golovicher |
| 833-839 | Effective viscosity and heat conductivity of a dispersed medium | B. S. Endler |
| 840-843 | Cryogenic helium cycles with minimal losses due to irreversibility of the thermodynamic processes | S. M. Korsakov-Bogatkov, B. D. Krakovskii, V. G. Pron'ko and L. M. Stolper |
| 844-848 | An enthalpy method of designing contact-type heat exchangers | E. N. Bukharkin |
| 849-854 | Mathematical model of the drying of a polydisperse product in a pneumatic tube-drier | V. A. Titov, G. K. Lisovaya, G. I. Shishkin and F. P. Zaostrovskii |
| 854-858 | Mathematical modeling of heat and mass transfer in a melt during interaction with jets of a chemically active gas | V. T. Reznichenko and V. P. Koval' |
| 859-863 | Influence of specular reflection component of surfaces on the radiation characteristics of a herringbone cavity | A. I. Skovorodkin |
| 864-870 | Use of certain approximations of the fresnel formulas to determine the optical constants of absorbing materials | L. N. Aksyutov |
| 871-877 | Representation of solutions of dynamics problems of highly intensive heat transfer | B. P. Korol'kov and A. A. Pupin |
| 878-879 | Isaak Pavlovich Ginzburg |
| 881-885 | Measurement of profiles of temperature and local vapor content near a heat-generating surface in water boiling in a large volume | D. N. Sorokin, A. A. Tsyganok, Yu. P. Dzhusov, A. A. Gribov and N. N. Mityaev |
| 886-890 | Superheat of heat-exchange surface in first boiling crisis in free-convection conditions | B. P. Avksentyuk |
| 890-892 | Stability of operation of a steam-generating channel from low-frequency pressure fluctuations | S. M. Vlasov, E. F. Ratnikov, R. V. Radchenko, A. G. Shagalov and A. G. Shtoik |
| 893-898 | Heat-transfer crisis in low-temperature evaporative thermosiphons | G. A. Savchenkov and V. G. Kunakov |
| 899-903 | Estimation of the heat-transfer conditions in the neighborhood of the stagnation point during impingement of a jet on an obstacle | Yu. M. Matsevityi, V. A. Barsukov, V. N. Goloshchapov and V. A. Malyarenko |
| 904-910 | Stability of a jet of viscoelastic liquid in the presence of a mass flux at its surface | A. L. Yarin |
| 910-913 | Intensification of convective heat exchange by ribbon swirlers in the flow of anomalously viscous liquids in pipes | Yu. G. Nazmeev |
| 914-920 | Structure of a swirled stream in a cylindrical channel with uniform injection | V. K. Shchukin, A. A. Khalatov and A. V. Kozhevnikov |
| 920-924 | Mathematical analysis of whirled turbulent flow through a pipe | V. V. Tret'yakov and V. I. Yagodkin |
| 924-930 | Effect of mass forces on particle motion in a laminar sublayer of turbulent flow in rectilinear channels with various spatial orientations | Yu. M. Grishin and A. A. Mosin |
| 930-932 | Nonsteady hot-filament method using an RC oscillator to investigate heat exchange in rarefied gases | Yu. G. Semenov, B. A. Kalinin, S. F. Borisov and P. E. Suetin |
| 933-936 | Thermal slip of a moderately dense gas along a flat surface | V. E. Pasternak, A. A. Senkevich, A. A. Yushkanov and Yu. I. Yalamov |
| 936-940 | Peculiarities in the one-dimensional model of radiant heat exchange | A. S. Nevskii and M. M. Mel'man |
| 941-943 | Temperature dependence of polymer film emissivity | D. B. Adamov and V. S. Savinieh |
| 943-950 | Electrodiffusion anemometry of polymer solutions | N. A. Pokryvailo, A. S. Sobolevskii, Z. P. Shul'man and T. V. Yushkina |
| 950-955 | A phenomenological description of diffusion processes in nonideal gases | P. P. Bezverkhii, V. G. Martynets and E. V. Matizen |
| 955-958 | Dependence between the coefficient of diffusion and the concentration of nonazeotropic binary mixtures | V. V. Molyavin |
| 958-961 | Effect of physicochemical processes on gas generation in heat pipes | E. N. Minkovich, A. D. Shnyrev, V. A. Morgun, A. L. Korseko and O. M. Syvorotko |
| 962-967 | Effective potential method in a cellular fluid model. Application to binary fluid systems | P. M. Kessel'man and I. V. Onufriev |
| 967-970 | Investigation of thermal conductivity of liquid formates at high temperatures and pressures | R. A. Mustafaev and T. P. Musaev |
| 970-975 | Conductivity in allotropic phase transitions | G. N. Dul'nev, I. K. Meshkovskii, V. V. Novikov and I. A. Sokolov |
| 975-978 | An anomaly in the kinetic properties of tin in the polymorphic phase transition region | A. M. Magomedov |
| 979-981 | Experimental study of the temperature dependence of the magnetic susceptibility of certain nematic liquid crystals and their mixtures | V. A. Karolik and I. P. Zhuk |
| 982-985 | Effects of loading on thermal and electrical resistance of cryogenic insulation materials | S. B. Mil'man and M. G. Kaganer |
| 985-992 | A rheological model of a thixotropic viscoelastoplastic medium | G. Ya. Kunnos, V. M. Vasilevskii and V. É. Mironov |
| 992-996 | Optimized compound current leads | V. K. Litvinov, V. I. Kurochkin and V. I. Karlashchuk |
| 996-1000 | Estimating the range of applicability of the hyperbolic thermal conductivity equation | K. V. Lakusta and Yu. A. Timofeev |
| 1001-1006 | Abstracts of articles deposited at VINITI | V. L. Barantsevich, S. I. Opryshko, R. Z. Shirgazina, P. I. Tugunov and Z. F. Karimov, et al. |
| 1007-1011 | Stabilization of the erosion process affecting the material of a barrier under repetitive impact by particles | Yu. V. Polezhaev |
| 1011-1018 | A model for calculating the erosion of a composite material | Yu. V. Polezhaev, V. P. Romanchenkov, I. V. Chirkov and V. N. Shebeko |
| 1019-1023 | Taking account of the effect of turbulent pulsations on the thermal radiation of a medium in a quadratic approximation | V. P. Kabashnikov and G. I. Kmit |
| 1024-1029 | Parameters of a turbulent boundary layer at a permeable surface with pronounced roughness | V. M. Epifanov and V. I. Gus'kov |
| 1029-1032 | Experimental study of heat exchange in helium flow within a metal — Ceramic tube | L. L. Vasil'ev, G. I. Bobrova and L. A. Stasevich |
| 1032-1036 | Calculation of circulation characteristics of a two-phase thermosyphon | A. G. Beinusov and V. B. Utkin |
| 1037-1039 | Properties of the development of nonsteady thermal convection in cylindrical layers of gases | V. I. Krylovich and A. D. Solodukhin |
| 1040-1047 | Breakdown theory of a granular bed by the flow of a continuum | Yu. A. Buevich and S. M. Éllengorn |
| 1048-1052 | Some properties of gas flow through wetted porous barriers | S. M. Krivobok and V. D. Volgin |
| 1052-1058 | Evaporation of several substances from a porous body | É. A. Iodko |
| 1059-1065 | Conditions of sorption equilibrium and their analysis | I. P. Kornyukhin |
| 1066-1071 | Evaporation of liquid during its atomization on a rotating disk | V. F. Dunskii, N. V. Nikitin and G. A. Shul'ginova |
| 1071-1073 | Thermal conductivity of CD3OH, CH3OH, C2D6, C2H6 in the gaseous phase | L. V. Yakush, N. A. Vanicheva and L. S. Zaitseva |
| 1073-1075 | Thermal conductivity of carbon black | P. E. Khizhnyak, A. V. Chechetkin and A. P. Glybin |
| 1076-1079 | Role of tangential stresses in the measurement of normal stresses by an interference method | A. A. Sharts |
| 1079-1083 | Nonsteady flows of viscoplastic fluids at the initial sections of plane channels | Z. P. Shul'man and É. A. Zal'tsgendler |
| 1083-1088 | Thermal interaction between gas line and frozen soils | B. L. Krivoshein and M. Yunusov |
| 1089-1094 | Self-consistent solutions of some problems of heat and mass transfer in a saturated porous medium | N. N. Verigin, I. L. Khabibullin and G. A. Khalikov |
| 1094-1097 | Use of Watson operations in the solution of some problems in the theory of thermal conductivity | M. A. Bartoshevich and A. P. Prudnikov |
| 1098-1101 | Free convective heat exchange of a cylinder with an exponentially decaying heat flux on the surface | Yu. A. Sokovishin and M. V. Shapiro |
| 1102-1105 | Exergetic analysis of relaxation processes | G. P. Yasnikov, V. S. Belousov and A. A. Morilov |
| 1106-1128 | Abstracts of articles deposited at VINITI | Yu. I. Yalamov, M. F. Barinova, A. V. Myagkov, E. R. Shchukin and V. I. Korobov, et al. |
| 1129-1130 | Book reviews | V. B. Nesterenko and Yu. G. Kotelevskii |
| 1131-1136 | Relation between molecular structure of polyethylene oxide solutions and drag reduction | I. L. Povkh, V. G. Pogrebnyak and A. I. Toryanik |
| 1137-1140 | Calculation of a turbulent boundary layer on a plate in the case of intensive injection | L. N. Dymant and V. M. Spanovskii |
| 1141-1145 | Influence of stream swirling on heat transfer in the cylindrical section of the prenozzle volume of a model chamber | F. I. Sharafutdinov, A. I. Mironov and V. K. Shchukin |
| 1145-1150 | Kinetics of the precipitation of a substance from a gas mixture | V. V. Levdanskii |
| 1150-1152 | Internal relaxation in phase interaction in a dispersed system | E. M. Tolmachev |
| 1153-1157 | Propagation of oscillations in two-phase disperse structured systems | A. S. Petrov, B. A. Lishanskii and É. É. Rafales-Lamarka |
| 1158-1162 | Effect of electromagnetic mixing on transport processes in cold impurity traps | Yu. P. Basov, L. G. Volchkov, T. G. Zyatchina, V. P. Kozlov and F. A. Kozlov, et al. |
| 1162-1168 | Instability of a vibrational fluidized bed | Yu. A. Buevich, A. F. Ryzhkov and N. M. Kharisova |
| 1169-1172 | Circulation of the solid phase through a vertical gas jet injected into a layer of granular material | G. A. Minaev, A. N. Tsetovich and S. M. Éllengorn |
| 1173-1178 | Equations of mechanical energy of monodisperse suspensions | G. P. Yasnikov |
| 1178-1183 | Some problems of heat and mass exchange of a gas suspension with recuperative energy supply | V. A. Sheiman and L. V. Nikolaichik |
| 1184-1187 | Conductivity determination for a filled heterogeneous system | G. N. Dul'nev and V. V. Novikov |
| 1187-1191 | Determination of the thermophysical properties of semiconductors by measuring the superposed galvano- and thermomagnetic effects by the method of variation of action factors | I. S. Lisker and M. B. Pevzner |
| 1191-1195 | Lattice thermal conductivity and chemical bond in the hypovalent two-cation semiconductors A1SbC26 and TlB5C26 | V. A. Bazakutsa, M. P. Vasil'eva, V. N. Ustimenko and L. M. Mokhir |
| 1195-1197 | An experimental study of the thermophysical properties of cyclohexane | S. N. Nefedov and L. P. Filippov |
| 1198-1202 | An apparatus for study of liquid specific heat at high state parameters in the monotonic heating regime | Ya. M. Naziev and M. R. Mustafaev |
| 1202-1205 | Apparatus and method to determine the anisotropic state of oriented polymer materials by means of thermophysical parameters | V. A. Voronkov, L. A. Sukhareva and P. I. Zubov |
| 1206-1207 | Experimental determination of the latent heat of evaporation of isomer mixtures | I. P. Zhuk and N. E. Kuz'mina |
| 1208-1213 | Complex investigation of the fluctuating thermohydrodynamic characteristics of a marine medium | Yu. D. Barkov, S. V. Isaev, A. N. Ostanin, V. I. Krylovich and V. K. Popov, et al. |
| 1213-1217 | Generalized form of the equation of state of real gases | V. I. Nedostup and E. P. Gal'kevich |
| 1217-1222 | Temperature distribution in a rotating hollow cylinder | I. A. Ignashov and V. A. Bystroumov |
| 1222-1225 | Flow over blunt bodies with spikes and cavities | Yu. M. Davydov, G. P. Korobitsyn and V. G. Postnikov |
| 1226-1230 | A rheological model for cement and clay suspensions | Yu. A. Bukhman, V. I. Lipatov, A. I. Litvinov, B. I. Mitel'man and Z. P. Shul'man |
| 1231-1235 | Retardation of a polymer fluid flow under large elastic strains | A. N. Prokunin and N. N. Filippova |
| 1236-1242 | Structural analysis of the conjugate problem of nonsteady heat exchange at the stagnation point of a stream | A. G. Shashkov and B. M. Khusid |
| 1242-1245 | Heat propagation by heat conduction in active linear media | L. S. Eleinikova |
| 1246-1254 | Abstracts of articles deposited at VINTTI | I. L. Povkh, A. I. Serdyuk, V. G. L'vov, N. P. Kovalenko and B. I. Katorgin, et al. |
| 1255-1257 | Book reviews | O. M. Alifanov, B. M. Smol'skii, V. M. Borishanskii and Z. P. Shul'man |
| 1259-1261 | Heat transfer of cylindrical bodies when a system of round jets flows over them | N. I. Syromyatnikov, L. K. Vasanova, V. I. Bader and A. M. Koryakin |
| 1262-1266 | Channel cross-mixing in a finned-rod bundle | B. V. Dzyubenko |
| 1267-1274 | Hydraulic characteristics and vapor content in a channel with boiling of a liquid underheated up to the saturation temperature | B. R. Bergel'son and A. S. Gerasimov |
| 1274-1277 | Turbulent-flow resistance for solutions of polymers and micelle-forming surfactants | I. L. Povkh, V. G. Pogrebnyak and A. I. Toryanik |
| 1278-1282 | Analytic solutions of self-similar problems of plane turbulent gas jets of variable composition | V. K. Sarbaev and V. G. Zharinov |
| 1282-1289 | A flat jet in a granular bed of finite height | Yu. A. Buevich, N. A. Kolesnikova and S. M. Éllengorn |
| 1289-1293 | Analysis of the parameters of discrete particle motion in axisymmetric turbulent impinging jets | V. I. Korobko, I. N. Malyi, L. N. Makarenko, V. K. Shashmin and L. F. Bulgakova |
| 1293-1298 | Velocity field in a low-turbulence hydrodynamic facility, using a laser-doppler technique | V. P. Ivanov, V. V. Babenko, V. A. Blokhin, L. F. Kozlov and V. I. Korobov |
| 1299-1303 | Joule-Thompson effect in a disperse medium | E. M. Tolmachev |
| 1303-1306 | Temperature-density parameters of Freon-13 on the saturation line | A. M. Shavandrin and S. A. Li |
| 1307-1313 | A heat meter of finite thickness | A. I. Mikhailov and S. G. Platonova |
| 1313-1317 | Mass transfer in evacuation of materials with large outgassing | M. G. Kaganer and Yu. N. Fetisov |
| 1318-1321 | Evaporation rate of concentrated electrolyte solutions from fine capillaries | R. A. Tishkova, N. V. Churaev and A. P. Ershov |
| 1322-1325 | Heat transfer in plane film formation | V. M. Shapovalov, N. V. Tyabin and S. K. Ivashchenko |
| 1325-1331 | Numerical simulation of an explosive plasma generator in the gasdynamic approximation | G. S. Romanov and V. V. Urban |
| 1332-1337 | Analysis of plane porous emitters with surface combustion and a heated article | G. T. Sergeev |
| 1337-1341 | Theory of nonlinear heat and mass transfer on a porous semiinfinite plate | K. B. Pavlov, L. D. Pokrovskii and A. P. Shakhorin |
| 1342-1345 | Nonisothermal film flow of a magnetizable liquid | V. G. Bashtovoi |
| 1346-1351 | Thermal expansion of bitumen-mineral compositions | B. G. Pechenyi and A. I. Spivak |
| 1352-1354 | Structure of thermal stresses arising in a viscoelastic half-space with thermal “memory” | A. G. Shashkov and S. Yu. Yanovskii |
| 1355-1359 | Unsteady periodic contact heat-transfer | G. B. Rozenblut and L. G. Gulyanskii |
| 1360-1366 | Surface shape of phase transition on the molten electrode end face for arc welding in a protective atmosphere | A. F. Kolesnichenko |
| 1367-1370 | Optimization of the technicoeconomic indicators of thermodiffusion installations for isotope enrichment in the liquid phase | G. D. Rabinovich |
| 1371-1376 | Graphicoanalytical method for calculation of heat transfer through the piston of an internal combustion engine | S. I. Sevast'yanov |
| 1377-1380 | Heat transfer between a flame and a heat-susceptible surface | S. K. Kalchevskii and V. I. Lebedev |
| 1381-1382 | Ivan Lukich Povkh (on his seventieth birthday) |
| 1383 | Aleksei Aleksandrovich Pomerantsev |
| 1385-1388 | Calculation of heat exchange in pipes with spiral sheet intensifiers | V. K. Migai and A. P. Uporov |
| 1389-1393 | Heat and mass transfer during growth of a spherical particle from the liquid phase | A. N. Verigin, I. A. Shchuplyak, M. F. Mikhalev and V. V. Varentsov |
| 1393-1396 | Mechanism of mass transfer affecting liquid metals in sintered composite materials | A. F. Lisovskii |
| 1396-1401 | Turbulent boundary layer of polymer solutions with a flow-retarding pressure gradient | V. S. Belokon' and V. A. Gorodtsov |
| 1401-1405 | Heat exchange during flow of anomalously viscous fluids in cylindrical channels of simply connected cross section | Yu. G. Nazmeev, L. I. Feifer, A. M. Yurist and K. D. Vachagin |
| 1405-1409 | Unsteady heat transfer in a micropolar fluid flowing in a plane channel | V. L. Kolpashchikov, N. P. Migun, P. P. Prokhorenko and V. I. Lis |
| 1410-1414 | Heat exchange in the flow of rheologically complex media in a plane-parallel channel | Z. P. Shul'man, B. M. Khusid and S. L. Benderskaya |
| 1415-1418 | Similarity of undeveloped turbulent near-wall flows | V. A. Gorodtsov |
| 1418-1420 | Influence of temperature on the hydrodynamic resistance reduction effect | I. L. Povkh, A. I. Toryanik, B. P. Makogon and V. M. Abrosimov |
| 1420-1423 | Experimental study of dynamic effects in bubble boiling of liquids | V. M. Tokarev and A. A. Bogovin |
| 1423-1428 | Calculation of installations for drying gas suspensions | V. K. Maskaev and A. P. Baskakov |
| 1428-1433 | Optimum control of multizone convective dryers | I. P. Baumshtein, M. S. Belopol'skii and I. G. Myaskovskii |
| 1433-1439 | Wave regime of filtration of suspensions | E. V. Venitsianov |
| 1439-1445 | Investigation of nonlinear oscillations of a gas in open pipes | R. G. Galiullin and G. G. Khalimov |
| 1445-1447 | Experimental study of thermomechanical oscillations of a cylindrical heater in an air medium with free convection | S. E. Nesis and A. A. Kul'gin |
| 1447-1453 | Calculation of gas-gas phase equilibrium for the mixture He-Fl2 | V. B. Rogankov and A. V. Chumachenko |
| 1454-1457 | Thermodynamic analysis of the characteristics of the plasmochemical synthesis of yttrium oxide | I. I. Kantorovich, A. N. Babaevskii, A. A. Vecher and E. I. Marchenkov |
| 1457-1461 | Device for measurement of heat capacity of small specimens in the range 10–20°K | K. R. Zhdanov, É. V. Matizen, A. A. Nikoforov and M. A. Starikov |
| 1461-1467 | Investigation of 10.6 μ absorption coefficient for carbon dioxide molecules at temperatures up to 3500°K | I. E. Zabelinskii, N. A. Fomin and O. P. Shatalov |
| 1467-1471 | Diffusiophoresis of liquid drops in viscous media with due consideration of internal flows and the phase transition on their surface | Yu. M. Agvanyan and Yu. I. Yalamov |
| 1472-1478 | Distribution of mass velocities of water-drop and steam flows in a heated tube with a turbulent air flow and injection of water along the wall | A. D. Rekin |
| 1478-1480 | Mathematical model of contact heat exchange of a gas and water during adiabatic evaporation | E. N. Bukharkin |
| 1480-1481 | Heating characteristic of imperfect dielectrics in a traveling electromagnetic wave field | L. É. Rikenglaz and V. A. Khominskii |
| 1482-1485 | Mathematical model of the electrocontact heating of steel blanks with square cross section | V. K. Kapustkin and V. Z. Remnyakov |
| 1486-1491 | Thermal analysis of a permeable wall for given thermal fluxes on its surface | G. T. Sergeev |
| 1491-1492 | Optimization of convective circular fins | I. P. Mikk |
| 1493-1496 | Determination of the size of micropores in nuclear microfilters with small diameter | G. M. Gusinskii, E. B. Kremer, M. I. Kremer and B. V. Mchedlishvili |
| 1496-1500 | Influence of the shape of a thin inclusion on the temperature distribution in a piecewise-homogeneous plane | G. T. Sulim |
| 1501-1506 | Abstracts of articles deposited at VINITI | Yu. A. Korolenko, I. V. Esina, V. Ya. Cherepanov, E. P. Lippo and F. V. Semerak, et al. |
| 1-9 | Heat transfer during boiling on heating surfaces in a disperse layer of solid particles: Analysis and generalization of experimental data | M. I. Berman and Z. R. Gorbis |
| 9-14 | Mass transfer in a horizontal gas-liquid flow | P. M. Krokovnyi, O. N. Kashinskii and A. P. Burdukov |
| 14-18 | Choice of pulse-fluidization conditions for mixing granulated materials | M. V. Aleksandrov, V. V. Malyushin, V. G. Bakalov and M. F. Mikhalev |
| 19-25 | Nonstationary heating of a fixed granular mass | Yu. A. Buevich and E. B. Perminov |
| 25-29 | Flow and heat transfer in coaxial jet flow around an obstacle | I. A. Belov, G. F. Gorshkov and V. S. Terpigor'ev |
| 29-32 | Extent of the subsonic domain in a supersonic underexpanded jet | G. A. Akimov and B. N. Sobkolov |
| 33-37 | Thermoanemometric measurements of the pulsations of the heat-transfer coefficient in a fluidized bed | N. F. Filippovskii, A. A. Zharkov and A. P. Baskakov |
| 37-42 | Influence of the incompressible stream temperature on cooling of a hot wire | P. Ionash |
| 42-48 | Manual balancing of the temperature error in constant-temperature thermoanemometers (with zero setting in an immovable medium) | I. Z. Okun' |
| 49-53 | Intensified drying of capacitors with liquid intermediate heat carrier | I. F. Pikus, N. A. Gudko, A. G. Voskhodov and S. I. Zhukov |
| 53-58 | Nonequilibrium thermodynamics of monodisperse suspensions | G. P. Yasnikov |
| 59-61 | Spectral extinction coefficient of vapor of heatproof material destroyed by a high-temperature flux of air plasma | É. B. Georg and M. I. Yakushin |
| 62-65 | Numerical study of processes proceeding in a two-chamber hurling unit | G. S. Romanov and V. V. Urban |
| 66-69 | Calculation of the critical conditions for a thermal explosion in an inhomogeneous medium by a method of integral relations | I. G. Dik and A. B. Zurer |
| 69-75 | Occurrence of free convection in a plane layer in the presence of a chemical transport reaction | L. V. Sotnichenko and É. A. Shtessel' |
| 75-79 | Motion of gas bubbles in an infinite volume of stationary liquid in a gravitational field | V. N. Kuchkin |
| 79-80 | Magnetorheological effect near the Curie point | Z. P. Shul'man, V. I. Kordonskii and I. V. Prokhorov |
| 81-86 | Stability of boundary between two nonisothermal magnetizable fluids | V. G. Bashtovoi and M. I. Pavlinov |
| 86-90 | Convective motion of a conducting liquid in an electromagnetic field, taking into account finite wall thickness and thermal conductivity | Vu Zui Kuang and Ngo Zui Kan |
| 91-95 | Polymer-film cooling on a drum, taking into account temperature dependence of heat conduction | V. M. Shapovalov, N. V. Tyabin and L. M. Beder |
| 95-98 | Radiant heat transfer in an absorbent medium | V. A. Kuznetsov |
| 99-102 | Compressible-liquid motion in porous medium with flowing and stagnant regions | Yu. I. Babenko and V. S. Golubev |
| 103-106 | Mass-transfer characteristics of tobacco leaves | V. P. Misnik, I. G. Korateev and V. F. Trubnikov |
| 107-109 | Plane steady problem of heat-conduction theory for a hyperbolic cylinder with boundary conditions of the third kind | B. A. Vasil'ev |
| 110-112 | Dynamic thermoelasticity problem | K. V. Lakusta |
| 113-116 | A new method of experimental determination of surface friction in a turbulent boundary layer | E. U. Repik and V. K. Kuzenkov |
| 116-123 | Mass transfer from a single bubble to the dense phase of a fluidized bed at large peclet numbers | Yu. A. Buevich and A. N. Deryabin |
| 123-127 | Thermal regime of moist concrete walls submerged into the ground of structures under conditions of convective drying | V. M. Gritsev and S. I. Bykov |
| 128-131 | Radiation heater with disperse heat carrier | N. V. Antonishin, E. V. Borisov, V. V. Lushchikov and V. A. Kalitko |
| 132-138 | Calculation of parameters of heat pipe with convective heat transfer | V. F. Frolov, E. M. Vernikov and É. S. Savkov |
| 138-140 | Turbulent flow of aqueous solutions of micelle-forming surface-active substances in gaps between coaxial cylinders | A. P. Simonenko |
| 141-142 | Irreversibility of degradation of polymer solutions | I. A. Anisimov and B. P. Mironov |
| 143-147 | Oscillating flow in a tube with formation of a boundary layer of solvent | G. Peev |
| 147-151 | Thermal conductivity of Freon-218 | V. P. Baryshev, S. D. Artamonov and V. Z. Geller |
| 151-160 | Calculation of the thermodynamic characteristics of the systems Li-LiH, Li-LiD, and Li-LiT | É. É. Shpil'rain, K. A. Yakimovich and E. A. Tsirlina |
| 161-164 | Improvement of the dynamic thermocouple method | S. P. Polyakov and G. A. Pozdeev |
| 164-168 | Measurement of the main parameters of a high-pressure, hydrogen-lithium plasma | G. F. Kiparenko and A. V. Kozyukov |
| 169-172 | Analytical theory of steady generation on an overtone of the CO molecule | S. A. Zhdanok, I. V. Kochetov, A. K. Kurnosov, A. P. Napartovich and V. G. Pevgov, et al. |
| 173-179 | Radiation transfer in a real spectrum. Integration with respect to the frequency and angles | V. G. Sevast'yanenko |
| 179-182 | Question of the nonstationary radiant interaction of solids | G. A. Surkov |
| 183-187 | Unsteady heat transfer at an insulated section of a surface | E. V. Kudryavtsev and K. N. Chakalev |
| 188-192 | Effect of heat convection on the dynamics of a liquid in a rotating tank | I. L. Povkh, G. M. Sevost'yanov and I. I. Litvinenko |
| 192-196 | Approximate solution of a problem of unsteady convective heat exchange in longitudinally streamlined bundles of rods | A. A. Kochubei and A. A. Ryadno |
| 197-200 | Calculation of the wave parameters of two-phase, ascending, film flow by the methods of statistics | Yu. P. Kvurt, L. P. Kholpanov, V. A. Malyusov and N. M. Zhavoronkov |
| 200-202 | Longitudinal diffusion of an impurity in a pipe with permeable walls | V. M. Eroshenko and L. I. Zaichik |
| 203-207 | Calculation of the thermal field of the throttle element of apparatus for studying the Joule-Thomson effect | A. I. Filippov and A. Sh. Ramazonov |
| 208-210 | Planning of an experiment to investigate the evaporation of a film of hydrocarbon fuel | V. N. Afrosimova and E. I. Kozel'skii |
| 211-216 | The method of a small parameter in the classical Stefan problem | A. O. Gliko and A. B. Efimov |
| 217-221 | Problems in building vertical high-temperature heat pipes | M. N. Ivanovskii, V. P. Sorokin and B. A. Chulkov |
| 222-227 | Heat exchange in tubes with permeable walls in the presence of internal heat sources | V. M. Eroshenko, L. I. Zaichik and V. B. Rabovskii |
| 227-232 | Methodological peculiarities of short measurements at the stage of irregular thermal regime | G. G. Spirin |
| 233-239 | Method of measuring vibrational temperatures in thermodynamically nonequilibrium gas flows | N. N. Kudryavtsev and S. S. Novikov |
| 240-246 | A unified series of instruments for thermophysical measurements | S. E. Buravoi, V. V. Kurepin, G. S. Petrov, E. S. Platunov and V. I. Solov'ev, et al. |
| 247-250 | Thermal conductivity and viscosity of lithium vapors | A. Ya. Polishchuk, É. É. Shpil'rain and I. T. Yakubov |
| 250-255 | Determination of certain physical properties of a solid on the basis of the interatomic interaction potential | N. I. Nikitenko |
| 255-262 | Analysis of thermal model of the contact heat transfer of rough surfaces | G. N. Dul'nev, Yu. P. Zarichnyak, Yu. V. Kuznetsov and B. V. Pol'shchikov |
| 262-266 | Theoretical and experimental investigation of high-level radiation sources used to model a heat input | V. M. Gradov, B. B. Petrikevich and A. A. Shcherbakov |
| 267-272 | Electrical and thermal processes in temperature-limited transistors | V. A. Belyakov and V. V. Togatov |
| 272-277 | Calculation of a transient in a two-pole network with a thermistor | I. M. Trushin and V. I. Antonov |
| 277-281 | Effect of the geometry of the moving wall on the structure of the flow in confined flow in a slit gap | A. A. Volkov and L. V. Poluyanov |
| 282-285 | Development of nonsteady free convection under the action of moving vertical plates | R. N. Dzhana and N. Data |
| 285-289 | Calculation of the heating of polydisperse particles in a gas | Yu. A. Popov |
| 289-295 | Kinetics of the neutralization of static electricity in apparatus containing two-phase systems of gas and solid particles | V. K. Abramyan, N. N. Kastal'skaya and G. I. Pichakhchi |
| 295-301 | Non-steady-state sorption processes in microheterogeneous dispersed systems | A. Vain |
| 301-306 | Gas flow in a capillary with an external disturbance varying the coefficient of molecular adhesion | V. V. Levdanskii and O. G. Martynenko |
| 306-311 | Effect of a coolant temperature jump on a clad fuel rod | E. Lorenzini and M. Spiga |
| 312-316 | Solution of nonlinear heat-conduction problems for a semitransparent body | P. V. Cherpakov, L. S. Milovskaya and A. A. Kosarev |
| 317-323 | Numerical method of investigating nonstationary spatial motions of a compressible gas | G. M. Makhviladze and S. B. Shcherbak |
| 323-327 | Effect of carbon on heat transfer through a piston of an internal combustion engine | S. I. Sevast'yanov |
| 327-332 | Solution of nonautomodeled problems of boundary-layer theory taking into account nonstationary conjugate heat exchange and blowing | V. I. Zinchenko and E. G. Trofimchuk |
| 333-337 | Complex investigation of the thermal and electrophysical properties of refractory oxides in the liquid and solid phases | É. É. Shpil'rain, D. N. Kagan, L. S. Barkhatov, L. I. Zhmakin and V. V. Koroleva |
| 337-341 | Thermophysical properties of scandium-titanium alloys | Zh. M. Tomilo |
| 342-346 | Specific heats of commercial titanium alloys at 50–1100°C | Yu. V. Loshchinin, V. A. Vertogradskii, A. I. Kovalev and I. V. Frolkina |
| 347-349 | Vacancy effects in multicomponent alloys | V. G. Goncharov, I. I. Novikov and V. V. Roshchupkin |
| 349-351 | Effect of oxygen impurity in low concentrations on the heat capacity of solidified gases | V. G. Manzhelii, Yu. A. Freiman, G. P. Chausov and V. V. Sumarokov |
| 352-357 | Thermophysical properties of thin metal films | A. T. Pugachev, Yu. A. Volkov and N. P. Churakova |
| 358-363 | Thermophysical properties of polyvalent metals and their alloys in the solid and liquid states | B. P. Pashaev, D. K. Palchaev, E. G. Pashuk and V. G. Revelis |
| 363-368 | Influence of quasilocal oscillations on the thermal expansion and specific heat of metals at low temperatures | L. B. Iliev, V. I. Ovcharenko, V. P. Popov and V. A. Pervakov |
| 369-373 | Isochoric thermal conductivity of argon, krypton, xenon, and nitrogen as a function of the triple points up to 300–330°K at pressures of up to 3000 atm | V. P. Slyusar', V. M. Tret'yakov and N. S. Rudenko |
| 374-378 | Thermal conductivity of a mixture of helium and air | K. Sh. Agababyan, A. A. Aroyan and R. T. Mina |
| 378-381 | Interaction potential of nonpolar polyatomic molecules | R. M. Sevast'yanov and N. A. Zykov |
| 382-387 | An experimental investigation into the complex of thermophysical properties of liquids | L. P. Filippov, S. N. Nefedov, S. N. Kravchun and E. A. Kolykhalova |
| 387-390 | Measurement of the viscosity of liquids and the dimensions of suspended particles by the method of correlation optical-mixing spectroscopy | M. A. Anisimov, Yu. F. Kiyachenko, G. L. Nikolaenko and I. K. Yudin |
| 390-394 | Molecular thermal conductivity of organic liquids | G. G. Spirin |
| 395-399 | Experimental investigation of the isobaric heat capacity and thermal conductivity of N2O4-no solutions in the liquid phase | A. G. Dashuk, A. Zh. Greben'kov, A. B. Verzhinskaya, Yu. D. Il'yukhin and N. F. Gladkii, et al. |
| 399-401 | Experimental study of the density of aliphatic alcohols at various temperatures and pressures | I. F. Golubev, T. N. Vasil'kovskaya and V. S. Zolin |
| 402-405 | Experimental investigation of the density and viscosity of high-temperature organic and silicone heat-transfer agents in the temperature range of their practical application | A. V. Chechetkin, V. S. Zayarnyi, L. A. Kreichirzhikova and D. I. Kharaz |
| 405-408 | Density measurement in liquid H2-D2 solutions | Yu. A. Milenko and R. M. Sibileva |
| 408-411 | Spontaneous nucleation frequency in superheated liquid xenon and krypton | A. M. Kaverin, V. G. Baidakov and V. P. Skripov |
| 412-416 | Self-diffusion and molecular motion in nematic and smectic liquid crystals | A. L. Tsykalo and A. D. Bagmet |
| 417-419 | Broad phase transitions of the first kind | G. G. Kuleshov |
| 420-423 | A versatile high-precision automatic temperature regulator assembled from standard components | V. V. Aleksandrov, A. N. Borzyak, G. A. Kuvshinov and I. I. Novikov |
| 424-429 | The “ideal curve” method in the thermodynamics of real gases and gas mixtures | V. I. Nedostup and E. P. Gal'kevich |
| 429-434 | A method of statistical modeling to estimate the error in determining the coefficient of moisture diffusion | N. I. Gamayunov, R. A. Ispiryan and A. A. Sheinman |
| 435-438 | Simultaneous measurement of thermal conductivity and specific heat of short-lived liquid | R. R. Mulyukov and P. A. Pavlov |
| 439-443 | Methods for determining thermophysical characteristics of solid materials based on solutions of linear heat-conduction equations of order higher than the second | G. A. Surkov |
| 444-463 | Prediction of the properties of liquids and gases | L. P. Filippov |
| 464-468 | Thermophysical properties of a dissociating coolant with a nitrogen tetroxide base for atomic power stations | V. B. Nesterenko, V. P. Bubnov and G. G. Kuleshov |
| 469-473 | Theoretical and experimental study of capillary constraints on heat transfer in high-temperature heat pipes | M. N. Ivanovskii, I. V. Yagodkin, V. P. Sorokin and L. M. Kuznetsova |
| 474-478 | Full-scale testing of heat pipes for space-vehicle thermal regulation systems | L. L. Vasil'ev, V. V. Gil', N. A. Zharikov, V. E. Zelenin and O. M. Syvorotka, et al. |
| 478-484 | Investigation of a gas regulatable heat pipe with a wicked reservoir | M. G. Semena |
| 485-490 | Experimental investigation of heat transfer in evaporation and condensation processes on capillary surfaces | I. G. Shekrildze and D. G. Rusishvili |
| 490-495 | Mass transfer from the wall to the stream of an axisymmetric fluid jet | B. G. Pokusaev and N. V. Volkov |
| 495-500 | Transverse stability of a liquid jet in a counterflowing air stream | V. M. Entov and A. L. Yarin |
| 501-506 | Unsteady heat transfer in transverse airflow past a cylinder | B. M. Smol'skii, L. A. Sergeeva and M. F. Kupchinova |
| 507-514 | Rheodynamics and mass transfer of a cylinder oscillating in a viscoelastic fluid | N. A. Pokryvailo, V. V. Tovchigrechko, Z. P. Shul'man and T. V. Yushkina |
| 514-519 | Hydrodynamics of a fluidized bed in the intertube space of staggered and in-line tube bundles | V. N. Korolev and N. I. Syromyatnikov |
| 519-527 | Fine-scale mixing in a gas-fluidized bed of fine particles | Yu. A. Buevich, V. N. Varygin and E. N. Prozorov |
| 528-532 | Steam filtration in a disperse-load bed | V. L. Ganzha and G. I. Zhuravskii |
| 533-537 | A method of experimental determination of the profiles of temperature and composition of a high-temperature gas stream | V. E. Godlevskii, V. N. Gradov, V. Ya. Levin, V. E. Nigodyuk and S. A. Shustov |
| 537-540 | Metrological interrelation for a gradient-type heatmeter under non-steady-state conditions | O. A. Gerashchenko and V. N. Cherin'ko |
| 540-547 | Investigation of radiation scattering by sulfuric acid drops | P. M. Kolesnikov and R. D. Cess |
| 547-551 | Reflectivity of a layer of polydispersed water drops | Yu. A. Popov |
| 552-554 | Effect of temperature and surface condition on the integral emittance of nickel and German silver | K. M. Shvarev, N. I. Vnukovskii, V. A. Shevelev, D. N. Popov and E. M. Il'yashevich |
| 554-560 | Heating of plates with an absorption coefficient dependent on temperature and radiation flow | V. V. Reznichenko and Vl. N. Smirnov |
| 561-565 | Automation of the computing process in solving problems of heat conduction by the finite-element method for heat-insulating structures with irregular boundaries | S. I. Arsen'ev, V. I. Vysotskii, V. F. Zakharenkov and V. S. Tsepelev |
| 566-573 | Investigation of the temperature fields in structural steels taking structural and phase transformations into account | V. F. Zakharenkov, Yu. A. Petrenko, V. I. Tyukaev and N. L. Yadrevskaya |
| 573-580 | Variational method of crack-contour location for three-dimensional problem with unilateral constraints | V. I. Kerchman |
| 581-585 | Axisymmetric problem of heat and mass transfer in saturated porous medium | N. N. Verigin, I. L. Khabibullin and G. A. Khalikov |
| 585-588 | Some problems of heat- and mass-transfer theory solvable by means of laplace transformation | S. Ts. Koprinski |
| 589-593 | Investigation of the transfer properties of a stream in a heat exchanger with spiral tubes | B. V. Dzyubenko |
| 594-596 | Investigation of heat exchange in a countercurrent apparatus with fluidized bed of intermediate heat carrier | N. V. Antonishin, A. L. Parnas and I. N. Sergeev |
| 597-601 | Effect of a gas stream on the efflux of loose material | E. V. Maksimov, B. S. Fialkov and V. T. Plitsyn |
| 602-606 | Calculation of emittance of a disperse system | V. I. Kovenskii |
| 606-610 | Porous mixers for gasdynamic lasers with selective thermal excitation | O. V. Achasov, P. A. Vityaz', S. A. Labuda, S. V. Popko and S. Sivets, et al. |
| 610-614 | Dependence of the breakdown of water drops on the parameters of a CO2 laser pulse | A. P. Prishivalko |
| 614-618 | Quenching of an air plasma by solid particles | L. N. Korovin and V. A. Shchelchkov |
| 619-623 | Local measurement of gas content | L. Z. Shenderov, A. G. Kvashnin and V. V. Dil'man |
| 624-628 | Linear calorimetric probe of improved sensitivity | S. P. Polyakov and A. T. Neklesa |
| 629-634 | Method of measuring stationary and transient thermal flows | S. Lopata and Ya. Taler |
| 635-639 | Application of three-wave interaction to determine the local velocities of moving media | I. A. Kolmakov, V. V. Alpatov, N. N. Akmaev and V. I. Volod'ko |
| 639-643 | Drag reduction by cation surfactants: The relation to physicochemical and micellar characteristics | I. L. Povkh, A. I. Serdyuk, A. V. Naumov and N. P. Kovalenko |
| 643-647 | Experimental study of transverse mass exchange in the flow of polyoxyethylene solutions in a round pipe | A. I. Zhernovoi, Yu. F. Ivanyuta and I. I. Takhistova |
| 647-650 | Boundary layer above a semi-infinitely large hot plate in a medium with phase transition | K. B. Pavlov and A. S. Romanov |
| 651-655 | Certain kinematic characteristics of the boundary layer at a streamlined elastic plate | V. V. Babenko, G. A. Voropaev, L. F. Kozlov, V. I. Korobov and N. F. Yurchenko |
| 656-659 | Convective motion in the supercritical range for a second-order fluid | F. A. Garifullin and F. I. Zapparov |
| 659-662 | Stability of the flow of a rotating liquid film along the inside surface of a cylindrical tube | P. B. Begoulev and B. G. Froishteter |
| 663-671 | Methods of determining the thermal-diffusion constant in liquid mixtures | M. A. Bukhtilova, V. M. Dorogush, B. N. Zamskii, V. P. Ivakhnik and G. D. Rabinovich |
| 671-676 | On the calculation of the barodiffusion constants of binary gas mixtures (McCormack model) | V. G. Leitsina, N. V. Pavlyukevich and G. I. Rudin |
| 676-681 | Frontal isothermal sorption dynamics for isotherm of nonsimple form in the presence of complex formation in the moving phase | A. I. Kalinichev |
| 681-686 | Engineering method of determining and describing the directional reflection characteristics of opaque structural materials | L. N. Aksyutov, G. K. Kholopov and Yu. A. Shuba |
| 687-691 | Mathematical model of thermostats and its numerical realization | G. N. Dul'nev, V. I. Egorov and V. G. Parfenov |
| 692-695 | Heat and water transfer for freshly exposed rock in a ventilated closed-end working | O. A. Kremnev, V. Ya. Zhuravlenko, V. A. Shelimanov and E. M. Kozlov |
| 695-698 | Thermoelasticity of nonhomogeneous media | Yu. M. Kolyano and E. I. Shter |
| 699-716 | Three problems in the theory of heat transfer and physical hydroga-dynamics | S. S. Kutateladze |
| 823 | The problem of automating thermophysical research | V. P. Mishin |
| 824-826 | Problems in providing thermal control of spacecraft and other complex systems | B. M. Pankratov |
| 827-831 | Some aspects of automation of design of thermal protection systems for spacecraft | A. A. Ivanov |
| 831-837 | Some questions involved in the solution of inverse problems in heat conduction and automated data processing in thermophysical investigations | O. M. Alifanov |
| 837-840 | Automation of the primary processing of data of a thermal experiment | N. V. Kerov and B. M. Pankratov |
| 840-844 | The problem of planning thermal measurements | S. A. Budnik |
| 845-847 | Thermal models in thermal design | V. S. Khokhulin |
| 847-851 | Conceptual algorithms for analysis of experimental data | M. R. Romanovskii |
| 851-853 | A method of processing the readings of a graphite calorimeter | A. M. Bespalov, M. I. Gorshkov, Yu. S. Karasov, A. I. Maiorov and B. A. Mukhin, et al. |
| 853-855 | Smoothing splines applied in thermal experiments | A. M. Bespalov, V. V. Zhdanov, A. I. Maiorov and L. A. Pleshakova |
| 856-857 | Ipron — A system for automatic recording of the behavior of a material on unilateral heating | M. M. Grudinin, V. S. Dvernyakov, K. B. Isaev and V. V. Pasichnyi |
| 858-861 | Regularizing gradient algorithms for inverse thermal-conduction problems | O. M. Alifanov and S. V. Rumyantsev |
| 862-865 | A gradient method of defining smooth solutions to inverse boundary-value problems in thermal conduction | E. A. Artyukhin and S. V. Rumyantsev |
| 865-869 | Optimal choice of descent steps in gradient methods of solution of inverse heat-conduction problems | E. A. Artyukhin and S. V. Rumyantsev |
| 869-872 | Regularizing algorithm for inverting the Abel equation | Yu. E. Voskoboinikov |
| 873-876 | Hybrid modeling of direct and inverse problems of heat conduction | Yu. M. Matsevityi |
| 877-880 | Temperature field calculation from body deformation measurements | N. I. Nikitenko |
| 880-884 | Optimization of multilayer thermal insulation | V. V. Mikhailov |
| 885-889 | Determination of the thermophysical characteristics of alternatively freezing and thawing dispersed media by the method of solving inverse problems of heat conduction | A. R. Pavlov, P. P. Permyakov and A. V. Stepanov |
| 889-894 | Inertia of measurements with “auxiliary-wall” type heat meters | G. N. Dul'nev, N. V. Pilipenko and V. A. Kuz'min |
| 894-897 | Accuracy of temperature measurements in determining the thermal conductivity of substances by stationary methods in the range of moderate temperatures | O. A. Sergeev |
| 897-900 | Relationship between thermal conductivity, speed of sound, and isobaric heat capacity of liquids | A. M. Mamedov |
| 900-905 | Investigation of heat exchange in the water-spray cooling of high-temperature metal surfaces | L. I. Urbanovich, V. A. Goryainov, V. V. Sevost'yanov, Yu. G. Boev and V. M. Niskovskikh, et al. |
| 905-912 | Mass transfer of a single bubble in a minimally fluidized granular bed | V. A. Borodulya, Yu. A. Buevich and V. I. Dikalenko |
| 913-916 | Hyperbolic diffusion equation in a relaxational and dispersed medium | G. P. Yasnikov, L. G. Gal'perin and Z. N. Kutyavin |
| 917-919 | Heat conductivity of water near 4°C | G. G. Spirin |
| 920-925 | Effect of swelling in the extrusion of an elastic liquid from a capillary | A. N. Prokunin and V. D. Sevruk |
| 927-941 | Systems analysis of heat and mass transfer | V. V. Kafarov and I. N. Dorokhov |
| 942-951 | Identifying the thermophysical properties of substances | A. G. Shashkov |
| 951-955 | Heat transfer from a spherical source in a rarefied gas | A. E. Margilevskii, V. G. Chernyak and P. E. Suetin |
| 956-961 | Free-molecular motion of gas in channel of finite length with sufficiently general boundary conditions | V. V. Kalinin, E. V. Kalinin and P. E. Suetin |
| 961-965 | Phase slip and heat transfer to the liquid in film boiling of a cryogenic liquid in piston flow | A. A. Kurilenko, S. R. Dymenko and Yu. S. Kochelaev |
| 966-972 | Heat transfer with evaporation and boiling of liquid in the channels of evaporators. I | L. L. Vasil'ev, A. N. Abramenko and L. E. Kanonchik |
| 973-975 | Convective heat exchange on a plane surface in the case of a perpendicular jet flow of air through a perforated wall for small re numbers | P. A. Novikov and G. L. Malenko |
| 976-980 | Drag and heat transfer in laminar motion of incompressible fluid with variable physical properties in a tube with porous walls in the quasideveloped-flow region | V. M. Eroshenko, L. I. Zaichik and I. B. Zorin |
| 980-985 | Efficiency of porous cooling | V. D. Daragan, A. Yu. Kotov, G. N. Mel'nikov and A. V. Pustogarov |
| 985-990 | A variational principle of the Hamilton type of nonlinear phenomena of combined transfer | Yu. T. Glazunov |
| 990-993 | Problem of a piston in a relaxing gas | N. S. Zakharov and V. P. Korobeinikov |
| 993-996 | Heat losses in the plenum chamber of a gasdynamic laser by simulation in a shock tube | O. V. Achasov, Ya. Blaga and N. A. Fomin |
| 997-1002 | Radiative heat transfer in a flow of rheologically complex fluid | V. F. Volchenok and Z. P. Shul'man |
| 1003-1009 | Two-phase heat transfer in a one-dimensional channel | Yu. A. Buevich and E. B. Perminov |
| 1009-1013 | Nonsteady filtration of saturated water vapor in disperse medium | V. L. Ganzha and G. I. Zhuravskii |
| 1014-1019 | Action of ultrasound on the rise of a liquid in a capillary tube and its dependence on the properties of the liquid | N. V. Dezhkunov and P. P. Prokhorenko |
| 1019-1024 | Temperature field of the active element of a solid-state laser with a liquid cooling system | G. N. Dul'nev, Yu. L. Gur'ev and S. G. Suslov |
| 1025-1028 | Temperature distribution in the cylinder block of an axial piston pump | V. L. Rvachev, A. P. Slesarenko and N. D. Syzova |
| 1029-1033 | Solution of the thermal problem of the vaporization of conical bodies in strong radiation fluxes | I. A. Solov'ev |
| 1035-1042 | Thermocapillary stability during gravity flow of a liquid film | B. G. Ganchev and A. E. Bokov |
| 1043-1046 | Heat exchange in a draining liquid film in the initial thermal part | V. M. Sobin |
| 1046-1051 | Refined method of calculating heat exchange in the condensation of stationary steam on finned horizontal tubes | V. P. Borovkov |
| 1051-1056 | Effect of unsteady natural convection on the structure of a liquid flow in a horizontal mixing chamber | A. N. Opanasenko, V. M. Selivanov and N. N. Shan'gin |
| 1056-1062 | Structure of flows in vortices | V. A. Bubnov, I. Z. Gabdullin and A. A. Solov'ev |
| 1062-1065 | Radiation of internal waves during vertical motion of a body through a nonuniform liquid | V. A. Gorodtsov |
| 1066-1069 | Calculating the hydraulic resistance of foam flows in tubes | V. N. Feklistov |
| 1069-1074 | Time to cool a cryogenic object by a gaseous cryogenic agent | S. P. Gorbachev, A. A. Krikunov and O. A. Goncharuk |
| 1074-1079 | Effect of turbulence on the characteristics of a glow discharge | R. R. Ziganshin, R. Kh. Ismagilov and M. A. Minushev |
| 1079-1083 | Diffusion of hydrogen in hafnium and titanium | V. M. Katlinskii, L. L. Kotlik, V. M. Egorova and A. M. Viktorova |
| 1083-1087 | Experimental investigation of the electrical conductivity of a two-phase stream | A. P. Vasil'ev |
| 1087-1090 | Thermal conductivity of liquid propionates at high temperature and pressure | R. A. Mustafaev and T. P. Musaev |
| 1090-1094 | Thermal conductivity of amyl and isoamyl propionates | K. D. Guseinov and T. F. Klimova |
| 1095-1100 | Generalization of experimental specific heat data for synthetic corundum in the temperature range 80–300°k | Yu. R. Chashkin, A. N. Kovryanov and V. A. Rabinovich |
| 1100-1102 | Thermal expansivity of teflon under high pressure | L. N. Dzhavadov and Yu. I. Krotov |
| 1102-1107 | Experimental investigation of lumpy cohesive loose materials with the object of determining the size of the outlet opening of bunkers | Yu. F. Lifshits |
| 1108-1111 | Variational approach to the analysis of the effect of a distribution grid on the quality of fluidization | L. S. Pozin |
| 1112-1115 | Optimization of the heating of a metal by an electric arc | P. F. Bulyanyi and S. P. Polyakov |
| 1116-1120 | Heat exchange with different schemes for introducing the heat-exchange agent into a furnace | I. V. Zhdanovskaya, F. R. Shklyar, A. Kh. Bokovikova and V. M. Malkin |
| 1121-1124 | Application of frequency methods for studying nonstationary regimes in the functioning of heat-engineering systems | V. I. Baloban, V. N. Guseva, S. I. Korolev and V. V. Shkvartsov |
| 1125-1129 | Evaluation of the effect of thermal coupling in a temperature-limited power transistor switch on the distribution of stationary power dissipation in the transistors | V. A. Belyakov and V. V. Togatov |
| 1130-1134 | Heating of a newtonian liquid when extruded through a matrix | A. V. Dubovik |
| 1135-1140 | Equations of generalized thermoelasticity of cosserat medium | V. N. Smirnov |
| 1140-1143 | Kochin-Loitsyanskii method in free convection problems | Yu. A. Sokovishin and A. G. Semenov |
| 1143-1145 | Motion of a thermal wave front in a nonlinear medium with absorption | I. S. Granik and L. K. Martinson |
| 1146-1150 | Use of the WKB method to investigate connective heat transfer in a micropolar fluid | N. P. Migun |
| 1151-1155 | Diffusion-controlled evaporation of a moving droplet | V. Ya. Rivkind and G. S. Sigovtsev |
| 1155-1157 | Mathematical modeling of a transient heat-conduction process | L. S. Vorob'eva and G. N. Zhevlakov |
| 1159-1163 | Experimental determination of the structure coefficient of a twisted stream flowing in the intertube space of a heat exchanger | B. V. Dzyubenko |
| 1163-1170 | Flow of turbulent gas jets in a submerged space | V. V. Glazkov, M. D. Guseva and B. A. Zhestkov |
| 1170-1174 | Structure of a submerged axisymmetric jet in its initial region | K. Kuzov and A. Melikov |
| 1174-1176 | Relationship between average (over time) velocity and longitudinal turbulent pulsation of velocity on the axis of a jet | A. Melikov and K. Kuzov |
| 1177-1179 | Heat exchange and hydraulic resistance in micronozzle grids | A. A. Basovskaya and V. A. Reisig |
| 1180-1182 | Heat and mass exchange in the cooling of air which is in direct contact with a cooling liquid | V. N. Filatkin and I. I. Pilip |
| 1183-1189 | Calculation of pressure pulsation intensity and gas content in an adiabatic two-phase flow | B. S. Fokin and A. F. Aksel'rod |
| 1189-1192 | Reduction of hydrodynamic drag and size of polymer particles | I. A. Uskov, E. T. Uskova and N. M. Belova |
| 1193-1197 | Question of the effects of polymer additives | B. I. Puris, Z. P. Shul'man, É. P. Polesskii and V. E. Aerov |
| 1198-1202 | Heat transfer with evaporation and boiling of liquid in the evaporator channels. II | L. L. Vasil'ev, A. N. Abramenko and L. E. Kanonchik |
| 1203-1206 | Heat transfer with vaporization in a liquid film flowing down a vertical corrugated surface | V. G. Rifert |
| 1207-1209 | Critical thermal loads in vertical pipes with the lower end sealed | B. F. Balunov and E. L. Smirnov |
| 1209-1214 | Hydraulic resistance for liquid flow with boiling-up in a partially heated channel | S. P. Gorbachev |
| 1214-1216 | Choice of heat-transfer agent for heat pipes operating in the temperature range 300–500°C | V. K. Shchukin, I. I. Mosin and Yu. V. Matveev |
| 1217-1222 | Thermal conductivity of krypton and xenon at temperatures up to 5000°K | N. B. Vargaftik and Yu. D. Vasilevskaya |
| 1222-1224 | Thermal diffusivity of inhomogeneous systems. II. Experimental determination of thermal diffusivity | G. N. Dul'nev and A. V. Sigalov |
| 1224-1226 | Generalization of data on the dependence of the coordination number on the porosity in fillings of sintered or pressed granular materials | Yu. P. Zarichnyak |
| 1227-1229 | Velocity of the nonspherical collapse of a cavitation bubble between two solid walls | G. I. Kuvshinov, N. V. Dezhkunov, V. I. Kuvshinov and P. P. Prokhorenko |
| 1230-1235 | Stability of the process of evaporation from a porous structure during displacement of the liquid by capillary forces | V. I. Khvostov and S. K. Marinichenko |
| 1235-1238 | Permeability of moist porous materials | P. A. Novikov and V. S. Yalovets |
| 1239-1242 | A tracer method of determining pore-space dead zones for collector rocks | V. M. Ryzhik, B. I. Tul'bovich and G. P. Khizhnyak |
| 1242-1246 | Simulation of mass-exchange processes in a mass-diffusion separating element | B. Sh. Dzhandzhgava, V. A. Kaminskii, O. G. Sarishvili, G. A. Sulaberidze and V. A. Chuzhinov |
| 1247-1252 | Asymptotic investigation of seepage flows in the case of a power resistance law | V. M. Entov and M. G. Odishariya |
| 1253-1256 | Temperature field of a plate with slotted filtration | A. I. Kudryavtsev and É. A. Sidorov |
| 1256-1258 | Mass transfer with a “memory” when describing sorption processes | L. S. Kalashnikova |
| 1259-1264 | Solution of heat-conduction problems by the method of discrete Z-transformation | V. L. Pokhoriler |
| 1264-1267 | Coupled problems of mass transfer between semi-infinitely large regions during a chemical reaction of the second order | Yu. I. Babenko and N. Ya. Nikitina |
| 1267-1274 | Retrieval of the boundary conditions from the temperature measurements at points inside a system of plane double-layer bodies | A. A. Shmukin, S. V. Pavlyuk and N. M. Lazuchenkov |
| 1274-1279 | Estimates of the validity range for the hyperbolic equation of heat-conduction in homogeneous symmetric continuous bodies | K. V. Lakusta and M. P. Lenyuk |
| 1281-1286 | Experimental study of the properties of alkali metals and alloys in the temperature range 1000–1800°K | V. V. Grafova, N. Ya. Mikhailov, I. I. Novikov, M. A. Pokrasin and V. V. Roshchupkin, et al. |
| 1286-1291 | General study of the thermophysical properties of alkaline earth metals | é. é. Shpil'rain, D. N. Kagan, V. A. Fomin, V. V. Kachalov and S. N. Ul'yanov, et al. |
| 1292-1296 | Heat conductivity of a beryllia-based composition at low temperatures | R. A. Belyaev, P. L. Volodin, Yu. V. Vavilov, M. I. Tumbakova and V. A. Vasil'ev, et al. |
| 1296-1301 | Thermodynamic properties of cesium and potassium at high pressures and temperatures | N. B. Vargaftik, L. D. Volyak, V. M. Anisimov, V. G. Stepanov and V. F. Kozhevnikov, et al. |
| 1302-1306 | Transport properties of lithium in the gas phase | V. S. Yargin, N. A. Vanicheva and V. I. Dolgov |
| 1306-1310 | Interaction potentials and collision integrals for hydrogen and alkali metal atoms | é. é. Shpil'rain and A. Ya. Polishchuk |
| 1310-1313 | Specific heats of thallium sulfide, selenide, and telluride at low temperatures | K. K. Mamedov, M. A. Aldzhanov, M. I. Mekhtiev and I. G. Kerimov |
| 1314-1316 | Thermophysical properties of lanthanides at high temperatures | I. I. Novikov and V. I. Kostyukov |
| 1316-1319 | Experimental investigation of vacancy effects in pure metals | I. I. Novikov, V. V. Roshchupkin, N. A. Semashko and L. K. Fordeeva |
| 1320-1324 | Thermodynamic properties of simple anharmonic crystals | S. A. Shchekatolina and L. N. Yakub |
| 1324-1328 | Thermophysical properties of iron, nickel, and alloys based on these metals in the vicinity of phase transformations | M. E. Gurevich, L. N. Larikov, A. I. Nosar' and Yu. V. Usov |
| 1329-1332 | Electronic structure and kinetic-property peculiarities of paramagnetic nickel | V. é. Peletskii |
| 1333-1336 | Thermoelectric properties of ultradisperse materials | G. N. Dul'nev and V. V. Novikov |
| 1336-1342 | Method and certain results of a semiempirical description of the heat conductivity of composite materials | V. L. Mal'ter, N. V. Bol'shakova and A. V. Andreev |
| 1342-1347 | Selection of the optimal quantity of initial data and the number of coefficients in compiling equations to compute the thermophysical properties of substances | A. A. Vasserman, A. Ya. Kreizerova and V. V. Litovchenko |
| 1347-1352 | Heat capacity of liquid organic compounds: Experimental determination and method of group approximation of its temperature dependence | I. A. Vasil'ev, E. I. Treibsho, A. D. Korkhov, V. M. Petrov and N. G. Orlova, et al. |
| 1353-1356 | Special features of heat transfer in carbo- and glass-fiber materials at low temperatures | S. A. Tanaeva, L. S. Domorod and L. E. Evseeva |
| 1357-1360 | Measurement of the mixing temperature of moderately dense gases | Yu. I. Popov and L. S. Kotousov |
| 1360-1365 | Analysis and correlation of new data on the thermophysical properties of mercury vapor | A. I. Ivanov, V. E. Lyusternik and L. R. Fokin |
| 1366-1371 | Experimental investigation of the sound speed dispersion in moist carbon dioxide vapor | I. S. Padovskii, Yu. S. Trelin and V. P. Zaitsev |
| 1372-1376 | Scaled equation of state for Freon-113 near the phase separation boundary | A. D. Alekhin and Yu. I. Shimanskii |
| 1377-1380 | Acoustic velocity in and density of binary helium-argon mixtures | B. é. Kanishchev and L. L. Pitaevskaya |
| 1381-1384 | Thermodynamic properties of ammonium halogenides near their tricritical points | E. B. Amitin, Yu. A. Kovalevskaya, I. E. Paukov and K. S. Sukhovei |
| 1385-1390 | Anomalies of the specific heat in the vicinity of the phase transition from isotropic liquid to nematic liquid crystal | M. A. Anisimov, V. M. Mamnitskii and E. L. Sorkin |
| 1391-1402 | Phase transformations in crystalline bodies (current state of the problem) | I. I. Novikov |
| 1-5 | Pulsating submerged jet and thermally induced oscillations | O. M. Popov and S. I. Sergeev |
| 6-8 | Heat-transfer characteristics of a jet flame impinging on a heat-sensing surface | S. K. Kalchevski and V. I. Lebedev |
| 9-12 | Evaluation of rates of heat and mass transfer in artificially agitated flows | V. M. Barabash and L. N. Braginskii |
| 12-17 | Multicomponent diffusion in liquid mixtures by chromatographic and NMR techniques | A. A. Usmanova, A. Sh. Bikbulatov, A. Kh. Abdrakhmanova, S. G. D'yakanov and V. P. Arkhipov, et al. |
| 18-22 | Mass transfer of solids in a pulsating liquid flow | G. A. Aksel'rud, N. I. Fiklistov and N. F. Yurim |
| 23-28 | Interaction of a dispersed liquid flow with a heated surface | M. A. Brich |
| 28-31 | Flow beneath an inclined plate, established in an aggregatively unstable system | V. I. Chizhov and M. V. Demura |
| 31-35 | Possible mechanism for the retardation effect in the flow of polymeric liquids | A. N. Prokunin, B. A. Krasovitskii and V. D. Sevruk |
| 36-40 | Effect of convection on the motion of spherical bubbles | P. S. Chernyakov |
| 40-44 | Free convection in a grainy layer along a vertical wall | D. A. Narinskii |
| 44-49 | Droplet breakup regimes and criteria for their existence | A. A. Borisov, B. E. Gel'fand, M. S. Natanzon and O. M. Kossov |
| 50-52 | Problem of determining the lewis number | L. G. Semenyuk |
| 53-58 | Performance of a galvanothermomagnetic cooling element under steady-state thermal conditions | V. G. Okhrem |
| 58-63 | Optimization of current lead with strong thermal interaction with surrounding structural elements | V. K. Litvinov, S. P. Gorbachev, V. I. Kurochkin and L. G. Bol'shinskii |
| 63-67 | Determination of the optimum dimensions of cooling channels | V. I. Perepeka, A. K. Sitnikov and I. I. Reizin |
| 68-72 | Aerodynamics of an eddy dryer for liquid materials | M. M. Khannanov, R. Kh. Mukhutdinov and Yu. T. Portnov |
| 72-78 | Piezoelectric measurement of the local characteristics of the motion of solid particles in a two-phase flow | L. I. Krupnik, V. N. Oleinik and V. G. Ainshtein |
| 78-82 | Problem of determining the effective temperature in combustion chambers of heat and power installations | V. P. Trofimov, K. S. Adzerikho and F. D. Lozhechnik |
| 83-86 | Thermal conductivity of laminated composite finite bodies of complex cross section taking thermal contact resistances into account | A. P. Slesarenko |
| 87-91 | Potential energy of interaction between unlike nonpolar molecules | R. M. Sevast'yanov and N. A. Zykov |
| 91-97 | Statistical theory of structural and thermodynamic properties of molecular crystals | É. T. Bruk-Levinson and V. V. Belov |
| 98-101 | Variational principle of coupled heat and mass transfer, taking the finite perturbation velocity into account | Yu. T. Glazunov |
| 102-104 | Variational theorem of generalized Cosserat-medium thermoelasticity | Vl. N. Smirnov |
| 105-107 | Comparative thermodynamic analysis of plasmochemical synthesis of aluminum and yttrium oxides | A. A. Vecher, I. I. Kantorovich, E. I. Marchenkov and A. N. Babaevskii |
| 235-238 | Heat transfer to He I and He II in pulsed thermal loading | A. M. Arkharov, A. I. Ageev, V. I. Pryanichnikov and N. B. Rubin |
| 238-243 | Nucleate boiling | B. P. Avksentyuk |
| 244-249 | Energy balance in a plasma cluster when scattered in a vacuum | V. I. Derzhiev, V. S. Marchenko and S. I. Yakovlenko |
| 250-253 | A thermal excitation mechanism of electronic states of diatomic molecules behind a shock front | L. B. Ibragimova |
| 253-256 | Experimental study of the acceleration of a layer of liquid | V. A. Brzhezitskii and G. G. Kapustyanenko |
| 257-260 | Effect of the weight of the admixture on the turbulence structure of a two-phase jet | T. A. Girshovich and V. A. Leonov |
| 260-263 | Numerical solution of the forward one-dimensional problem of critical flow in nozzles | V. V. Nevinskii, V. I. Rozenblyum and M. I. Savel'ev |
| 264-269 | Mixing displacement of viscoplastic fluids feom a channel with a rectangular cavity | G. I. Burdé, E. P. Il'yasov, I. B. Simanovskii and Yu. I. Terent'ev |
| 270-275 | Freely convective mass transport in a stratified fluid | E. N. Korchagina and Yu. A. Sokovishin |
| 275-280 | Evaluating the structural change in adsorbed water in dispersed systems during their hydration by the method of infrared spectroscopy | P. P. Olodovskii |
| 280-283 | Mass-transfer characteristics of bulk organic materials by masss pectrometrig analysis | N. N. Nevskaya, V. L. Prokof'ev and F. D. Braterskii |
| 284-288 | Coefficients of mass transfer between a fluidized bed and the surface of a capillary-porous body | Yu. A. Buevich, V. N. Varygin and E. N. Prozorov |
| 288-292 | Calculating radiant heat exchange between a fluidized bed and a surface | V. A. Borodulya and V. I. Kovenskii |
| 292-299 | High-temperature thermal conductivity of neon at temperatures up to 5000°K and argon up to 6000°K | N. B. Vargaftik and Yu. D. Vasilevskaya |
| 299-304 | Equations of generalized thermoelasticity of a Cosserat medium in stresses | Vl. N. Smirnov |
| 304-307 | Excitation of a temperature wave by a rectangular thermal surface pulse | A. G. Goloveiko and V. I. Martynikhina |
| 308-314 | Temperature field in a plate containing a system of heat sources | Yu. M. Kolyano, M. M. Semerak and I. P. Dmitrash |
| 314-319 | Numerical method for solving heat-conduction problems for two-dimensional bodies of complex shape | Yu. K. Malikov and V. G. Lisienko |
| 319-324 | Analytic solutions of parabolic and hyperbolic heat-transfer equations for nonlinear media | O. N. Shablovskii |
| 325-329 | Conjugate peoblem of nonstationary heat transfer with blowing | L. B. Gdalevich |
| 329-331 | Heating of a bulky body by a circular heat source with heat elimination from the surface taken into account | L. É. Melamed |
| 332-336 | Commercial thermophysical instruments (state of the art and problems) | V. V. Kurepin, G. S. Petrov and V. M. Kozin |
| 337-340 | Heat transfer during condensation of vapor on a laminar jet of liquid with an initial segment | N. S. Mochalova, L. P. Kholpanov, V. A. Malyusov and N. M. Zhavoronkov |
| 341-345 | Heat transfer in plug regime of film boiling of hydrogen in pipes | A. A. Kurilenko and S. K. Dymenko |
| 345-348 | Effect of porous coatings on heat exchange in film boiling | Yu. A. Kuzma-Kichta, V. A. Len'kov, D. N. Sorokin, R. A. Khaikin and B. F. Shibryaev |
| 349-354 | Heat pipe with a closed capillary structure | A. D. Suslov and V. Ya. Ustinov |
| 354-356 | Heat and mass exchange with vaporization and combustion in a laminar boundary layer of n-hexane and ethyl alcohol | G. T. Sergeev, L. I. Tarasevich and G. A. Fateev |
| 357-362 | Failure parameters of heat-shielding materials in the nonstationary heating regime | G. A. Frolov, Yu. V. Polezhaev, V. V. Pasichnyi and F. I. Zakharov |
| 363-368 | Excitation of a phase-transformation wave in a metal under the action of a square surface heat pulse | A. G. Goloveiko and V. I. Martynikhina |
| 368-374 | Flow of a thin film of a viscous liquid in a gas jet | Yu. I. Abramov |
| 375-379 | Marker-cell method in the displacement of a liquid from a channel with a recess | G. I. Burdé and I. B. Simanovskii |
| 379-384 | Structure of a two-phase edge wake | P. V. Khrabrov, V. A. Khaimov and G. S. Shvartsman |
| 385-388 | Effect of polymer additives on the large-scale structure of the velocity field in the boundary region of a sphere | B. I. Puris, é. P. Polesskii, V. V. Galuts and V. E. Aerov |
| 389-393 | Determination of the rheological properties of liquids from response functions of the flow structure in a capillary, tube | A. B. Golovanchikov and N. V. Tyabin |
| 393-398 | One approach to calculating a turbulent boundary layer on a surface with a compliant coating | A. B. Airapetov |
| 398-405 | Numerical solution of a two-dimensional problem of the transient hydrodynamics of a compressible non-newtonian fluid | S. D. Tseitlin |
| 405-408 | Stability of a convective flow of a viscous fluid by the method of local potential | V. V. Gorlei and V. A. Shenderovskii |
| 408-412 | Dependence of the mass transfer during dissolution of arrough wall in a plane channel on the structure of the stream | L. A. Polyakova and V. G. Shakhov |
| 412-417 | Growth of paraffin deposits on the pipe surface in a stream of oil | B. A. Krasovitskii and V. I. Maron |
| 418-422 | Accuracy of calculating flows upon disappearance of discontinuity by the method of large particles | G. S. Romanov and V. V. Urban |
| 422-429 | Evolution of the inhomogeneous state of a fluidized bed | Yu. A. Buevich and I. M. Tsyrul'nikov |
| 429-433 | A system of heat-mass-transfer equations for vapor filtration in dispersed media | V. L. Ganzha and G. I. Zhuravskii |
| 433-438 | Density of adsorbed water in disperse systems | P. P. Olodovsii |
| 438-440 | Complex of methods, programs, and apparatus for automating thermophysical investigations | G. N. Dul'nev and G. N. Luk'yanov |
| 441-444 | Heat transfer under radiation equilibrium in a rectangular channel | V. I. Polovnikov and Yu. A. Popov |
| 444-448 | Problem of the nonstationary state of heat- and mass-transfer processes in binary gaseous mixtures | T. N. Abramenko, E. A. Shashkov, O. A. Kolenchits and A. F. Zolotukhina |
| 449-451 | Simple empirical equation of state for gaseous nitrogen in the high-pressure range | A. A. Antanovich |
| 451-455 | Application of statistical approaches to solve impurity propagation problems | N. I. Selyuk and Yu. M. Dyukarev |
| 455-461 | Solution of heat-conduction problems in heterogeneous media by the integral relations method | Yu. V. Kalinovskii |
| 573-576 | Heat exchange between subsonic and supersonic plasma jets and a plane surface | G. A. Frolov, V. S. Dvernyakov, V. V. Pasichnyi and F. I. Zakharov |
| 577-580 | Heat exchange near a front point with stepwise variation of the stream temperature | V. L. Sergeev and A. S. Strogii |
| 581-584 | Optimizing a thermoanemometric experiment at low and high turbulence intensities | V. I. Kukes, A. A. Ufimtsev and L. P. Yarin |
| 584-594 | Closed equation for the structure function of an isotropic turbulent velocity field | V. A. Sosinovich |
| 594-596 | Depth of penetration of solid particles injected into a gas flow | L. Kh. Garmize, V. K. Popov, S. P. Fisenko and S. I. Shabunya |
| 597-604 | Free discharge of bulk materials through single- and multiple-hole bottoms and stationary spherical packing | V. A. Dryabin, D. M. Galershtein and S. S. Zabrodskii |
| 605-608 | Entrainment of a viscoplastic fluid by a rotating drum | Z. P. Shul'man and V. I. Baikov |
| 608-612 | Coalescence of concentrated fine-disperse emulsions during turbulent stirring | A. K. Rozentsvaig and L. P. Pergushev |
| 613-614 | Experimental study of critical heat fluxes in boiling | I. G. Shekriladze, Yu. Sh. Verulava, L. E. Vasadze and G. B. Kapanadze |
| 615-619 | Heat transfer in condensation on a grooved surface | V. A. Babenko, M. M. Levitan and D. K. Khrustalev |
| 620-622 | Jet flows during sublimation in a vacuum by the method of schlieren photography | D. P. Lebedev and V. V. Uvarov |
| 623-624 | Dynamic viscosities of n-butyraldehyde and isobutyraldehyde at various temperatures and pressures | R. A. Mustafaev and D. K. Ganiev |
| 624-632 | Problems in design and construction of current input leads made of porous materials for cryogenic electrical equipment | V. V. Senin |
| 633-639 | Determination of thermophysical characteristics by the method of a momentary thermal pulse and taking into account the thermal resistance in contacts | V. I. Kurepin and A. I. Dikalov |
| 640-645 | Characteristics of the use of a heat-flux sensor in instruments for determining thermal conductivity | T. G. Grishchenko |
| 645-651 | Thermal simulation of electrical devices | G. N. Dul'nev, B. V. Pol'shchikov and O. B. Aga |
| 651-654 | Estimate of the energy distribution of a multimode uhf field in resonator systems based on heating of a liquid dielectric | A. G. Gasparyants, Yu. K. Gubiev, V. V. Krasnikov and G. I. Krikunova |
| 654-660 | Calculation of the temperature patterns in continuous casting of ceramic components from thermoplastic slip | E. V. Nomofilov, Yu. V. Dvinskikh, R. Ya. Popil'skii, V. V. Kulagin and S. I. Morozova |
| 660-665 | Heat-flow distribution and combined heat-mass transfer processes at the contact interface of a friction pair | V. A. Balakin |
| 666-667 | Numerical solution of a parabolic equation | V. B. Ryvkin and B. L. Kopeliovich |
| 668-672 | Solution of the linear one-dimensional inverse heat-conduction problem on the basis of a hyperbolic equation | I. A. Novikov |
| 672-681 | Properties of the motion of liquids in porous materials (review) | L. L. Vasil'ev and V. A. Maiorov |
| 683-688 | Analysis of the capillary-transfort characteristics of metal-fiber structures | M. G. Semena and A. N. Gershuni |
| 688-690 | Heat exchange in gas flow through rough pipes with surface suction | L. L. Vasil'ev, G. I. Bobrova and L. A. Stasevich |
| 691-696 | Calculation of droplet condensation | I. Ya. Tokar', V. A. Sirenko and N. P. Yurchenko |
| 696-702 | Self-excitation of vortex street intensity behind a plane model with a body in its wake | L. A. Ignat'evskaya and V. A. Savost'yanov |
| 702-706 | Radiation of two-phase flows in laval nozzles | D. B. Vafin, A. F. Dregalin and A. B. Shigapov |
| 706-711 | Diffusion slip of a gas | S. F. Bakanov, B. V. Deryagin and V. I. Roldugin |
| 711-716 | Thermodiffusiophoretic capture of aerosol particles in a plane channel with nonuniform temperature | M. F. Barinova and E. R. Shchukin |
| 717-721 | Method for study of particle concentration fields in dispersed flows | A. Z. Rozenshtein |
| 721-727 | Forced oscillations in a homogeneously fluidized bed | Yu. A. Buevich |
| 727-730 | Method of interpolating data in determining the rheological parameters of a liquid | A. B. Golovanchikov and N. V. Tyabin |
| 730-735 | Flow retardation during deformation in various modes | A. N. Prokunin and V. D. Sevruk |
| 736-741 | Determining equation for rubberlike thermoviscoelastic materials with finite strains | A. D. Chernyshov |
| 742-744 | Viscous fluid flow in a horizontal layee due to thermal inhomogeneity of the lower boundary | I. P. Makarenko and L. M. Simuni |
| 745-748 | Two-dimensional flow of a non-Newtonian fluid in the channel of screw machinery with wall slip | V. P. Pervadchuk, V. I. Yankov and V. I. Boyarchenko |
| 748-752 | Thermal conditions of magnetofluid seals | M. S. Krakov, V. B. Samoilov, V. K. Rakhuba and V. A. Chernobai |
| 752-757 | Positive column of an electric arc with a given power density distribution of internal heat sources | R. Kh. Ismagilov, Kh. G. Kiyamov and N. G. Sabitova |
| 757-762 | Thermal mode of a lamp operating in the pulse mode | G. N. Dul'nev, L. A. Savintseva and A. V. Sharkov |
| 762-768 | Analysis of the three-dimensional selective radiation field in a combustion chamber using mathematical modeling | Yu. A. Zhuravlev, A. G. Blokh and I. V. Spichak |
| 769-773 | Optimization of the method of scanning adiabatic calorimetry | M. E. Gurevich, L. N. Larikov and A. I. Nosar' |
| 774-778 | Determination of the thermal boundary conditions from nonstationary-temperature measurement data | V. I. Zhuk, S. A. Il'in and D. N. Chubarov |
| 778-783 | Explicit solutions of multidimensional inverse unsteady heat-conduction problems | A. D. Iskenderov, Dzh F. Dzhafarov and O. A. Gumbatov |
| 783-789 | Finite integral transforms for heat and mass transfer problems in nonstationary and inhomogeneous media | V. S. Novikov |
| 789-793 | Steady-state temperature distribution in an inhomogeneous medium with local inclusions | Yu. I. Malov and L. K. Martinson |
| 794-800 | Problems of coupled thermoelasticity for a parallelepiped | A. V. Berdakchiev |
| 801-811 | Methods for the analytic determination of the effective conductivities of heterogeneous systems | G. N. Dul'nev and V. V. Novikov |
| 813-817 | Local heat transfer in the intertube space of a heat exchanger with spiral tubes | B. V. Dzyubenko, A. V. Sakalauskas, Yu. V. Vilemas and L. A. Ashmantas |
| 818-822 | Effect of external heat exchange on the impregnation of a preheated filler | V. A. Kalinnikov |
| 823-826 | Experimental study of the effect of a magnetic field on microcharacteristics of the boiling of polar liquids | N. B. Chigarev and T. S. Chigareva |
| 827-831 | Macrokinetics of surface reactions in a liquid or gas flow and an approximate method of calculating the mass-transfer rate of the reacting particles | Yu. P. Gupalo, A. D. Polyanin, Yu. S. Ryazantsev and Yu. A. Sergeev |
| 832-835 | Experimental method of determining parameters characterizing the microstructure of micropolar liquids | N. P. Migun |
| 836-840 | Identifying heat- and mass-transfer constants from measurements under transient conditions | V. I. Zhuk, S. A. Il'in and D. N. Chubarov |
| 840-846 | Theory of a thermal diffusion apparatus with transverse flows | A. V. Suvorov and G. D. Rabinovich |
| 847-851 | Acoustic coagulation of molten metal oxide particles in a high-temperature gas flow | L. D. Buglaeva, V. F. Buryachenko, I. I. Vernidub, É. M. Timokhin and A. P. Tishin, et al. |
| 852-856 | Two-phase theory of fluidization | V. A. Borodulya, Yu. S. Teplitskii and Yu. E. Livshits |
| 857-863 | Effect of initial fluidizing-agent distribution on the large-scale motion in a homogeneous fluidized bed | Yu. A. Buevich and I. M. Tsyrul'nikov |
| 864-867 | Temperature field in a spherical particle during quasisteady high-intensity drying | S. V. Fedosov, V. Ya. Lebedev, E. P. Barulin and V. N. Kisel'nikov |
| 868-870 | Thermal conductivity of mercury vapor | Yu. K. Vinogradov |
| 870-875 | Effect of variable electric fields on the thermal conductivity of dielectric liquids | B. V. Savinykh, V. G. D'yakonov and A. G. Usmanov |
| 876-879 | Heterogeneous heat-mass transfer and effective thermal conductivity of pores in ceramic materials at arbitrary knudsen numbers | E. Ya. Litovskii, F. S. Kaplan and A. V. Klimovich |
| 879-884 | Equilibrium speed of sound in a dissociating gas | É. A. Orudzhalev |
| 884-888 | Characteristics of a gas-discharge co-laser in generation on an overtone 1. Steady-state regime | Yu. B. Konev, I. V. Kochetov, A. K. Kurnosov, V. G. Pevgov and A. V. Dem'yanov |
| 889-894 | Thermal regime of the optical elements of the lighting system of a solid-state laser with natural cooling | G. N. Dul'nev and S. I. Khankov |
| 894-899 | Relaxation of turbulent stress | V. A. Bubnov |
| 900-905 | Cross flow past successively positioned circular cylinders | I. A. Belov and N. A. Kudryavtsev |
| 906-913 | Numerical solution of the spectral radiation-gasdynamic problem of radiative cooling of a spherical plasma volume taking into account nonstationary radiation transfer | B. N. Bazylev and G. S. Romanov |
| 913-917 | Some exact solutions to equations of transient flow with suction for a viscous fluid | L. F. Kozlov and Yu. A. Ptukha |
| 918-922 | Analysis and generalization of current-voltage characteristics of direct-action plasmatrons | P. F. Bulanyi, S. P. Polyakov and M. G. Rozenberg |
| 923-927 | Experimental investigation of critical heat-flux density in open channels cooled with helium-II | V. G. Pron'ko, V. V. Gorokhov and V. N. Saverin |
| 928-932 | Calculating the hydraulic characteristics of two-phase-helium circulation systems | S. P. Gorbachev |
| 932-935 | Experimental investigation of longitudinal mass transfer in the flow of polyoxyethylene solutions in a round pipe | A. I. Zhernovoi, Yu. F. Ivanyuta and I. I. Takhistova |
| 936-940 | Effectiveness of mixing coaxial flows swirled in opposite directions | A. A. Sviridenkov, V. V. Tret'yakov and V. I. Yagodkin |
| 941-945 | Heat transfer from a rotating cylinder under forced convection | A. N. Vasil'ev and V. V. Golubev |
| 946-951 | Permeability of porous materials | D. P. Volkov |
| 951-956 | Heat exchange in porous media | B. M. Galitseiskii and A. N. Ushakov |
| 957-960 | Stability of fluid flow in a plane channel with uniform injection or suction through porous walls | V. M. Eroshenko, L. I. Zaichik and V. B. Rabovskii |
| 960-965 | Molar momentum and heat transfer | V. F. Potemkin |
| 966-971 | Inhomogeneous shear flows of linear polymers | V. B. Érenberg and V. N. Pokrovskii |
| 972-977 | A method of joint determination of the effective coefficients of horizontal mixing of large particles and of external heat exchange in an organized fluidized bed | V. A. Borodulya, Yu. G. Epanov, Yu. S. Teplitskii and V. I. Kovenskii |
| 978-981 | Heat transfer in a “pseudoturbulent” bed of dispersed material | N. V. Antonishin, M. A. Geller and V. I. Ivanyutenko |
| 982-986 | Expansion and porosity of an inhomogeneous fluidized bed | V. I. Ivanyutenko, N. V. Antonishin and V. S. Nikitin |
| 987-992 | Structure of dispersion media by nuclear magnetic resonance | I. L. Berestova, M. G. Murashko and P. P. Olodovskii |
| 992-998 | Thermal conductivity of filled polymer compositions | E. P. Bel'skaya, V. M. Postnikov, B. M. Khusid, V. V. Mel'nichenko and L. N. Novichenok |
| 998-1005 | Thermal conductivity of hydrocarbons in the naphthene group under high pressures | B. A. Grigor'ev and A. M. Ishkhanov |
| 1005-1007 | Measurement of dynamic viscosity of binary mixtures of butyl alcohol and butyraldehyde | R. A. Mustafaev and D. K. Ganiev |
| 1007-1010 | Use of packed thermal diffusion columns to determine the soret coefficient in a benzene-carbon tetrachloride mixture | V. M. Dorogush and G. D. Rabinovich |
| 1011-1015 | Frequency shift of received waves | V. I. Krylovich |
| 1016-1020 | Characteristics of a gas-discharge co-laser emitting at a harmonic, Part 2: Simultaneous emission at fundamental and second-harmonic frequencies in the pulse mode | Yu. B. Konev, I. V. Kochetov, A. K. Kurnosov, V. G. Pevgov and A. V. Dem'yanov |
| 1021-1023 | Transient processes of heat exchange in an air-plasma jet | G. A. Pozdeev and S. P. Polyakov |
| 1023-1029 | An analytical investigation of the longitudinal temperature profile developing during the cooling of a cryogenic pipeline | L. G. Azarova, N. T. Bendik, E. L. Blinkov and N. I. Glukhov |
| 1029-1031 | Calculation of initial stage of heating a planar body with variable properties | Yu. V. Vidin |
| 1032-1035 | Solution of thermal conductivity problems with boundary condition of the third kind and arbitrary coordinate and time dependence of the biot number | V. S. Sidorov |
| 1035-1039 | Heat transfer of a semitransparent plate under conditions of a regular regime of the second kind | I. A. Gorban' and Yu. V. Lipovtsev |
| 1040-1048 | Critical parameters of pure substances. I. Hydrocarbons | E. S. Barkan |
| 1163-1168 | Wetting of a hot vertical surface by a flowing liquid film | B. G. Ganchev and A. E. Bokov |
| 1169-1170 | Heat transfer of multiple-void slabs heated by air | L. P. Ananikyan |
| 1171-1175 | Unstable gas flow modes in a Ranque vortex tube | S. V. Lukachev |
| 1175-1178 | Turbulent fluid flow in a circular pipe with uniform blowing through porous walls | V. M. Eroshenko, A. V. Ershov and L. I. Zaichik |
| 1178-1187 | Equation for the structure function of a turbulent stationary isotropic velocity field and its solution in the inertial scale interval | V. A. Sosinovich |
| 1188-1191 | Turbulent structure of flows with friction-reducing additives | A. B. Stupin and P. V. Aslanov |
| 1192-1194 | Rheological properties on a viscoelastic melt — solid-particle system in a melting chamber | S. K. Popov and Yu. V. Troyankin |
| 1195-1200 | Drag of a plate in a uniform flow of a weak polymer solution | G. V. Kireiko and V. N. Pilipenko |
| 1201-1208 | Use of finite elements in calculations of the flow of non-Newtonian media | H. Aberspach |
| 1208-1212 | Temperature fluctuations in a disperse medium | L. K. Vasanova, A. I. Safronov and G. P. Yasnikov |
| 1212-1216 | Hydraulic drag due to division of a stream of fluid into two parallel channels with an arbitrary ratio of flow rates | A. D. Rekin |
| 1217-1221 | Solution of the diffusion equation of material in a spherical grain with an arbitrary function of change in adsorbate concentration | S. P. Grekov, A. E. Kalyusskii, N. A. Rodimova and B. P. Pyasetskii |
| 1221-1224 | Sorption on hydrophilic swelling materials | N. I. Gamayunov and A. V. Tvardovskii |
| 1225-1229 | Mathematical simulation of heterogeneous isotropic systems | G. N. Dul'nev, V. K. Kruglikov and E. V. Sakhova |
| 1230-1232 | Description of different properties of liquids by identical formulas | A. M. Mamedov |
| 1233-1236 | Growth of vapor bubbles in a highly superheated liquid | P. A. Pavlov |
| 1237-1241 | Cooling of a plane slab of an absorbing gray medium with simultaneous conduction and radiation heat transfer | V. D. Chel'tsova and I. P. Shakhmatova |
| 1241-1247 | Thermohydraulic characteristics of refrigerator-radiator devices | P. I. Bystrov, V. S. Mikhailov and E. V. Khristyan |
| 1247-1252 | Radiation structure of the relaxation zone of a shock wave in two-phase rarefied media | N. M. Kuznetsov, V. M. Popov and Yu. V. Khodyko |
| 1253-1256 | Non-steady-state convective diffusion in a thin spherical layer | A. P. Grigin, B. I. Il'in and N. V. Pet'kin |
| 1256-1259 | Temperature field of a plate with internal temperature-dependent heat source | N. I. Gamayunov and A. V. Klinger |
| 1260-1264 | Solution of inverse problems of heat conduction by the method of dynamic filtration | O. M. Alifanov, E. A. Artyukhin, S. N. Loginov and V. V. Malozemov |
| 1264-1266 | Approximate solution of the linear heat equation in heterogeneous media | Yu. V. Kalinovskii |
| 1267-1271 | Some heat-conduction problems in the electromagnetic and acoustic interaction with the dielectrics | F. L. Sayakhov, G. P. Smirnov and M. A. Fatykhov |
| 1273-1276 | Structure of an evaporating flow inside a heated porous metal | V. A. Maiorov and L. L. Vasil'ev |
| 1277-1281 | Modified semiempirical model of turbulence | V. M. Kapinos, A. F. Slitenko and A. I. Tarasov |
| 1281-1288 | Turbulent flow in a boundary layer on the inlet and outlet sides of a rotating channel | I. M. Korshin |
| 1288-1294 | Influence of radiation on the degeneration of isotropic turbulence in high-temperature media | I. A. Vatutin, B. A. Kolovandin and O. G. Martynenko |
| 1295-1299 | Method of experimental investigation of a system of longitudinal vortices in the boundary layer | N. F. Yurchenko |
| 1300-1304 | Physicochemical properties of an aqueous solution of metaupon and hydrodynamic-resistance reduction | I. L. Povkh, A. I. Serdyuk, V. G. L'vov and Z. M. Vashun' |
| 1304-1309 | Flow distribution in perforated channels with a permeable end face | A. S. Nazarov, V. V. Dil'man and S. P. Sergeev |
| 1309-1316 | Diagnosis of rheological properties of viscoelastic — plastic media during their flow in pipes | R. M. Sattarov |
| 1317-1320 | Rheological dynamics of the elongational flow of a plane polymer stream during film drawing | V. M. Shapovalov and N. V. Tyabin |
| 1321-1327 | Theory of structural transformations in flowing systems | L. M. Buchatskii, G. B. Manelis, A. M. Stolin and S. I. Khudyaev |
| 1327-1330 | Bubble motion under the action of a gradient in surface-active material concentration | V. N. Mankevich |
| 1331-1333 | Motion of small aerosol particles, containing heat sources unevenly distributed over volume, in polyatomic gases | M. G. Markov, E. R. Shchukin and Yu. I. Yalamov |
| 1333-1339 | Effect of a corona discharge field on evaporation of liquids from capillaries | I. N. Karpovich, N. V. Churaev and M. S. Panchenko |
| 1339-1346 | Collective effects in a dense system of large bubbles | Yu. A. Buevich |
| 1346-1350 | Mass transfer between the gas and solid particles in a fluidized bed | A. I. Tamarin |
| 1351-1354 | Measurement of Nb3Ge heat capacity | M. P. Orlova, Ya. A. Korolev, M. I. Bychkova, T. O. Ponomareva and I. D. Giller |
| 1354-1357 | Determination of the characteristics of polymer decomposition using the semiinfinite body method | P. V. Nikitin and A. E. Pirogov |
| 1358-1366 | New method of solving problems of radiation transport theory. 1. General solution. Semiinfinite layer | K. S. Adzerikho, N. V. Podluzhnyak and Yu. V. Khodyko |
| 1366-1373 | Algorithm of the zonal solution of radiation — conduction heat-transfer problems | V. V. Volkov, V. G. Lisienko and A. L. Goncharov |
| 1373-1377 | Temperature field of laminar-inhomogeneous beds | N. N. Smirnova |
| 1377-1384 | Coupled problem of heat transfer, hydrodynamics, and solidification in a melt | Yu. A. Samoilovich and L. N. Yasnitskii |
| 1384-1387 | One approach to solving reverse problems of heat conduction | Yu. M. Matsevityi |
| 1-6 | Experimental study of the boundary between single-phase convection and boiling in underheated cryogenic liquids | Yu. A. Kirichenko, S. M. Kozlov, K. V. Rusanov and E. G. Tyurina |
| 7-14 | Study of entrainment of drops of coolant by wet vapor in a heat-pipe vaporizer | L. L. Vasil'ev, S. V. Konev and V. V. Khrolenok |
| 14-19 | Heat transfer and the combustion temperature of coke particles in a fluidized bed | A. I. Tamarin, D. M. Galershtein and V. M. Shuklina |
| 19-24 | Coalescence of coarsely dispersed concentrated emulsions with turbulent agitation | A. K. Rozentsvaig |
| 25-30 | Study of thermal and gasdynamic characteristics of a subsonic plasma air jet | V. L. Sergeev, A. S. Strogii and V. A. Tsurko |
| 30-31 | Effect of the aerodynamic structure of a flow on the hydraulic characteristics of the diffuser of a flat-flame injector torch | R. K. Narkhodzhaev and E. R. Kasparov |
| 32-35 | Aspects of selecting the mode of mixing in CO2 + N2 + H2O gasdynamic lasers | N. A. Fomin and S. M. Khizhnyak |
| 36-40 | Universal simulation of degenerating homogeneous turbulence | B. A. Kolovandin, N. N. Luchko, T. V. Sidorovich and V. A. Sosinovich |
| 40-45 | Formation of a developed turbulent flow in a quadratic channel | V. M. Filippov |
| 46-52 | Effect of heat transfer on the limiting characteristics of magnetofluid seals | L. P. Orlov, A. K. Sinitsyn and V. E. Fertman |
| 52-57 | Thermodiffusion of32S and34S in sulfur hexafluoride | K. K. Azroyan and G. D. Rabinovich |
| 58-61 | Experimental investigation of the heat capacity of the ternary alloy Nb-Ge-Si at low temperatures | Ya. A. Korolev, M. P. Orlova, T. O. Ponomareva, E. M. Savitskii and M. I. Bychkova, et al. |
| 61-63 | Heat conduction in solids with finite rate of diffusion of heat and initial conditions in the form of random functions | V. S. Grigorkiv, V. N. Okunenko and Yu. A. Timofeev |
| 63-69 | One-dimensional model of heat transfer in cryogenic vacuumshield thermal insulation with radiant heat sources | V. F. Getmanets, R. S. Mikhal'chenko and P. N. Yurchenko |
| 70-75 | Thermal deformation of the active medium in a solid-state laser with natural cooling | G. N. Dul'nev and S. I. Khankov |
| 76-81 | Speed of sound, isochoric heat capacity, and coefficients of adiabatic and isothermal expansion in methyl alcohol at atmospheric pressure | A. A. Aleksandrov, T. S. Khasanshin and D. S. Kosoi |
| 81-84 | Problem of measuring the thermophysical characteristics of thin resistive and dielectric films | V. P. Alekseev, N. B. Blokhin and M. N. Preobrazhenskii |
| 84-88 | Application of the variational principle to the solution of generalized coupled problems in thermoelasticity of inhomogeneous media | Yu. M. Kolyano and Z. I. Shter |
| 89-92 | Relations between nonsteady and steady temperature fields | P. V. Cherpakov, N. F. Dormodikhina, A. A. Kosarev and L. S. Milovskaya |
| 92-98 | Regularization of inverse problems by the scheme of partial matching with elements of a set of observations | M. R. Romanovskii |
| 99-101 | Question of solving nonlinear problems under the combined action of heat conduction and radiation | G. A. Surkov and V. I. Yurinok |
| 102-107 | Optimal method of coal delivery for combustion in a low-temperature fluidized bed | A. A. Volkova, V. N. Shikhov, M. M. Tsymbalist and A. A. Ashikhmin |
| 108-111 | Use of the semimoment method to solve the shock layer radiative heat-transfer problem | V. V. Gorskii and S. T. Surzhikov |
| 111-114 | Spatial nonstationary heat-conduction problem for a prism with a coordinate-dependent heat-transfer coefficient | Yu. M. Kolyano and E. G. Grits'ko |
| 115-123 | Inverse problems of heat exchange — Fields of application in the planning and testing of technical objects | V. P. Mishin and O. M. Alifanov |
| 123-134 | Shock waves in a liquid containing vapor bubbles | R. I. Nigmatulin, V. Sh. Shagapov, N. K. Vakhitova and Z. A. Shikhmurzaeva |
| 135-140 | Critical heat-transfer characteristics for the boiling of helium I in a centrifugal force field | Yu. A. Kirichenko, S. M. Kozlov and N. M. Levchenko |
| 140-143 | Critical heat-flux density in open channels cooled by helium II | V. G. Pron'ko, V. V. Gorokhov and V. N. Saverin |
| 144-150 | Heat transfee with evaporation and boiling of a liquid in porous bodies | A. N. Abramenko, L. E. Kanonchik, A. G. Shashkov and V. K. Sheleg |
| 151-153 | Intensification of heat transfer in the boiling of water in a microthermosiphon with a supply of heat to the end | V. G. Kashirskii, Yu. Ya. Pechenegov and Yu. I. Serov |
| 153-157 | Heat exchange along the initial segment in a heat exchanger with a helical flow | B. V. Dzyubenko |
| 157-159 | Heat transfer to an emulsion with high superheating of its disperse phase | N. V. Bulanov, V. P. Skripov and N. A. Shuravenko |
| 160-162 | Structure of a fluidized bed with surface boiling of the fluidizing medium | A. M. Tushin, L. K. Vasanova and N. I. Syromyatnikov |
| 163-169 | Kinetics of similarity regime of vaporization of a polydisperse system of drops | G. P. Yasnikov |
| 169-176 | Mathematical modeling of the heat-transfer process and solid particles in a fluidized bed | V. A. Borodulya, Yu. S. Teplitskii, Yu. G. Epanov, Yu. E. Livshits and I. I. Yanovich |
| 176-181 | Thermodynamic analysis of mass-transfer motive forces in the course of crystallization from solutions | V. V. Kafarov, I. N. Dorokhov and é. M. Kol'tsova |
| 181-192 | Elementary kinetic theory of diffusion in gases | N. D. Kosov |
| 192-196 | The drying mechanism for peat modified by surfactants | A. M. Abramets, I. I. Lishtvan, A. A. Terent'ev and N. V. Churaev |
| 197-200 | Generalized similarity of laminar nonisothermic flows of a viscous gas in thin pipes of variable cross section | B. I. Smirnov and L. G. Stepanyants |
| 200-205 | Calculation of the laminar flow of an incompressible liquid around a disc and a cylinder | I. A. Belov and N. A. Kudryavtsev |
| 206-211 | Radiation from mixture of diatomic vibrational-nonequilibrium gases with nonoverlapping bands | V. M. Strel'chenya and Yu. V. Khodyko |
| 211-214 | Piezoelectric pulse transducer with matched amplifier for measurement of fast varying pressure | V. I. Zagorel'skii, N. N. Stolovich and N. A. Fomin |
| 214-219 | Analytical method of calculating thermal processes and their effect on emission in solid-state laser with natural cooling | G. N. Dul'nev, B. A. Ermakov and S. I. Khankov |
| 220-225 | Temperature patterns in soils with variable thermophysical coefficients with given temperature conditions in greenhouses | L. E. Rybakova, B. M. Makhmaerov, B. Kh. Khairuddinov and P. V. Tsoi |
| 226-230 | Automatic control of solar power stations | V. S. Ermakov and V. M. Dubilovich |
| 230-236 | Methods for calculation of compressibility and critical characteristics of normal liquid mixtures | L. P. Fillippov |
| 237-245 | Heat exchangers for utilizing secondary energy resources | B. M. Smol'skii and L. L. Vasil'ev |
| 247-252 | Description of particle mixing in a boiling layer by a hyperbolic equation | V. A. Borodulya, Yu. S. Teplitskii and I. I. Yanovich |
| 252-254 | Particle velocity distribution in the flow of aqueous polyethylene solutions in a circular pipe | A. I. Zhernovoi, Yu. F. Ivanyuta and I. I. Takhistova |
| 254-259 | Turbulent pipe flow of concentrated emulsions with a nonequilibrium disperse phase | A. K. Rozentsvaig |
| 259-262 | Laminar flow of an incompressible fluid in a plane channel with uniform unidirectional injection | B. Yu. Bakhvalov, V. M. Eroshenko, L. I. Zaichik and A. A. Klimov |
| 263-268 | Theoretical study of heat transfer on horizontal tubes in the condensation of a descending vapor flow | V. M. Marushkin, Ya. L. Polynovskii and G. E. Dement'eva |
| 269-272 | Minimum wall superheat in film boiling with subheating | V. B. Khabenskii, V. S. Granovskii and A. A. Malakhov |
| 273-277 | Vapor-gas front in the condenser of a two-dimensional gas-controlled heat pipe | V. V. Galaktionov, A. A. Parfent'eva, D. V. Portnov and V. Ya. Sasin |
| 278-280 | Nonstationary velocity pulsations in turbulent flow | A. M. Kharenko and A. E. Éidel'man |
| 280-286 | Calculation of turbulent gas jets | V. A. Golubev |
| 287-289 | Behavior of a planar enclosed jet of viscoplastic liquid | V. I. Korobko |
| 289-291 | Resistance of a body of rotation with a central hole in a supersonic flow | V. V. Tsymbalov |
| 292-295 | Dispersion of a material in an Oldroyd liquid | K. V. Mukuk |
| 296-299 | Thesmal conductivity of helium at temperatures from 300 to 6000°K | N. B. Vargaftik and Yu. D. Vasilevskaya |
| 300-304 | Generalization of data on the thermophysical properties of petroleum products. Viscosity | V. Z. Geller, G. V. Zaporozhan and A. L. Rotkop |
| 304-308 | Viscosity and density of aprotonic solvents and electrolytes based on them | I. G. Gurevich, K. B. Gisina, V. K. Shchitnikov, V. S. Dubasova and V. L. Nikonov |
| 309-315 | Temperature dependence of the saturated vapor pressure of tellurium | A. P. Ubelis |
| 315-317 | Drying of granulated thermolabile plastics in a vibrorotating layer | O. G. Martynov, G. I. Kovenskii, T. É. Fruman and V. P. Borisenko |
| 317-321 | Electrometric methods of investigating cryogenic phase transformations of liquid moisture in building materials | Yu. D. Yasin |
| 322-327 | Method and apparatus to determine the monochromatic normally hemispherical reflectivity of heat-shield materials | L. S. Slobodkin, M. Ya. Flyaks and B. V. Andreev |
| 327-331 | Effects of radiation on thermal conductivity of some polymer resins | B. A. Briskman and S. I. Rozman |
| 331-333 | Effect of particle-size composition of a nickel alloy powder on its reflectivity | I. G. Vol'fovskii, É. F. Itsko, M. M. Seredenko and V. P. Pilyavskii |
| 333-338 | Calculation of radiative-conductive heat transfer in a semitransparent plate by the Monte Carlo method | N. M. Kholodov, Z. G. Flom and P. S. Koltun |
| 338-342 | Porous radiators with surface combustion in the filtration of a fuel-oxidant mixture | G. T. Sergeev and V. P. Pronyaev |
| 342-344 | Development and burnout of a flame in a plane-flame burner | R. K. Narkhodzhaev and E. R. Kasparov |
| 345-350 | Several properties of the laplace transform and structure of solutions of boundary-value problems of thermal conductivity with memory | I. A. Novikov |
| 351-357 | Uniqueness of the solution of the inverse problem for the coefficients of the linear heat-conduction equation | M. R. Romanovskii |
| 359-364 | Nucleation of gas and vapor bubbles during motion of fluid in porous metals | V. A. Maiorov and L. L. Vasil'ev |
| 364-367 | Vapor condensation on plate during horizontal motion of coolant | V. F. Stepanchuk and V. V. Kozhushko |
| 368-371 | Heat transfer from cylinder during its impact streamlining by air jets | V. Ya. Manokhin and V. S. Turbin |
| 371-376 | A circular turbulent jet in a crossflow | Yu. P. Vyazovskii, V. A. Golubev and V. F. Klimkin |
| 376-379 | Intensity of heat exchange near a stagnation point in the course of periodic variation of the surface temperature | V. L. Sergeev and A. S. Strogii |
| 380-384 | Gas flow between fixed contacting surfaces | V. B. Lemberskii |
| 384-391 | Flow and heat- and mass-transfer in a thin film on a fluted surface | Yu. A. Buevich and S. V. Kudymov |
| 392-395 | Transitional processes in fluidized systems | A. P. Baskakov, A. A. Zharkov and N. F. Filippovskii |
| 395-398 | Effect of bounding surfaces on porosity distribution in a granular medium | V. N. Koleskin, P. G. Shtern, S. V. Turuntaev, G. N. Abaev and E. K. Popov |
| 399-401 | Viscous liquid flow in a channel with sinusoidal walls | V. I. Borisov |
| 402-407 | Numerical investigation of vibrational relaxation during turbulent mixing of jets in a supersonic nozzle | A. V. Lavrov and V. A. Pospelov |
| 407-409 | Dissolution of a solid phase by fluid flowing in a cylindrical pipeline | R. Z. Shirgazina and P. I. Tugunov |
| 409-412 | Mass transfer from a moving bubble during a slow chemical reaction | Yu. I. Babenko |
| 412-416 | Determination of coefficient of external mass transfer in drying processes | E. N. Prozorov |
| 416-419 | Heating of ceramic and silicate material surfaces by an arc plasma filament | A. I. Zolotovskii, V. D. Shimanovich and A. K. Shipai |
| 420-425 | Multiparametric optimization of the process of isotope separation | V. A. Kaminskii, G. A. Sulaberidze, A. A. Tubin and V. A. Chuzhinov |
| 425-430 | Thermal contact resistance in thermophysical measurements | V. V. Kurenin |
| 431-435 | Effect of averaged flow temperature on readings of a hot-wire anemometer | V. T. Kiril'tsev, V. P. Motulevich and É. D. Sergievskii |
| 435-439 | Calculation of plane porous radiators with surface combustion | V. P. Pronyaev and G. T. Sergeev |
| 440-444 | Nonstationary absorption wave in a solid transparent dielectric | E. L. Klochan, S. P. Popov and G. M. Fedorov |
| 445-449 | Fracture characteristics of glass-graphite bodies in a partially ionized air flow | V. V. Gorskii and S. T. Surzhikov |
| 450-452 | Parameters of high-frequency vacuum breakdown in a mass-spectrometer ion source | V. A. Gal'burt, A. E. Zelenin and G. G. Sikharulidze |
| 452-455 | Theory of the positive column of a nonsteady electric arc in a channel containing a gas stream | F. A. Sal'yanov and M. M. Sharapov |
| 456-461 | Numerical method for determination of generalized angular coefficients | V. I. Antonov |
| 461-465 | Modeling of irreversible processes by analogy methods of statistical mechanics | G. P. Yasnikov |
| 466-470 | Thermoviscoelasticity equations of a cosserat medium with thermal memory | Vl. N. Smirnov |
| 470-475 | Equivalence of certain types of rheological equations of state for polymer media | B. M. Khusid |
| 475-478 | Interrelationship of rheological and biological characteristics in complex systems | É. G. Tutova, É. V. Ivashkevich and I. V. Zhavnerko |
| 479-483 | Effect of electrical insulation coating on thermal state of superconducting busbars | I. A. Filatov, I. P. Vishnev and Ya. G. Vinokur |
| 483-488 | Peculiarities of chilling an array of parallel cryogenic pipes | S. P. Gorbachev, A. A. Krikunov and S. D. Ladokhin |
| 488-490 | Heat transfer and vaporization in the boiling of a surfactant solution in steam generators | G. A. Saltanov, V. N. Statsenko, V. A. Taratuta and Yu. V. Yakubovskii |
| 491-495 | Shape of the subsonic part of a nozzle with a flat acoustic surface with allowance for viscosity in the boundary-layer approximation | I. L. Osipov, A. V. Shipilin and N. P. Shulishnina |
| 496-499 | Velocity measurements in a vortex model | A. V. Bodronosov and A. A. Solov'ev |
| 500-505 | Wave structure of turbulent mixing zone | Ya. A. Vagramenko |
| 505-510 | Flow model of a boiling liquid in nozzles | V. N. Blinkov and S. D. Frolov |
| 510-513 | Effect of boundary-layer injection on the drag of an axisymmetric body in a hypersonic imperfect-gas flow | V. I. Timoshenko |
| 513-518 | Dynamics of gas combustion in a spherical vessel | V. I. Vodyanik |
| 519-523 | Variation of the kinetic coefficients of rarefied gases as functions of temperature | O. B. Tsvetkov |
| 524-527 | Heterogeneous equilibrium of condensed gas-vapor aprotonic solvents and electrolytes based on them. I. Individual solvents | I. L. Gaidym, I. G. Gurevich, V. K. Shchitnikov, V. S. Dubasova and B. I. Tumanov |
| 528-533 | Horizontal particle mixing in a free fluidized bed | V. A. Borodulya, Yu. G. Epanov and Yu. S. Teplitskii |
| 533-537 | Mass transfer in the mechanical mixing of heterogeneous systems | M. D. Gluz |
| 538-543 | Equivalence of certain types of rheological equations of state of flowing polymer media. II. Analysis of specific models | B. M. Khusid |
| 544-548 | Problem of choosing the optimum regime for the technological process of vacuum-forced impregnation | L. Ya. Kosachevskii, E. A. Kosachevskaya and V. M. Sidorova |
| 548-553 | Reflectance of heat shield materials under radiant—convective heating | G. A. Frolov, V. V. Pasichnyi, V. S. Dvernyakov and K. B. Isaev |
| 553-559 | Model for the calculation of the complex heat transfer in high-temperature IR emitters | N. A. Prudnikov, A. P. Dostanko, M. Kh. -M. Tkhostov and Yu. M. Sotnikov-Yuzhik |
| 559-565 | Numerical study of spectral intensity of emission and absorption of the CO2 and CO molecules under vibrationally nonequilibrium conditions | N. N. Kudryavtsev and S. S. Novikov |
| 566-571 | Hydrodynamic thermal burst in radial bearing | Yu. A. Buevich and M. I. Zaslavskii |
| 572-576 | Effect of deposits with rectangular profile on the thermal efficiency of longitudinal ribs | V. G. Gorobets, N. V. Zozulya and V. S. Novikov |
| 576-578 | Possible existence of periodic temperature field during electrical heating | R. M. Lapshin, G. Yu. Makarov and I. A. Shemagin |
| 578-582 | Approximate solution of the problem of solidification of curvilinear walls and hollow bodies under transient conditions | S. M. Gorokhov and L. P. Graboi |
| 583-589 | Experimental study of unsteady heat transfer from a gas-suspension flow in the initial section of a cylindrical channel | A. V. Fafurin and K. R. Shangareev |
| 589-593 | Experimental study of heat transfer in liquid boiling in high-heat-conductivity capillary structures | L. L. Vasil'ev, S. V. Konev, P. Shtul'ts and L. Khorvat |
| 594-597 | Study of heat exchange in a bed fluidized with steam | Yu. I. Alekseev, N. F. Filippovskii, A. P. Baskakov, V. A. Dedyukhin and A. I. Poryvkin |
| 597-601 | Intensification of heat exchange between a fluidized bed and containing walls with a nonuniform gas distribution | Yu. A. Buevich and I. M. Tsyrul'nikov |
| 601-603 | Heterogeneous equilibrium between the condensed phase and vapor of aprotonic solvents and electrolytes based on them II. Solvent mixtures | I. L. Gaidym, I. G. Gurevich, V. K. Shchitnikov, V. S. Dubasova and B. I. Tumanov |
| 604-609 | Mathematical modeling of the nonisothermal degradation of high polymers and natural coals | L. N. Aksenov, A. G. Shashkov and O. F. Shlenskii |
| 609-615 | Molecular transfer | V. F. Potemkin |
| 615-618 | Deviation of thermal anemometer sensors with sagging wires from the cosine law | I. L. Povkh, G. P. Eremin and A. M. Novikov |
| 618-620 | Determination of the velocity profile of a stream of non-Newtonian fluid | K. B. Kann and V. N. Feklistov |
| 621-626 | Diffusion of metal vapors in gases and the transport properties of vapors | K. M. Aref'ev, B. F. Remarchuk and M. A. Guseva |
| 627-634 | Optimization of a thermodiffusion apparatus with transverse flows | G. D. Rabinovich and A. V. Suvorov |
| 635-637 | Measurement of the heat of mixing of moderately dense gases | Yu. I. Popov |
| 637-641 | Measurement of thermophysical properties of mixtures by periodic heating of probes | S. N. Kravchun |
| 642-647 | Transfer properties of Freon-22 vapor | O. B. Tsvetkov |
| 648-651 | Thermal conductivity of certain oriented polymers | L. N. Novichenok and S. M. Ovchinnikova |
| 652-656 | Study of the effect of thermomagnetic treatment on the stability of the magnetic properties of an Fe—Co alloy | P. P. Galenko |
| 656-660 | Studying the thermophysical characteristics of nonmetallic coatings | Yu. A. Zagromov and V. V. Kulikov |
| 661-664 | Regular heat transfer of external walls | L. N. Anufriev and A. A. Shklyar |
| 665-669 | Dependences for the equilibrium flow of dissociating gas in the turbine channels of nuclear power plants | É. A. Orudzhaliev |
| 670-673 | Relaxation processes in polymer fluids | A. N. Prokunin and V. D. Sevruk |
| 673-681 | Transient processes in shear flows of viscoelastic fluids. I. Propagation of a shear wave | Z. P. Shul'man, S. M. Aleinikov and B. M. Khusid |
| 682-687 | Qualitative phase-plane analysis of dynamics of electrothermal processes in thermistor | I. M. Trushin |
| 687-692 | Method of reduction to the ordinary differential equations of L. V. Kantorovich and a general method for the solution of multidimensional heat-transfer equations | V. G. Prokopov, E. I. Bespalova and Yu. V. Sherenkovskii |
| 693-698 | Determination of the parameters in the generalized heat-conduction equation from transient experimental data | E. A. Artyukhin and A. S. Okhapkin |
| 699-701 | Green functions for transport problems in time-varying media | V. S. Novikov |
| 703-706 | Drag of a plate with simultaneous unequal mass blowing and suction | A. I. Leont'ev, V. G. Puzach, V. P. Komarov, I. K. Ermolaev and N. V. Dubina |
| 706-711 | Experimental investigation of heat exchange in a porous annular channel | V. Z. Kitaev |
| 712-715 | Intermittence and structure of the transitional boundary layer at a plate using a laser anemometer | L. F. Kozlov, V. P. Ivanov, V. V. Babenko and V. A. Blokhin |
| 715-719 | The “slip” coefficient in two-phase liquid—gas flows | G. G. Kornilov |
| 720-724 | Turbulent friction at transonic velocities | A. I. Ivanov, A. D. Khon'kin and G. K. Shapovalov |
| 725-729 | High-temperature heat exchange in the flow of a gas in a slit-type quenching apparatus | I. I. Borisov, V. V. Naumov, T. V. Mikhalevskaya and V. A. Reisig |
| 729-734 | Chemical reactions, heat exchange and fast particles | A. A. Abramov and N. K. Makashev |
| 735-742 | Transitional processes in shear flows of a viscoelastic fluid | Z. P. Shul'man, S. M. Aleinikov and B. M. Khusid |
| 743-746 | Experimental determination of the coefficient of discharge from a channel through perforated walls | A. D. Rekin |
| 746-749 | Analysis of the flow of a nonlinear viscous fluid for cyclic deformation | N. G. Bekin, A. A. Lomov and G. M. Goncharov |
| 750-756 | Stretching of a plane anomalously viscous film under nonisothermal conditions | V. M. Shapovalov and N. V. Tyabin |
| 756-757 | Nonisothermal retardation of elastic fluids | A. N. Prokunin and V. D. Sevruk |
| 758-762 | Simple electrohydrodynamic waves | N. I. Kidin and G. G. Tsypkin |
| 762-765 | Transport properties of nitrogen, oxygen, carbon dioxide, and air at low densities and temperatures from 50 to 3000°K | N. A. Zykov, R. M. Sevast'yanov and K. I. Voroshilova |
| 765-767 | Dependence of the transport properties of liquids on the sound velocity and density | A. M. Mamedov |
| 768-773 | Calculation of the effective thermal diffusivity of heterogeneous layered material | Kh. A. Kyaar and V. A. Vares |
| 774-777 | Capillary impregnation of porous metal gauzes with liquid | S. V. Belov and Yu. M. Novikov |
| 778-782 | Mechanism of connective drying of solutions of fish hydrolyzates in a foamed state | A. A. Buinov, A. S. Ginzburg and V. I. Syroedov |
| 782-785 | Temperature field of graphite electrode in plasmatron | N. V. Pashatskii, E. A. Molchanov and S. A. Chugin |
| 785-790 | Current and heat flow density on the anode of a plasmatron with reciprocal polarity | S. P. Polyakov |
| 790-796 | Thermophysical processes in electric contacts upon passage of let-through currents | Yu. M. Dolinskii |
| 797-802 | Mass exchange in isotope separation by the distillation method | V. A. Kaminskii, Yu. K. Ledyakov and B. Sh. Dzhandzhgava |
| 802-808 | Characteristics of centrifugal separator | Yu. M. Grishin, V. M. Kozlov and A. A. Mosin |
| 808-810 | Convective heat and mass transfer of reacting particles at low Peclet numbers | P. A. Pryadkin |
| 811-814 | Mass transfer between a spherical particle and a liquid for small Peclet numbers | G. A. Korolev |
| 815-827 | Hydrodynamic effects in water media in electric and magnetic fields | E. Z. Gak |
| 829-833 | Experimental study of mass exchange in axisymmetric cavities | V. V. Degtyareva, V. A. Mukhin and V. E. Nakoryakov |
| 833-836 | Study of the drag of a throttle in the film boiling of a cryogenic liquid flowing in a horizontal pipe | S. K. Dymenko, A. A. Kurilenko and S. S. Kolesnikov |
| 837-840 | Ambiguity of the hydrodynamic characteristics (HDC) of boiling channels in cryogenic units | A. I. Ageev, V. F. Burinov, S. I. Zinchenko and Yu. P. Filippov |
| 841-846 | Experimental study of the drag of a two-phase helium flow in channels | I. P. Vishnev, L. N. Migalinskaya and I. B. Lebedeva |
| 846-852 | Equation of equilibrium emission and retardation parameters in nuclear-power-plant turbines with dissociating nitrogen tetroxide | É. A. Orudzhaliev |
| 853-858 | Natural convection heat transfer in air about a horizontal circular nonisothermal cylinder | V. N. Pustovalov and Yu. Ya. Matveev |
| 858-861 | Free-convection heat transfer on a vertical surface with a temperature discontinuity | Yu. A. Sokovishin and L. A. Érman |
| 862-866 | Effect of polymer additives on propagation of turbulence front | V. N. Kalashnikov and V. A. Kalinichenko |
| 866-868 | Experimental investigation of a turbulent jet in turbulent cross flow | L. N. Voitovich |
| 869-874 | Heat transfer in the nonisothermal flow of an anomalously viscous fluid in a helical duct | A. I. Mumladze, Yu. G. Nazmeev and O. V. Maminov |
| 874-878 | Transient processes in shear flows of a viscoelastic fluid. III. Elastic recovery | Z. P. Shul'man, S. M. Aleinikov and B. M. Khusid |
| 878-883 | Relation between fluid viscosity and compressibility | Yu. A. Atanov and A. I. Berdenikov |
| 883-887 | Heat exchange in gas furnaces | S. P. Detkov |
| 887-894 | Spectral composition of the emission of a nonisothermal stream of combustion products | A. G. Blokh, Yu. A. Zhuravlev and I. V. Spichak |
| 894-900 | Design of installation for drying by a gas containing hygroscopic particles | V. K. Maskaev and A. P. Baskakov |
| 900-907 | Kinetics of isothermal evaporation of a porous or dispersed body | B. V. Deryagin, V. M. Starov and D. V. Fedoseev |
| 908-913 | Modeling of mass-exchange processes taking into account fluctuations of the physicochemical parameters | F. G. Akhmadiev, A. A. Aleksandrovskii and I. N. Dorokhov |
| 913-919 | Equilibrium aggregation in a moderately concentrated finely dispersed system | Yu. A. Buevich |
| 919-924 | Effect of irradiation on density of polymers | B. A. Briskman and S. I. Rozman |
| 924-928 | Thermal conductivity of colloidal capillary porous bodies in the process of structure formation | I. M. Lyashkevich, G. S. Raptunovich and L. G. Chernaya |
| 929-932 | Invariant solutions of the equations of motion of ionized gas | N. S. Zakharov and V. P. Korobeinikov |
| 933-935 | Interaction of finely dispersed particles with the column of a constricted arc | S. P. Polyakov |
| 936-943 | Temperature fields in apparatus for growing leucosapphire single crystals by using mathematical modeling | Yu. K. Lingart and Ya. I. Shtipel'man |
| 943-947 | Growth of a metal island film under conditions of non-steady-state reevaporation of metal adatoms | A. V. Rogachev, V. I. Lashkevich and V. V. Kharitonov |
| 949-951 | Statistical study of fluctuation of gas flow rate in caps in fluidized-bed processing units | A. P. Baskakov, V. G. Tuponogov and N. F. Filippovskii |
| 952-955 | Heat transfer in a fluidized bed with allowance for the filtration component | N. V. Antonishin, M. A. Geller and V. I. Ivanyutenko |
| 955-960 | Heat transfer of a swirled flow of gas suspension in a short channel | A. I. Mironov, F. L. Sharafutdinov, V. A. Filin and V. K. Shchukin |
| 960-962 | Effect of initial velocity difference between phases on evolution of two-phase jet | A. I. Kartushinskii, V. A. Leonov and A. S. Mul'gi |
| 963-965 | Role of hydrodynamic interaction of dispersed particles in structurization processes in alternating electric field | N. I. Gamayunov and V. A. Murtsovkin |
| 966-969 | Effect of evaporation on convective heat exchange of a porous plate in a rarefied medium | P. A. Novikov, V. S. Yalovets and Z. M. Yudovin |
| 970-974 | Heat liberation during vapor condensation in a thermosiphon | N. I. Mirmov and I. G. Belyakova |
| 974-979 | Local heat exchange in the film condensation of a stationary vapor on a vertical surface | G. I. Gimbutis |
| 979-982 | Applicability of boundary-layer theory to calculation of heat transfer under separation conditions | Yu. F. Gortyshov and I. M. Varfolomeev |
| 983-987 | Design of cooling channels with improved thermohydraulic characteristics | G. N. Dul'nev, V. A. Korablev and A. V. Sharkov |
| 987-992 | Heat transfer in enclosures with programmed heat release | V. K. Aver'yanov and S. I. Bykov |
| 992-995 | Temperature dependence of the velocity of ultrasound and electrical conductivity of an epoxy composite with a carbon filler | I. N. Ermolenko, V. I. Krylovich, V. I. Alekseenko, V. I. Dubkova and P. N. Logvinovich, et al. |
| 995-1000 | Heat flow through fiber-reinforced composite layer | V. T. Golovchan and V. I. Kushch |
| 1001 | Viscosity of a mixture of n-butyl and isobutyl alcohols at different temperatures and pressures | R. A. Mustafaev and D. K. Ganiev |
| 1002-1006 | Relaxation function of linear polymers | G. M. Bartenev, Z. P. Shul'man and B. M. Khusid |
| 1006-1012 | Theory of thermal waves | V. A. Bubnov |
| 1012-1016 | Heterogeneous vibrational relaxation upon free molecular flow of diatomic gas past concave bodies | L. P. Gashtol'd |
| 1017-1019 | Measurement of the mutual diffusion coefficients of a nonideal gas mixture of helium and carbon dioxide | A. G. Karpushin and Sh. K. Bibolov |
| 1020-1026 | Convective diffusion toward rotating polar spherical electrode | O. Vain and N. A. Pokryvailo |
| 1027-1031 | A method for the numerical investigation of nonstationary processes in multisectional installations for separating multicomponent isotope mixtures | E. V. Levin, N. I. Laguntsov and G. A. Sulaberidze |
| 1032-1035 | Calculation of temperature fields in a silicon film during an optical anneal | N. I. Sterzhanov, V. I. Pilipenko, V. N. Topchii, L. S. Slobodkin and G. N. Pshenichnaya, et al. |
| 1035-1041 | Numerical method for solving the coupled problem of radiative — convective and conductive heat transfer | Yu. K. Malikov, V. G. Lisienko and V. V. Volkov |
| 1041-1047 | Solution of the steady-state problem of heat exchange and flow of lubricant in radial sliding bearings with self-aligning segments | V. V. Rukhlinskii, L. A. Gura and O. M. Borisenko |
| 1048-1054 | A method of calculating the temperature field in multilayer media | O. D. Reshetin |
| 1055-1061 | Experimental study of the motion of solid particles in a turbulent gas flow. The transfer mechanism | L. I. Krupnik, V. N. Oleinik and V. G. Ainshtein |
| 1062-1068 | Effect of phase velocity difference on the turbulent structure of a jet carrying heavy impurities | T. A. Girshovich and V. A. Leonov |
| 1068-1072 | Method of calculating limits of stabilization of a flame of inhomogeneous mixtures traveling over a poorly streamlined body | V. L. Apollonov, V. N. Gruzdev and A. V. Talantov |
| 1073-1078 | Effect of configuration of a confined space on the parameters of convective flows for symmetric temperature fields | S. N. Osipov and M. G. Pshonik |
| 1079-1083 | Flow of dilute suspensions of deformable ellipsoidal particles in a plane channel | Kwak Dong, Z. V. Pasechnik and Yu. I. Shmakov |
| 1083-1090 | Kinetics of the aggregation of a dilute, finely disperse system at low shear velocities | Yu. A. Buevich and K. S. Kuvalkin |
| 1090-1093 | Controlling deposition of a substance onto the inner surface of a cylindrical channel | V. V. Levdanskii |
| 1093-1097 | Supersonic radiation waves with motion of plasma | I. V. Nemchinov, M. P. Popova and L. P. Shubadeeva |
| 1097-1099 | Heating and breakdown of protective layer at plasma retaining wall | A. V. Khachatur'yants |
| 1100-1103 | Theoretical study of electron concentration distribution in positive column glow discharge with longitudinal gas stream | R. F. Yunusov |
| 1104-1110 | Mathematical model of heterogeneous reactions | V. A. Kirakosyan and A. P. Baskakov |
| 1110-1115 | Method for investigating heterogeneous processes in a solid-solid system in multisectioned v-shaped continuous action apparatus | N. V. Pen'kov, T. E. Stakhrovskaya, I. I. Shishko, G. A. Malykh and N. B. Raskhovskaya |
| 1116-1120 | Effect of parameters of metal fiber capillary structures on maximum heat transport by heat pipes | M. G. Semena and A. N. Gershuni |
| 1120-1125 | Nonstationary doppler effect for waves propagating in nonhomogeneous media | V. I. Krylovich |
| 1126-1132 | Thermoacoustic effect in a resonant semiopen tube | R. G. Galiullin, I. P. Revva and G. G. Khalimov |
| 1132-1135 | Thermophysical characteristics of aprotonic solvents and electrolytes based on them | I. G. Gurevich, K. B. Gisina, V. K. Shchitnikov and B. I. Tuinanov |
| 1135-1139 | Thermal conductivity of methyl and butyl propionates at various temperatures and pressures | T. F. Klimova and K. D. Guseinov |
| 1139-1144 | Question of constructing Tikhonov regularizing algorithms for non-one-dimensional inverse problems of heat conduction | V. B. Glasko and E. E. Kondorskaya |
| 1144-1148 | Analysis of temperature fields of bodies in the shape of shells | N. M. Belyaev, V. I. Zavelion and A. A. Ryadno |
| 1148-1154 | Solution of the inverse coefficient problem of heat conduction | A. A. Goryachev and V. M. Yudin |
| 1154-1158 | Procedure for calculating a conductive heat exchanger | V. F. Stepanchuk, A. F. Shilo, V. V. Kozhushko and é. G. Zavadovskii |
| 1158-1160 | Regenerative heat exchangers with periodic time variation of coolant temperature | V. M. Liventsov |
| 1160-1163 | Mathematical model of the electrocontact heating of a steel bar in the region of current-conducting electrodes | V. K. Kapustkin |
| 1164-1167 | Numerical calcualtion of the temperature field of a one-step magnetofluid sealing unit | T. M. Krivonosova, A. K. Sinitsyn and V. E. Fertman |
| 1168-1171 | Use of porous glass-liquid crystal heterogeneous systems for information display devices | F. M. Aliev, V. N. Baushev, G. N. Dul'nev, I. K. Meshkovskii and S. V. Tikhonov |
| 1172-1186 | Hydrodynamics and heat transfer in superfluid helium | S. K. Nemirovskii |
| 1187-1192 | Heat transfer in the supercritical region at low pressure and mass velocity | G. V. Tsiklauru, T. S. Dzhishkariani and M. E. Kipshidze |
| 1192-1195 | Critical two-phase flow in long channels | Z. P. Bil'der and V. V. Fisenko |
| 1195-1202 | Heat exchange and hydrodynamics during boiling on a horizontal tube bundle in a fluidized bed of solid particles | M. I. Berman and O. A. Chulkin |
| 1202-1207 | Unidimensional model for pipe flow of a gas mixture allowing for condensation | N. I. Zverev, Yu. P. Korotaev and V. I. Maron |
| 1207-1212 | Dynamic equation of state of a gas containing vaporizing droplets | G. P. Yasnikov and V. S. Belousov |
| 1213-1219 | Diffusion and mass transfer in moderately concentrated disperse system with small peclet numbers | Yu. A. Buevich and S. P. Fedotov |
| 1220-1224 | Kinematic, integral, and thermal characteristics of turbulent stream of gaseous suspension under nonsteady thermal conditions | A. V. Fafurin and K. R. Shangareev |
| 1224-1228 | Universal equation of transient plane jet in concurrent stream | O. N. Bushmarin, E. Yu. Egorova and N. F. Trubitsyn |
| 1229-1234 | Simultaneous measurement of the stagnation temperature and specific mass flow rate in a hypersonic gas flow | G. E. Pervushin |
| 1235-1242 | Hydrodynamic regimes of a liquid in a smooth-walled rotating heat pipe. 1 | M. G. Semena and Yu. A. Khmelëv |
| 1242-1246 | Experimental investigation of heat transfer in a centrifugal heat pipe with an optimized layer of heat-transfer agent | B. N. Krivosheev, M. P. Kukharskii and V. D. Portnov |
| 1247-1250 | Conjugate problem of free convection of a non-Newtonian fluid in a vertical channel | Vu Zui Kuang and Z. P. Shul'man |
| 1250-1253 | Method of studying viscoelastic properties of porous polymer films | V. E. Savchenko |
| 1253-1260 | Thermal conductivity of inert gases over a wide temperature range | A. G. Shashkov, N. A. Nesterov and O. A. Kolenchits |
| 1261-1262 | Experimental determination of propanol-1 P, ρ, T data | Z. R. Zakar'yaev |
| 1263-1267 | Study of multiatomic molecular interaction potentials in liquids using perturbation theory. 1. Calculation method and comparison of results with Lennard-Jones potential | D. A. Tolstunov |
| 1268-1271 | Thermodynamic analysis of the reasons for the difference between the values of the thermal conductivities of gases as measured by steady-state and transient methods | T. N. Abramenko |
| 1271-1274 | Measurement of pulsations in heat flow on thermally loaded surfaces | N. V. Pilipenko and V. M. Klyuchev |
| 1275-1279 | Remote method for measuring the temperature of objects irradiated by lateral sources | N. K. Belozerov |
| 1280-1283 | Measurement of the thermophysical characteristics by the method of the regular cooling regime for a limited cylinder with a shell | M. Marich and B. Bachlich |
| 1283-1286 | Theoretical and experimental investigation of the absorption coefficient of different blackbody models | S. B. Kiselev and O. A. Kraev |
| 1287-1293 | Superposition principle in acoustics | V. I. Krylovich |
| 1293-1296 | Electrical and thermal structure of the argon arc of a two-jet plasmatron | S. P. Polyakov and V. I. Pechenkin |
| 1296-1299 | The impedance of an electrodynamic, coaxial plasma accelerator | I. F. Kvartskhava, R. D. Meladze, É. Yu. Khautiev, N. G. Reshetnyak and K. V. Suladze |
| 1299-1304 | Automated design of a cooling system for semiconducting modules | O. B. Aga, G. N. Dul'nev, A. A. Perevezentseva and B. V. Pol'shchikov |
| 1304-1308 | Use of classical stefan problem for initializing solution in the numerical prediction of freezing | V. M. Gorislavets and V. A. Mitrokhin |
| 1309-1314 | Efficiency of gaseous shield on rough surface | V. P. Komarov, A. I. Leont'ev, L. A. Okolito and V. G. Puzach |
| 1314-1320 | Drag of crisscross bundles of finned tubes in transverse stream of fluid | A. A. Zhukauskas, R. V. Ulinskas and F. V. Zinyavichyus |
| 1320-1326 | Effect of a change of the turbulent structure of a flow on unsteady heat exchange upon heating of gases and liquids in pipes | G. A. Dreitser |
| 1327-1330 | Some problems of the hydrodynamics of a horizontal cylinder with natural convection | V. A. Belyakov, P. M. Brdlik, V. S. Kuptsova and V. G. Malinin |
| 1331-1334 | Laminar free convection on a vertical nonisothermal plate with vigorous blowing | V. M. Eroshenko, L. I. Zaichik and V. A. Pershukov |
| 1334-1339 | Discharge of a turbulent jet in a monodisperse fluidized bed | N. N. Prokhorenko and Yu. I. Chernyaev |
| 1339-1343 | Measurement of the statistical characteristics of a turbulent boundary layer in a natural environment | V. E. Aerov, A. D. Solodukhin, S. V. Isaev and N. N. Luchko |
| 1343-1349 | Diffusion and mixing of passive impurities in a linear velocity field | V. P. Kabashnikov and A. A. Kurskov |
| 1350-1353 | Estimating the intensity of heat transfer to supercritical helium when the specific variation of the thermophysical properties is taken into account | V. G. Pron'ko and G. P. Malyshev |
| 1353-1359 | Characteristics of diode-type heat pipe in forward mode and in reverse mode of operation | M. G. Semena, V. M. Baturkin and B. M. Rassamakin |
| 1360-1362 | Heat-transfer rate on boiling in the presence of scaling | V. I. Tolubinskii, V. A. Antonenko, G. R. Kudritskii and Yu. N. Ostrovskii |
| 1362-1369 | Impact of an evaporating drop on a heated wall | Yu. A. Buevich and V. N. Mankevich |
| 1370-1374 | Mathematical modeling of the inductional tempering of steel samples | A. N. Tikhonov, V. B. Glasko, N. I. Kulik and M. K. Trubetskov |
| 1375-1383 | Thermophysical properties of quartz glass | O. A. Sergeev, A. G. Shashkov and A. S. Umanskii |
| 1384-1388 | Question of the heat conductivity of inert gases at low temperatures | O. A. Kolenchits and N. A. Nesterov |
| 1389-1394 | Use of macromolecular compounds to control internal mass transfer in a granular material | A. M. Abramets, I. I. Lishtvan and N. V. Churaev |
| 1394-1398 | Inert-gas energy-accommodation coefficients on tungsten | S. F. Borisov, Yu. G. Semenov and P. E. Suetin |
| 1398-1403 | “Equilibrium” approximations in theory of radiative heat transfer | V. N. Adrianov |
| 1403-1406 | Temperature distribution in thin films receiving radiant energy | M. A. Gurbanyazov, I. S. Lisker and M. B. Pevzner |
| 1407-1413 | Single waves in underground hydromechanics problems | A. Kh. Mirzadzhanzade, Z. P. Shul'man and A. O. Bogopol'skii |
| 1413-1418 | Stability of a film flowing down along an oscillating surface | V. I. Baikov, A. T. Listrov and Z. A. Shabunina |
| 1418-1425 | Numerical modeling of an explosion plasma generator, taking into account radiative energy transport and evaporation of the walls | G. S. Romanov and V. V. Urban |
| 1425-1431 | Unidirectional nonstationary flow of instantaneously heated gas from a cylinder for different positions of the heated zone | E. T. Bruk-Levinson, O. G. Martynenko and E. A. Romashko |
| 1431-1436 | Heat transfer between three media in triple countercurrent pipe flow | É. É. Shpil'rain and K. A. Yakimovich |
| 115-121 | Boundary layer with selective suction | É. P. Volchkov and V. I. Terekhov |
| 122-127 | Flow of a binary gas mixture in a vertical plane-parallel differential-temperature channel | K. M. Merzhanov |
| 128-134 | Heat transfer during nonlinear oscillations of gas in a half-open tube | G. G. Khalimov, R. G. Galiullin and V. N. Podymov |
| 134-139 | Experimental study of the mixing of turbulent, oppositely twisted streams in the initial section in an annular channel | A. A. Sviridenkov and V. V. Tret'yakov |
| 139-142 | Heat exchange on a thermal initial section in the evaporation of turbulent falling liquid films | V. M. Sobin, L. A. Shcherbakov and A. M. Karpov |
| 142-146 | Effect of defects in the porous surface on the thermophysical characteristics of heat-pipe wicks | V. A. Antonenko |
| 146-152 | Mixing of a fine-grained material and internal heat transfer in the furnace of a boiler with a fluidized bed | V. V. Matsnev, B. I. Gorelik, B. V. Berg and L. V. Stepanov |
| 152-156 | Experimental study of steam condensation on a bed of dispersed material | L. F. Glushchenko and N. F. Lisitskii |
| 156-159 | Transitional regime in the rapid evaporation of liquids from capillary tubes | N. I. Gamayunov, V. L. Malyshev and A. S. Fel'dblyum |
| 159-164 | Experimental investigation of the working process in a vortex tube | V. A. Vysochin and V. A. Safonov |
| 164-166 | Nonequilibrium negative pressures | F. G. Veliev |
| 166-171 | Statistical thermodynamics of schottky defects in molecular and ionic crystals | É. T. Bruk-Levinson and A. V. Zakharov |
| 172-175 | Radiative heat transfer in polyethylene | B. A. Briskman and S. I. Rozman |
| 175-183 | Approximate calculation of the ultraviolet radiation of diatomic molecules at low pressure | A. S. Suprun |
| 183-189 | Approximate calculation of transport coefficients in multi-component mixtures | V. V. Ryabov |
| 189-191 | Method of analyzing and generalizing experimental data on the free motion of toluene | G. I. Isaev |
| 191-196 | Determination of the temperature-dependent variation of the thermal conductivity of a composite material from the data of a nonstationary experiment | E. A. Artyukhin and A. S. Okhapkin |
| 197-199 | Experimental study of temperature oscillations in a vibrating spiral heater | S. E. Nesis |
| 199-206 | Numerical analysis of transfer processes in semiconducting devices and structures. 1. General principles of constructing solutions of the fundamental system of equations | I. I. Abramov and V. A. Kharitonov |
| 206-210 | A system for computer-aided thermal design | G. N. Dul'nev and B. V. Pol'shchikov |
| 210-214 | A model for failure in the contact system of a semiconductor device on temperature cycling | L. V. Bereza, A. A. Dolgov, V. G. Doroshenko, V. M. Evdokimov and A. I. Elizarova, et al. |
| 215-220 | Numerical investigation of the temperatures and thermal stresses in thermal treatment of metallic articles | M. A. Geller and A. L. Parnas |
| 220-225 | Mathematical model and algorithms for an electronic computer analysis of the heat and mass transfer in freezing the soil | A. R. Pavlov and P. P. Permyakov |
| 226-235 | Status and problems in the investigation of heat and mass transfer processes in growth of single cyrstals from melt | Kh. S. Bagdasarov and L. A. Goryainov |
| 237-241 | Drag in a heat exchanger with a twisted flow | B. V. Dzyubenko |
| 242-246 | Effect of gas phase on heat transfer in turbulent water flow in a model of a compact triangular rod bundle | V. P. Bobkov, V. F. Sinyavskii and N. K. Savanin |
| 246-249 | Certain features of transverse flow about a cylinder with longitudinal ribs | L. N. Voitovich and A. G. Prozorov |
| 250-255 | Calculating drag and heat transfer in viscous, quasistable pipe flow of supercritical helium | V. M. Eroshenko, V. I. Lubanovskii and L. A. Yaskin |
| 255-258 | Heat-transfer equation for laminar flow of aromatic hydrocarbons at supercritical pressures | F. I. Kalbaliev, F. K. Babaev and G. I. Isaev |
| 258-264 | Cooling of overheated surfaces by a falling liquid film | V. G. Ivanov, V. M. Kozlov and A. B. Musvik |
| 264-269 | Atomization of a liquid by a rotating atomizer blown with an airflow | V. F. Dunskii and N. V. Nikitin |
| 269-273 | Evaluation of swirl ratio and karman number for vortices | V. A. Bobr, I. Z. Gabdullin, V. I. Kalilets, A. A. Sobol'ev and A. D. Solodukhin |
| 274-279 | Measurement of velocity vector in gas stream | G. P. Eremin, P. I. Savostenko, V. I. Tumanov and Yu. D. Ukrainskii |
| 279-283 | Nonisothermal flow of chemically reacting media with viscosity depending on temperature and pressure | V. A. Gerasimenko, O. Kh. Dakhin, N. V. Tyabin and A. V. Baranov |
| 284-289 | Pressure propagation in viscoelastic media during motion in tubes of elastoviscous material | R. M. Sattarov and R. N. Bakhtizin |
| 290-293 | Heat exchange in film boiling of cryogenic liquids under natural convection conditions | A. A. Kurilenko, V. A. Semiglazov, V. I. Panevin, S. K. Dymenko and V. P. Firsov |
| 294-296 | Instability of film boiling of a moving liquid | V. M. Budov, I. A. Shemagin and V. A. Sokolov |
| 296-299 | Mass-transfer effect in vaporiztion in vacuum | A. V. Kondratov and A. A. Potapenko |
| 300-304 | Criterial generalization of experimental results for the thermal and electrical characteristics of a glow discharge | F. M. Gaisin, R. R. Kamalov and Kh. G. Mukhamadiyarov |
| 304-309 | Specific heat of liquid cesium at temperatures up to 2000°K and pressures up to 12 MPa | L. A. Blagonravov, L. P. Filippov, V. A. Alekseev and V. N. Shnerko |
| 309-311 | Study of model interaction potentials of multiatomic molecules in liquids by perturbation theory II. Model potentials for CCl4 | D. A. Tolstunov |
| 312-315 | Third virial coefficient in nonpolar gases and their mixtures | N. A. Zykov, R. M. Sevast'yanov and R. A. Chernyavskaya |
| 315-320 | Thermal conductivity of transposed multistrand flat superconductor | W. Escher |
| 320-326 | Identifiability in the large of a linear heat-conduction equation subject to cauchy boundary conditions | M. R. Romanovskii |
| 326-333 | Mathematical simulation of thermogravitational convection in solidification of liquid steel | Yu. A. Samoilovich, L. N. Yasnitskii and Z. K. Kabakov |
| 334-339 | Numerical analysis of transport phenomena in seminconducting devices and structures. 2. Investigation of charge carrier motion in an I2L element | I. I. Abramov and V. V. Kharitonov |
| 340-353 | Relaxation methods in investigations of transport processes | Yu. A. Buevich and G. P. Yasnikov |
| 355-357 | Effect of dissolved gas on free-convective heat transfer in n-heptane at supercritical pressures | A. A. Bogovin, V. A. Gerliga, Yu. F. Prokhorov and S. F. Tolstikov |
| 358-363 | Study of the interaction between a hot gas jet and a liquid bath | N. V. Alekseev, O. E. Pozdnyakov and S. N. Shorin |
| 363-366 | Relative increase in heat transfer in viscous-inertial regimes of flow of helium at supercritical pressure in a heated pipe | V. A. Bogachev, V. M. Eroshenko and L. A. Yaskin |
| 367-373 | Nonstationary convective heat transfer with evaporation of a liquid from thin-walled capillary-porous bodies under conditions of natural convection | P. A. Novikov and V. S. Yalovets |
| 374-376 | Possibility of using holographic interferometry for study of mass-transfer processes | A. M. Kudin and T. O. Abramyan |
| 377-379 | Reynolds relaxation of frictional stress in nonequilibrium turbulent boundary layer | V. V. Zyabrikov |
| 379-381 | Correlation between amplitudes of harmonic components of velocity pulsations | A. A. Kharenko and A. M. Kharenko |
| 382-385 | Features of the measurement of microrates of flow of liquid metals with thermoelectric transducers | P. A. Korotkov, V. V. Prokhorov, A. A. Tkachev and V. N. Shutov |
| 385-391 | Film-type thermoelectric and the rmomagnetic thermal radiation sensors and their output parameters | V. V. Borodin, D. M. Gel'fgat and Z. M. Dashevskii |
| 391-394 | Grain in a CO2-GDL medium with wedge and profiled nozzles, part I. Apparatus and pulse gain measurement system | V. A. Akimov, V. T. Karpukhin, S. M. Chernyshev and V. F. Sharkov |
| 395-398 | Electromagnetic control of the diffusion interaction of aerosol droplets | I. E. Nakhutin, P. P. Poluéktov and A. N. Semykin |
| 399-407 | Formation of structure in a flow of a suspension of neutrally floating particles | Yu. A. Buevich |
| 407-412 | Settling of a bidisperse suspension | B. S. Endler |
| 412-418 | Simulation of vertical transport of heat and solid particles in fluidized-bed apparatus | Yu. S. Teplitskii and I. I. Yanovich |
| 418-421 | Calculation of the effective permittivity of a two-phase stream | A. P. Vasil'ev |
| 422-431 | Analytic method for determining nonequilibrium parameters of an air plasma in a Laval nozzle | F. I. Zakharov, V. A. Reisig and V. V. Pasichnyi |
| 432-434 | Parametric method of solving heat-transfer problems with liquid film flow | O. P. Kotel'nikova and L. G. Stepanyants |
| 435-437 | Similar solution of the problem of gas motion in a porous medium taking heat exchange into account | N. A. Kudryashov |
| 438-443 | Hydrodynamics and heat exchange in turbulent momentumless wakes | V. K. Shashmin |
| 443-446 | Heat exchange in annular channel with intermediate heat carrier | V. A. Dement'ev |
| 447-451 | Evaluation of the applicability of the model of incompressible liquid in the calculation of water hammer | G. D. Rozenberg and E. G. Leonov |
| 452-457 | Cyclic operation of underground gas store | R. D. Kanevskaya, M. V. Lur'e, V. M. Maksimov and M. V. Filinov |
| 457-463 | Two types of heat transfer in media with thermal memory | I. A. Novikov |
| 463-466 | Temperature distribution in plates and infinite prismatic bodies of complex cross section for a time-varying heat-transfer coefficient | A. P. Slesarenko and N. F. Shemetov |
| 466-468 | Main types of conjugate problems in heat and mass exchange | N. I. Nikitenko |
| 469-473 | Heat transfer in evaporation and condensation zones in heat pipes with intensive heating of their ends | Yu. F. Gortyshov, V. I. Maratkanov, F. N. Dresvyannikov and N. N. Dunina |
| 474-478 | Study of heat and mass transfer between a heated channel and an upper mixing chamber | S. D. Malkin, V. B. Khabenskii, Yu. A. Migrov and V. K. Efimov |
| 479-482 | Heat transfer with free-convective turbulent flow on a vertical permeable surface | V. M. Eroshenko, L. I. Zaichik and V. A. Pershukov |
| 483-486 | Hydrodynamic characteristics of a horizontal channel with the motion of a two-phase helium flow | I. S. Mamedov, V. M. Miklyaev, V. I. Pryanichnikov and Yu. P. Filippov |
| 487-490 | One mechanism of interaction of an elastic wall with a flow | V. I. Korobov and V. V. Babenko |
| 490-494 | Calculation of the cooling of a liquid moving in an underground channel | V. A. Makagonov, V. M. Sal'nikov and V. M. Lukin |
| 494-502 | Distribution of the disperse fraction of an injected polydisperse jet in a gas flow | I. L. Mostinskii, D. I. Lamden and O. G. Stonik |
| 502-508 | Propagation of small disturbances in concentrated dispersed systems | A. F. Ryzhkov and E. M. Tolmachev |
| 509-513 | Thermal mechanism of destruction of the barrier of a transonic jet of combustion products of rocket fuel | V. G. Zabotin, A. I. Kosenko, A. I. Osipov and A. N. Pervyshin |
| 513-517 | Amplification ratio on CO2 gasdynamic lasers behind nozzles of wedge and profiled geometries. 2. Measurement results. Comparison of experimental and calculated data | V. T. Karpukhin, R. S. Konkashbaeva, N. B. Rodionov, S. M. Chernyshev and V. F. Sharkov |
| 518-523 | Analysis of the nonequilibrium flow parameters in a gas-discharge chamber | A. V. Evlampiev |
| 524-529 | Nonisothermal flow of a rarefied gas in a circular cylindrical channel | V. M. Zhdanov and V. A. Zaznoba |
| 529-533 | A method of simultaneous measurement of the soret and diffusion coefficients of liquid solutions | V. M. Buzmakov, A. Yu. Pinyagin and A. F. Pshenichnikov |
| 533-535 | Nonsteady thermodiffusional separation of binary mixtures under sampling conditions | I. A. Zhvaniya, M. V. Kokaya and M. Z. Maksimov |
| 536-541 | Mass transfer in the leaching of a solid from a porous sphere | G. A. Aksel'rud |
| 541-548 | Heat transfer in boiler furnace, taking account of the scattering of radiation | Yu. A. Zhuravlev, I. V. Spichak, M. Ya. Protsailo and A. G. Blokh |
| 548-555 | Regularization in the problem of determining external heat-transfer conditions | M. R. Romanovskii |
| 555-559 | Solution of the hyperbolic heat-conduction equation by expansion in a small parameter | A. V. Finkel'shtein |
| 560-563 | Certain formulas of operational calculus of two variables | Yu. A. Brychkov and A. P. Prudnikov |
| 564-569 | Solution of two-dimensional heat-conduction problems by the Z transform method | V. L. Pokhoriler |
| 570-585 | Methods for predicting properties of liquids and gases | L. P. Filippov |
| 711-716 | Heat exchange and drag in a turbulent boundary layer with pressure gradient | A. I. Leont'ev and V. M. Fomichev |
| 717-724 | Heat and mass transfer in flow over bodies of various shapes, allowing for blowing | V. I. Zinchenko and E. N. Putyatina |
| 724-728 | Possibility of rapid determination of turbulence generation in a laminar boundary layer | E. I. Polyak |
| 729-733 | Interchannel mixing of heat carriers in a bundle of spiral tubes | B. V. Dzyubenko, P. A. Urbonas and L. A. Ashmantas |
| 734-737 | Study of hydraulic resistance and heat transfer in perforated-plate heat exchangers | S. A. Shevyakova and V. K. Orlov |
| 737-742 | Heat and mass transfer in a submerged axisymmetric twisted jet | Z. P. Shul'man, V. I. Korobko and V. K. Shashmin |
| 742-748 | Experimental studies of a plane buoyant surface jet | A. N. Shabrin |
| 748-751 | Feasibility of producing prescribed distribution of temperature gradient with array of submerged jets | S. A. Fedyushin, V. N. Papkovich and Yu. A. Milevich |
| 752-757 | Energy of formation of a tornadolike vortex | V. A. Bubnov |
| 758-761 | Hydrodynamic stability of a generalized nonlinear viscoplastic fluid under plane gradient flow | S. L. Simkhovich, A. S. Romanov and L. I. Ionochkina |
| 761-767 | Hydrodynamic instability of the axisymmetric flow of an ideal fluid with an interphase | V. E. Epikhin and V. Ya. Shkadov |
| 768-774 | Dynamics of threads of diluted polymer solutions | A. N. Rozhkov |
| 775-779 | Conditions for boiling start in cryogenic liquids | Yu. A. Kirichenko, L. A. Slobozhanin and N. S. Shcherbakova |
| 780-785 | Generation of acoustic oscillations during the growth and breakoff of air bubbles | I. M. Fedotkin, A. V. Gukalov and S. V. Romanovskii |
| 785-788 | Properties of adsorption microlayers and the kinetics of bubble growth on a solid surface | V. F. Stepanchuk and M. L. Guris |
| 788-791 | Heat exchange in boiling of thermolabile suspensions | V. R. Kulinchenko, V. T. Garyazha and B. G. Didushko |
| 791-796 | Equation of state taking the features of the internal energy into account and based on the saturation line | E. S. Platunov, V. F. Lysenkov, N. V. Vas'kova and A. V. Shustrov |
| 796-801 | Diffusional extraction of material from model porous bodies | R. Rakadzhiev, N. V. Pavlyukevich, A. Trifonov, S. Radev and R. Kuzmanova, et al. |
| 801-806 | Moving dynamic thermocouple | S. P. Polyakov |
| 806-809 | Nature of mass transfer in solids under conditions of impact loading | L. O. Zvorykin and V. M. Fal'chenko |
| 810-812 | Application of the similarity theory to the study of optothermodynamic processes in liquids | S. M. Gol'berg, V. M. Podgaetskii and M. I. Tribal'skii |
| 813-817 | Dimensional and concentrational effects in optical destruction of transparent dielectrics | Yu. I. Lysikov |
| 817-823 | Temperature dependence of the electrical resistivity and normal integral coefficient of radiation of metals | L. N. Aksyutov and E. N. Maleev |
| 824-831 | Effect of surface forces on fluid flow in thin pores | N. V. Churaev |
| 833-840 | Theory of describing processes with phase transformations in spouted bed apparatus | V. V. Kafarov, I. N. Dorokhov, é. M. Kol'tsova and N. V. Men'shutina |
| 840-844 | Hydrodynamics of mixing of liquid-solid systems | M. D. Gluz |
| 845-852 | Models for dynamic conditions in granulation | G. A. Minaev |
| 852-857 | Improvement of the limiting relative friction law on a permeable plate with blown gas | A. I. Leont'ev, V. G. Puzach and G. V. Nabatov |
| 858-861 | Effect of blowing and suction on characteristics of the viscous sublayer in a turbulent flow | V. M. Eroshenko, L. I. Zaichik, A. A. Klimov, V. I. Kondrat'ev and V. A. Pershukov |
| 861-864 | Wave characteristics of falling film flows in a co-current gas flow | M. N. Chepurnoi, V. é. Shnaider, I. M. Fedotkin and V. S. Lipsman |
| 865-868 | Effect of the viscosity of the liquid phase on the true gas content and the region of stratified flow of a two-phase mixture in slightly inclined pipes | A. A. Tochigin, N. N. Elin and V. G. Arsenov |
| 868-872 | Intensification of heat exchange in tube bundles in a transverse flow | V. K. Migai |
| 872-876 | Force action of a supersonic dusty gas flow on a bluff body | V. I. Timoshenko |
| 876-882 | Heat or mass transport to poorly streamlined bodies | Yu. A. Buevich and A. E. Shul'meister |
| 882-887 | Precipitation of a cloud of heated particles on a horizontal plane | G. M. Makhviladze and O. I. Melikhov |
| 888-892 | Elastoviscous liquid flow development in a tube under constant pressure head | Z. P. Shul'man, B. M. Khushid and Z. A. Shabunina |
| 893-898 | Description of two-phase media flows close to one-dimensional | F. G. Akhmadiev |
| 898-903 | Magnetogasdynamic model of capillary discharge from evaporating wall | V. E. Okunev and G. S. Romanov |
| 903-906 | Hydrodynamic aspect of the effect of the thermophysical properties of the heater on the critical heat flux in bulk pool boiling of helium | M. O. Lutset and L. P. Fomakina |
| 907-911 | Theory of nonlinear vibrations in a closed pipe with a view to thermoacoustic effects | R. G. Galiullin, I. P. Revva and A. A. Konyukhov |
| 911-914 | Nonsteady heat and mass transfer in drying by reduced pressure | V. A. Labutin, L. G. Golubev, R. G. Safin and V. P. Andrianov |
| 914-920 | Experimental investigation of the thermal conductivity of vapor-gas mixtures with low vapor concentration | A. G. Shashkov, V. A. Kurbatov, A. F. Zolotukhina and T. N. Abramenko |
| 920-928 | Experimental investigation of thermal conductivity and the temperature jump in dissociating gases. Vapors of carbonaceous acids. I | V. V. Makhrov and V. I. Miroshnichenko |
| 929-932 | Initial heating period for a massive body in a high-temperature oven | S. P. Detkov and O. A. Bryukhovskikh |
| 932-937 | Radiative characteristics of coke particles of a coal-dust flame | L. D. Burak |
| 937-939 | Heat exchange between three streams in pipes of variable cross section | é. é. Shpil'rain and K. A. Yakimovich |
| 940-943 | Uniqueness in certain inverse problems of the theory of heat conduction | E. V. Bulychev and V. B. Glasko |
| 944-949 | Identifiability, in the large, of a nonlinear heat-conduction equation and self-similar solutions | M. R. Romanovskii |
| 950-953 | Calculation of the heating of layered bodies | F. R. Shklyar, A. Kh. Bokovikova, I. V. Zhdanovskaya and Yu. G. Golikov |
| 954-958 | Computer simulation of the impurity distribution over the thickness of a film during growth out of the gas phase | L. N. Aleksandrov, A. N. Kogan and V. I. D'yakonova |
| 959-960 | Some generation parameters of CO2 gasdynamic lasers with high-temperature regenerative heat-exchanger heater for the working gas | E. T. Antropov, N. M. Efremov, V. T. Karpukhin, Yu. B. Konev and S. M. Chernyshev, et al. |
| 961-965 | Regenerative electrical gas heater for GDL | S. B. Goryachev, V. S. Makeev, M. Yu. Orlov, L. N. Semenychev and V. N. Khromylev, et al. |
| 966-969 | Calculation of the apparent mass of a supersonic gas jet | A. L. Isakov and A. S. Stepanov |
| 970-976 | Hydromechanics of the inlet of heat-releasing apparatus | V. P. Kolos, S. M. Kochemazov and V. N. Sorokin |
| 976-978 | Effect of the inlet temperature on energy distribution in eddy thermotransformers | Sh. A. Piralishvili and N. N. Novikov |
| 979-983 | Conjugated heat transfer in the flow of a non-Newtonian fluid with variable properties in a flat duct | N. V. Tyabin, O. Kh. Dakhin, A. V. Baranov and V. A. Gerasimenko |
| 984-988 | Intensification of convective heat transfer in the local swirling of an anomalously viscous fluid flow by an axial-flow bladed swirling unit | Yu. G. Nazmeev |
| 988-993 | Coupled problem of steady-state heat transfer during turbulent flow of liquid through a plane slot with dissipation of mechanical energy | A. A. Ryadno and N. V. Franko |
| 994-997 | Influence of certain operating and geometrical parameters on the flow structure in an air vortex | V. A. Bobr, V. I. Kalilets and A. D. Solodukhin |
| 998-1003 | Gas mixture flow in a cylindrical channel at intermediate knudsen numbers | V. M. Zhdanov and V. A. Zaznoba |
| 1003-1010 | Wave properties and shear stress of a turbulent boundary layer | Ya. A. Vagramenko |
| 1011-1014 | Wave flow of a thin liquid film with reduced gravitation | S. V. Kudymov |
| 1014-1017 | Pressure pulsation mechanism in a nonuniform fluidized bed | A. P. Baskakov, V. G. Tuponogov and N. F. Filippovskii |
| 1017-1022 | Study of heat exchange between a model particle and a fluidized bed | G. I. Pal'chenok and A. I. Tamarin |
| 1022-1027 | Some related problems of filtration and heat conduction in porous bodies | V. M. Entov and N. Shyganakov |
| 1027-1030 | Steady-state problem of local pore cooling | V. V. Faleev |
| 1030-1037 | Theory of the flow and conduction of inhomogeneous media | G. N. Dul'nev and V. V. Novikov |
| 1037-1042 | Kinetics of the self-similar conditions of diffusional combustion of polydisperse liquid fuel | Yu. M. Goldobin |
| 1042-1044 | Distribution of the heat flux to the calorimetric probe in a multiarc plasma reactor | A. T. Neklesa, P. N. Tsybulev, A. V. Gershun and V. D. Parkhomenko |
| 1044-1049 | Thermodynamic properties of normal propyl alcohol at atmospheric pressure | T. S. Khasanshin |
| 1050-1053 | An automated system for thermogravimetric analysis of polymer materials | A. E. Vegner, M. S. Zheludkevich, T. R. Reyant and Yu. E. Fraiman |
| 1054-1060 | Temperature fields in swelling materials | V. L. Strakhov and N. G. Chubakov |
| 1060-1066 | Variational estimate of the effective generalized conductivity tensor of a two-phase medium with an anisotropic distribution of phases | V. P. Kazantsev |
| 1066-1071 | Variational method of determining the hydrodynamic parameters in convective heat-transfer problems for separation flows in channels | G. F. Malikov |
| 1071-1075 | Heat conductivity of the adjoining plates with a plane heat source between them | I. M. Fedotkin, E. V. Verlan, I. D. Chebotaresku and S. V. Evtukhovich |
| 1076-1082 | Solution of inverse problems with an unknown model of the process | M. R. Romanovskii |
| 1083-1087 | Experimental study of heat transfer in a plane channel with semicylindrical projections | A. S. Sukomel, V. I. Velichko and V. A. Pronin |
| 1087-1090 | Experimental investigation of local heat transfer in a turbulent boundary layer at supersonic speed | N. F. Ragulin and Yu. G. Shvalev |
| 1091-1101 | Propagation of a gas jet in a liquid | V. A. Surin, V. N. Evchenko and V. M. Rubin |
| 1101-1106 | Effect of particles on the rate of turbulent transport of a dust-laden gas | I. V. Derevich, V. M. Eroshenko and L. I. Zaichik |
| 1106-1108 | Laminar-to-turbulent flow transition under the action of acoustic oscillations | A. N. Shel'pyakov, A. M. Kasimov and G. P. Isupov |
| 1109-1111 | Thermal flux determination from temperature measurements within a sensor | G. A. Surkov, F. B. Yurevich, A. N. Filonenko and V. V. Chuprasov |
| 1112-1120 | Weakly nonlinear stationary waves in a thin fluid film | Yu. A. Buevich and S. V. Kudymov |
| 1120-1125 | Interferometer investigation of convection in a horizontal fluid layer | Z. P. Shul'man, F. Kh. Tazyukov, F. A. Garifullin and P. A. Norden |
| 1126-1134 | Averaging the radiation transport equations in solving two-dimensional radiation-gasdynamic problems | A. P. Golub', T. B. Malyavina and I. V. Nemchinov |
| 1134-1138 | An experimental investigation of EGD flow of gas in a corona discharge and its influence on the motion of dispersed particles | V. Kh. Vigdorchik, A. G. Gagarin and A. I. Mityushin |
| 1138-1142 | Characteristics of charge transport in the disperse phase of electrorheological suspensions | V. N. Makatun, K. N. Lapko, A. D. Matsepuro and V. F. Tikavyi |
| 1142-1147 | Kinetic equations for suspension separation | I. A. Vainshtein |
| 1147-1154 | Combining asymptotic expansions in problems of the filtration of a gas-condensate mixture | M. B. Panfilov |
| 1155-1159 | Numerical solutions of one-dimensional self-similar problems of gas motion in a porous medium for a quadratic drag law | V. M. Kolobashkin, N. A. Kudryashov and V. V. Murzenko |
| 1159-1162 | Question of the movement of water in concrete when it freezes | F. M. Krantov and A. G. Shlaen |
| 1163-1164 | Formulation of the inverse coefficient problems of hydrogeology | Yu. I. Kazantsev |
| 1165-1169 | Identification of thermophysical characteristics by solving inverse heat conductivity problems | Yu. M. Matsevityi |
| 1170-1172 | Cooling of a semiinfinite body with nonlinear heat liberation from the surface | Yu. I. Babenko |
| 1173-1176 | Instability in a self-modeling crystallization front in a one-component melt | V. V. Mansurov and N. G. Fomina |
| 1176-1181 | Thermoelastic stability of cooled laser mirrors | V. V. Kharitonov and S. B. Koshelev |
| 1182-1186 | Correlation between the solutions of the generalized and classical thermomechanics of deformed solids | V. N. Smirnov |
| 1187-1191 | Stage-by-stage modeling of the thermal conditions of complex systems | G. N. Dul'nev and A. V. Sigalov |
| 1192-1206 | Heat transfer processes in phase conversions under the action of intense energy fluxes | B. Ya. Lyubov and É. N. Sobol' |
| 1207-1210 | Problems of heat and mass transfer in the interaction of gas flows with the surface of bodies | B. M. Pankratov |
| 1211-1217 | Study of the effect of different factors on the thermophysical characteristics of charring materials by solving an inverse (coefficient) heat-conduction problem | Yu. V. Polezhaev, K. B. Isaev, V. S. Dvernyakov and V. V. Pasichnyi |
| 1218-1222 | Questions of the diagnostics of high-temperature material testing regimes by using inverse problems | V. K. Zantsev and G. E. Vishnevskii |
| 1223-1226 | Hardware and software structures for processing thermophysics experiment data | O. M. Alifanov, N. G. Balaboshko, I. G. Desner, N. V. Kerov and V. S. Kuznetsov, et al. |
| 1227-1231 | Optimally planned experimental-computational determination of thermal conductivity of solids in transient heating mode | D. F. Simbirskii and A. B. Gulei |
| 1232-1236 | Theoretical and experimental study of the error of temperature measurement by thermocouples in thermal-insulation materials | V. N. Eliseev and V. A. Solovov |
| 1237-1245 | Methods of solving ill-posed inverse problems | O. M. Alifanov |
| 1245-1249 | Solution of the two-dimensional inverse heat-conduction problem in a cylindrical coordinate system | N. V. Kerov |
| 1250-1253 | Solution of the inverse contact problem of heat transfer in a rectangular plate | N. F. Dormodikhina, A. A. Kosarev, L. I. Kosareva and L. S. Milovskaya |
| 1254-1258 | Descriptive solution of the inverse heat-conduction problem in the B-spline basis | Yu. E. Voskoboinikov and N. G. Preobrazhenskii |
| 1259-1263 | Numerical solution of retrospective heat-conduction problems | N. I. Nikitenko and S. D. Postil |
| 1263-1266 | Question of the convergence of iteration methods of solving the inverse heat-conduction problem | V. V. Mikhailov |
| 1266-1269 | An iteration algorithm for the solution of the inverse boundary-value problem of heat conduction | S. V. Pavlyuk |
| 1270-1274 | Solution of the inverse boundary-value problem of heat conduction in an overdefined formulation | O. M. Alifanov and V. V. Mikhailov |
| 1275-1281 | Parametric analysis of the accuracy of solution of a nonlinear inverse problem of recovering the thermal conductivity of a composite material | E. A. Artyukhin and A. S. Okhapkin |
| 1281-1286 | Reconstructing the effective coefficient of thermal conductivity of asbestos-textolite from the solution of the inverse problem | E. A. Artyukhin, V. E. Killikh and A. S. Okhapkin |
| 1286-1289 | Construction of explicit functions for determining the coefficients of internal heat and mass transfer from the data of measurements in nonstationary regimes | G. T. Aldoshin, A. S. Golosov, V. I. Zhuk and D. N. Chubarov |
| 1289-1293 | Nonstationary heat transfer by the method of solving the inverse heat-conduction problem | I. M. Lagun |
| 1294-1297 | General boundary-condition recalculation algorithm for temperature fields of different geometry | G. T. Aldoshin, A. S. Golosov, V. I. Zhuk and D. N. Chubarov |
| 1298-1300 | Statistical identification of local heat-transfer parameters | Yu. M. Matsevityi and A. V. Multanovskii |
| 1301-1305 | Identification of heat-transfer coefficients in a porous body from the solution of an inverse problem | A. P. Tryanin |
| 1305-1308 | Fuzzy identification of energy-exchange models from technological processes | N. V. Diligenskii, P. V. Sevast'yanov and N. V. Tumanov |
| 1309-1311 | Identification of a source function by B-spline regularization | V. A. Kaminskas and É I. Sakalauskas |
| 1312-1315 | Taking instrument errors into account in solving inverse heat-conduction problems with specialized analog computers | M. P. Kuz'min and S. I. Strelyaev |
| 1315-1317 | Automatic system of identifying thermophysical parameters of objects on the basis of solution of inverse heat-conduction problems | T. A. Kishchenko and P. G. Krukovskii |
| 1318-1322 | Application of inverse heat-conduction problems in experimental investigations of the heat exchange of casting units of furnaces | V. K. Zantsev, V. F. Markov and V. P. Skugarev |
| 1322-1331 | Basis of the terminology and algorithm for the solution of inverse heat-transfer problems | L. A. Kozdoba |
| 1331-1337 | Mathematical modeling of heat and mass transfer in film condensation | A. A. Mikhalevich |
| 1337-1341 | Motion of an elastoviscous liquid within a tube after removal of a pressure differential | Z. P. Shul'man, B. M. Khusid and Z. A. Shabunina |
| 1342-1347 | Construction of approximations for scientific and technical calculations | V. V. Sychev, G. A. Spiridonov and Yu. I. Kas'yanov |
| 1349-1355 | Heat exchange in jet cooling systems | B. M. Galitseiskii and G. É. Solokhina |
| 1355-1357 | Heat transfer of a cylindrical film-type transducer in a hot-wire anemometer with internal heating | I. L. Povkh, F. V. Nedopekin and A. M. Novikov |
| 1357-1362 | Comparison of maximum coefficients of heat transfer to a surface submerged in a fluidized bed with an estimate obtained from an empirical formula | A. P. Baskakov and O. M. Panov |
| 1362-1367 | Experimental study of the thermal and gasdynamic properties of insulation with perforated diffracting screens | R. S. Mikhal'chenko, N. P. Pershin, V. F. Getmanets, L. V. Klipach and L. A. Gorshkova |
| 1368-1370 | Possibility of studying pseudoboiling as a two-phase system | N. L. Kafengauz |
| 1370-1378 | Weak evaporation or condensation process on a flat surface with excitation of the inner degrees of freedom of molecules taken into account | I. V. Chermyaninov and V. G. Chernyak |
| 1379-1380 | Mass transfer from the surface of a motionless spherical particle in the wake behind a cavitating cylinder | S. M. Orel and A. D. Molchanov |
| 1381-1387 | Damping factor to the prandtl equation for the transition portion of a turbulent boundary layer | L. G. Loitsyanskii |
| 1388-1393 | Static pressure distribution in a channel with outflow of liquid through perforated walls with a dense pattern of normal apertures | A. D. Rekin |
| 1394-1396 | Turbulent flow in a cylindrical channel | R. Kh. Ismagilov |
| 1396-1402 | Two-dimensional flow of viscous fluid between cylindrical rollers rotating in opposite directions | M. O. Izotov, G. M. Goncharov and N. G. Bekin |
| 1403-1405 | Circular jet in field of archimedes forces with variable coefficient of thermal expansion | A. V. Soldatkin |
| 1405-1408 | Conditions for mixing transverse CO2 jets with a supersonic nitrogen stream in a nozzle | V. A. Volkov, N. N. Ostroukhov and B. K. Tkachenko |
| 1409-1411 | A surfactant film spreading regime | V. I. Nikishov |
| 1412-1417 | Effect of an electric field on the dynamical viscosity of dielectric liquids | B. V. Savinykh, R. N. Zarinov and A. G. Usmanov |
| 1417-1421 | Laws for the heat capacity of elements of the periodic system | I. M. Prikhod'ko and V. S. Koshman |
| 1421-1423 | Method for calculating the stability boundary (spinodal) of a homogeneous state of a material | I. M. Abdulagatov and B. G. Alibekov |
| 1424-1429 | Radiant heat transfer in hydrogen plasma | G. A. Koval'skaya, V. G. Sevast'yanenko and R. I. Soloukhin |
| 1429-1432 | Transient thermal lens formed by short laser pulse in condensed medium | É. T. Bruk-Levinson, Z. Plochotski and I. V. Khodan |
| 1433-1436 | Influence of the annealing temperature and holding time on the stability of magnetic properties of a Fe-Co alloy | P. P. Galenko |
| 1437-1439 | Electrode erosion in a high-frequency spark discharge | V. A. Gal'burt, A. N. Pustovit and G. G. Sikharulidze |
| 1439-1445 | Heat and mass transfer in the sorption of hydrogen by intermetallic compounds | S. V. Svinarev and S. N. Trushevskii |
| 1445-1450 | Principle of local influence in the method of step by step modeling | G. N. Dul'nev, E. V. Sakhova and A. V. Sigalov |
| 1450-1455 | Approximate solution of the Stefan problem on a segment | A. O. Gliko, A. B. Efimov and S. A. Labutin |
| 1-3 | Heat transfer to emulsion with superheating of its disperse phase | N. V. Bulanov, V. P. Skripov and V. A. Khmyl'nin |
| 4-9 | Heat exchange in the evaporation region of coolant inside a porous fuel element | V. A. Maiorov and L. L. Vasil'ev |
| 9-14 | Hydrodynamics of rivulet flow on a vertical surface | I. M. Fedotkin, G. A. Mel'nichuk, F. F. Koval' and E. V. Klimkin |
| 15-17 | Unsteady swirled flow in a cylindrical channel | A. V. Fafurin and Yu. A. Pustovoit |
| 18-23 | Theoretical study of flow about single and double recesses in a plane channel | A. I. Maiorova |
| 23-27 | Stability limit of thermally driven oscillations in a tube of variable cross section | V. A. Sysoev and S. P. Gorbachev |
| 27-29 | Relaxation effects in the propagation of shock waves in anomalous oils | K. V. Mukuk |
| 30-34 | Viscosity of monatomic gases at temperatures up to 5000–6000°K | N. B. Vargaftik and Yu. D. Vasilevskaya |
| 35-41 | Mutual-diffusion coefficients of some binary gas mixtures | L. A. Pozhar and V. N. Shchelkunov |
| 41-46 | Surface-friction coefficient in turbulent flow at a boundary layer | V. M. Kapinos |
| 46-52 | Mathematical model of hydrate formation in the flow of moist gas in tubes | V. M. Bilyushov |
| 53-58 | Existence region, true bulk phase concentration, and hydraulic resistance for an annular flow of a gas-liquid mixture in a tube | N. N. Elin |
| 59-63 | Modes of infiltration burning in a porous condensed system with repeated reaction waves | O. S. Rabinovich, S. N. Krasil'shchikov and I. G. Gurevich |
| 64-71 | Problem of heat-flux screening in the radiative-convective heating of bodies over which a high-enthalpy gas flows | A. B. Karasev and T. V. Kondranin |
| 71-78 | Control of the temperature regime in a layer of heat conducting material | A. K. Sinitsyn and V. A. Novikov |
| 78-84 | Duration of the freezing of bodies with variable temperature of the medium | V. P. Koval'kov |
| 84-90 | Liquid boiling process in rotating vessels and channels | S. I. Sergeev, O. M. Popov and I. P. Vishnev |
| 91-95 | Rheoelectric converter calculation | E. A. Listrov |
| 96-99 | Possibility of measuring thermophysical properties of liquids in flows by the periodic heating method | S. N. Kravchun and A. S. Tleubaev |
| 100-104 | Conditions of uniform fluidizing in apparatus with gas distribution by caps | N. F. Fillppovskii, A. P. Baskakov and V. G. Tuponogov |
| 104-108 | Alternative method of describing the kinetics of crystallization | A. Ya. Malkin, I. A. Kipin, S. A. Bolgov and V. P. Begishev |
| 108-113 | Heating of a double stepped plate by a moving source | Yu. M. Kolyano and V. A. Gorbachev |
| 114-116 | Heat transfer for the cylindrical film sensor of a thermal anemometer | I. L. Povkh, F. V. Nedopekin and A. M. Novikov |
| 117-125 | Mathematical modeling of heat-exchange processes in the human body | G. N. Dul'nev, M. M. Korotkevich, N. V. Pilipenko and A. V. Sigalov |
| 127-129 | The retaining power of an inclined condensing tube | V. A. Khaimov, P. V. Khrabrov and V. V. Nazarov |
| 130-133 | Study of hydrodynamics and conjugate heat exchange on the stabilization section in the flow of a heat carrier in a bundle of finned tubes | A. A. Mikhalevich, V. A. Nemtsev, V. I. Nikolaev and L. N. Shegidevich |
| 133-138 | Physical features of the evaporative liquid cooling of a porous metal-ceramic fuel element | V. A. Maiorov and L. L. Vasil'ev |
| 139-144 | Study of hydraulic resistances in the piston flow of mixtures of air with liquids of different viscosities | N. N. Elin and V. G. Arsenov |
| 144-149 | Heating of a micropolar liquid due to viscous energy dissipation in channels. 1. Poiseuille flow | N. P. Migun and P. P. Prokhorenko |
| 149-155 | Thermal interaction between a pipeline and the surrounding frozen ground | I. Ya. Brekhman and B. A. Krasovitskii |
| 156-158 | Spherical film transducer in a thermoanemometer | I. L. Povkh, F. V. Nedopekin and A. M. Novikov |
| 159-164 | Description of the reagent turbulent mixing process on the basis of the equation of the scale probability density | V. A. Sosinovich and V. A. Tsyganov |
| 164-169 | Modeling the delay in mixing to the molecular level in calculating the thermal radiation of turbulent flows | A. I. Bril' |
| 170-175 | Mass transfer during chemical or phase transformation in solid body | Yu. A. Buevich |
| 176-181 | Formulation of coupled problems of heat and mass transfer for chemically reacting polyphase media | A. M. Grishin and G. G. Tivanov |
| 182-186 | Flow and conduction of inhomogeneous media. II. Variation of the basic model of an inhomogeneous medium | D. P. Volkov, G. N. Dul'nev, Yu. P. Zarichnyak and B. L. Muratova |
| 186-189 | Effect of electrolytes on thermal moisture transport in capillary-porous media | A. M. Abramets, I. I. Lishtvan and N. V. Churaev |
| 190-193 | Method of temperature conversion for equilibrium isotherms of specific moisture content | S. S. Efimov |
| 193-195 | Production of a fluidized bed moving along an inclined gas-distributing grid | A. V. Barakov, N. M. Barannikov and A. V. Zhuchkov |
| 196-201 | The vacuum granulation mechanism | S. M. Brazhnikov, A. Z. Volynets, E. V. Gavrilova and A. V. Rozhdestvenskii |
| 202-204 | Thermodynamic properties of propane in the saturated state | E. T. Vas'kov |
| 205-209 | Emissivity of an inhomogeneous fluidized bed | V. A. Borodulya and V. I. Kovenskii |
| 209-215 | Radiative-conductive heat transfer in “heater-multilayer structure” system | B. B. Petrikevich and S. N. Shchugarev |
| 215-220 | Mathematical modeling of heat transfer in screened furnaces of radial-cylindrical and box type | V. M. Sedelkin and A. V. Paimov |
| 220-223 | Numerical calculation of the generalized angular emission coefficients in two-dimensional systems | V. G. Lisienko and Yu. K. Malikov |
| 224-227 | Radiant heat transfer in argon plasma | S. S. Katsnel'son, V. G. Sevast'yanenko and R. I. Soloukhin |
| 228-232 | Screening of radiative heat flux by the injection of products of the destruction of asbestos plastic in hypersonic flow over a sphere | A. V. Gudzovskii and T. V. Kondranin |
| 233-238 | Effect of external electric field on amplitude-frequency characteristics of electrorheological damper | I. F. Anaskin, V. K. Gleb, E. V. Korobko, B. P. Khizhinskii and B. M. Khusid |
| 239-246 | Heat and mass transfer in vacuum metallization of polymers | A. V. Rogachev and V. V. Kharitonov |
| 247-252 | Heat transfer on the middle generatrix of a horizontal pipe in the turbulent flow of low-temperature helium | M. A. Valyuzhinich, S. N. Vostrikov, V. M. Eroshenko, E. V. Kuznetsov and O. A. Shevchenko |
| 252-258 | Turbulent flow in a rectangular cavity in the wall of a two-dimensional channel | Ya. I. Kabakov and A. I. Maiorova |
| 259-262 | Heterogeneous nucleation mechanism in the flow of a superheated cryogenic liquid | V. N. Blinkov, S. K. Dymenko, A. A. Kurilenko, V. A. Semiglazov and K. I. Soplenkov, et al. |
| 263-267 | Features of the interaction of a supersonic off-design jet with a barrier of finite dimensions | G. A. Akimov |
| 267-273 | Theory of transport of rock particles during drilling with consideration of water absorption and inflow | I. A. Amiraslanov |
| 274-277 | Structure of free jets in regions of laminar and transitional flow | D. L. Zelikson, I. E. Idel'chik and T. A. Filimonova |
| 278-282 | Heating of a micropolar liquid due to viscous energy dissipation in channels. II. Couette flow | N. P. Migun and P. P. Prokhorenko |
| 282-287 | Fluctuations and transport in an electric field | Yu. A. Buevich and V. V. Butkov |
| 288-295 | Quasidiffusion model of transfer processes in a gap | G. I. Vorob'eva and I. S. Zhitomirskii |
| 295-302 | New approximate analytic methods of investigating problems of physicochemical mechanics | A. D. Polyanin and V. V. Dil'man |
| 303-306 | Effect of thermocapillarity on parametric excitation of surface waves | V. G. Nevolin |
| 306-310 | Contact heat and mass transfer between a hot gas and a flowing liquid film | P. I. Geshev, O. P. Kovalev, O. Yu. Tsvelodub and Yu. V. Yakubovskii |
| 310-314 | Vapor condensation on horizontal wire-profiled tubes | V. G. Rifert and A. B. Golubev |
| 314-317 | Heat and mass transfer in the condensation region of vapor filtering in a disperse layer | V. L. Ganzha and G. I. Zhuravskii |
| 317-321 | A theory of binary liquid mixture evaporation from capillaries | N. I. Gamayunov, L. A. Uvarova, V. L. Malyshev and A. S. Fel'dblyum |
| 321-324 | Effect of ice surface orientation on intensity of water-to-ice heat transfer under free convection conditions | E. S. Gogolev and A. N. Krasavin |
| 325-327 | Use of a ring probe to determine thermal conductivity coefficients | M. A. Kaganov, V. M. Kozlovskii and M. N. Yakker |
| 328-333 | Methods of solving nonstationary problems in the theory of radiative heat exchange | Yu. A. Surinov and V. V. Rubtsov |
| 333-336 | Heating of solid surfaces by an electric arc | A. B. Demidovich, A. I. Zolotovskii and V. D. Shimanovich |
| 337-339 | Heat transfer between a ceramic plate and the flame of a moving plasmotron | N. V. Pashatskii and I. G. Kravchenko |
| 340-345 | Failure of material due to nonsteady thermal effect of gas streams | V. L. Sergeev |
| 346-349 | Electric arc of a two-jet plasmotron in an alternating magnetic field | S. P. Polyakov and N. V. Livitan |
| 350-353 | Temperatures, stresses, and strains in asymmetric radiative and convective heating of flat objects | M. A. Geller, A. L. Parnas, V. I. Timoshpol'skii, V. A. Tarasenko and A. A. Navodnichii |
| 354-358 | Engineering calculation of thermoelastic stresses in multichannel-type composite structures | M. D. Martynenko, I. D. Bushilo, N. N. Butkevich and M. A. Zhuravkov |
| 359-364 | Thermal stresses in hardened steel objects of cylindrical shape with an axial hole | V. E. Loshkarev |
| 365-370 | Nonstationary temperature fields for growing laminated leucosapphire | Yu. K. Lingart |
| 371-376 | Numerical solution of the quasistationary axisymmetric stefan problem | P. N. Vabishchevich and T. N. Vabishchevich |
| 377-381 | Experimental investigation of heat transfer with evaporation of the agent from a corrugated capillary structure | M. N. Ivanovskii, V. V. Privezentsev, Yu. A. Il'in and E. M. Sidorenko |
| 382-387 | Intensification of heat exchange in the condensation zone of centrifugal heat pipes | L. L. Vasil'ev, V. Kalita and V. V. Khrolenok |
| 388-391 | Boundary of transition from quasistatic to dynamic regime of vapor bubble growth and separation | Yu. A. Kirichenko and N. S. Shcherbakova |
| 391-396 | Heat transfer of a vertical bundle of heat-releasing rods in the absence of circulation of the heat carrier | M. A. Gotovskii, E. D. Fedorovich, V. N. Fromzel' and V. A. Shleifer |
| 396-398 | Experimental study of the process of the filling of a container with compressed air | G. A. Glebov and A. P. Kozlov |
| 399-405 | Thermodynamic parameters of butan-1-ol at atmospheric pressure | T. S. Khasanshin and T. B. Zykova |
| 405-409 | Compressibility and virial coefficients of methane-argon mixtures | E. S. Barkan, L. R. Linshits, I. B. Rodkina and N. G. Tyurikova |
| 409-415 | Opticoacoustic determination of thermophysical characteristics | S. A. Vinokurov |
| 415-422 | Choice of the intermolecular collision frequency for model kinetic equations in the theory of motion of a rarefied gas | E. V. Kalinin, V. V. Kalinin, B. T. Porodnov and V. D. Seleznev |
| 422-427 | Stresses, viscosity, and scales in molar transfer | V. F. Potemkin |
| 428-434 | Structural and mechanical properties and filtration in elastic fissured and porous material | Yu. A. Buevich |
| 434-437 | Motion of a spherical cloud of bubbles in a liquid with motionless packing | V. V. Dil'man and V. L. Zelenko |
| 438-444 | Continual energy balance equations and entropy of a suspension of rotating spherical particles | G. P. Yasnikov and V. S. Belousov |
| 444-451 | Periodic modes in an isothermal tubular reactor | B. Lakatos, D. Blickle, D. Elenkov and Ts. Sapundzhiev |
| 451-455 | Thermal-parameter determination for thin-walled drum-type crystallizers | V. V. Bodrov |
| 456-460 | Damage to silicate glass containing impurities from intense radiation | N. P. Novikov, K. I. Ignatenko, G. M. Mikhailova, N. N. Novikova and I. D. Shevaleevskii |
| 460-463 | Energy characteristics of a high-temperature ir radiator | M. Kh. -M. Tkhostov, Yu. M. Sotnikov-Yuzhik, A. P. Dostanko and N. A. Prudnikov |
| 464-469 | Extension of simple one-zone models for radiative heat transfer in ovens and furnaces | S. P. Detkov |
| 469-474 | A method of measuring the shear and rotational viscosity of magnetic fluids | B. M. Berkovskii, V. A. Novikov and A. K. Sinitsyn |
| 474-477 | Magnetic relaxation of electrotechnical steel in constant magnetizing fields at various temperatures | P. P. Galenko and T. A. Branovitskaya |
| 478-481 | Conditions for stable ignition of solid fuels | G. T. Sergeev |
| 481-487 | Thermal and mathematical modeling of optoelectronic devices | G. N. Dul'nev and E. D. Ushakovskaya |
| 487-490 | Method of calculating temperature profiles in two-phase annular flows | M. N. Chepurnoi and V. É. Shnaider |
| 490-495 | Application of a conservative difference equation to determine nonstationary heat fluxes | Yu. I. Azima, Yu. I. Belyaev and M. V. Kulakov |
| 495-499 | Deriving the thermal contact resistance from the solution of the inverse heat-conduction problem | E. A. Artyukhin and A. V. Nenarokomov |
| 500-503 | Asymptotic behavior of solutions of the equation of high-intensity heat exchange | A. V. Finkel'shtein |
| 505-510 | Limiting characteristics of inclined thermosyphons and heat pipes with excess heat-transfer agent | L. L. Vasil'ev, L. P. Grakovich and D. K. Khrustalev |
| 511-514 | Heat transfer of toluene and benzene during laminar flow and at supercritical pressures | F. I. Kalbaliev, F. K. Babaev and D. P. Mamedova |
| 514-517 | Influence of a magnetic field on the contact wetting angle in bubble boiling | N. B. Chigarev |
| 517-521 | Mechanism of growth and separation of axisymmetric drops and bubbles | V. E. Illarionov and B. M. Kochanov |
| 521-526 | Kinetic theory of diffusion in liquid and gas mixtures | A. Sh. Bikbulatov |
| 527-535 | Mass exchange in a thin liquid film in the stationary wave regime | Yu. A. Buevich and S. V. Kudymov |
| 535-542 | Structural properties of surface layers of dispersed systems by the method of estimating the deformations of the crystal lattice of the solid phase and the density of the dispersed medium. I | P. P. Olodovskii and L. A. Malkova |
| 542-547 | Heat transfer by combined radiation and conduction in cryogenic vacuum-multilayer thermal insulation | S. B. Mil'man and M. G. Kaganer |
| 548-554 | Determination of the coefficient of thermal efficiency of heating surfaces, bounding a flat layer of nonisothermal dissipative medium | V. P. Trofimov and K. S. Adzerikho |
| 555-558 | Non-steady-state methods for determination of thermophysical characteristics of solids | V. N. Kovtyukh, L. A. Kozdoba and K. N. Lyubarskaya |
| 558-561 | Experimental investigation of the thermal conductivity of formiates as a function of temperature | R. A. Mustafaev and T. P. Musaev |
| 561-565 | Nonisothermal transfer processes in a single component gas | T. N. Abramenko |
| 565-571 | An analytical model for reversible radiation effects on polymer specific heat | B. A. Briskman |
| 572-576 | Quasistationary heat transfer in a rotating regenerative air heater containing spherical packing elements | V. M. Komissarov and É. R. Rekhviashvili |
| 577-583 | Kinetics of heat and mass transfer between a sprayed solution and a hot gas flow | B. A. Belov, É. V. Gorozhankin and A. L. Suris |
| 583-586 | Compensating parasitic hall currents in a MHD generator having temperature inhomogeneity in the plasma flow | A. A. Beloglazov and B. M. Berkovskii |
| 587-591 | Calculation of nitrogen oscillatory temperature and gas temperature in an electrical discharge in air | F. M. Gaisin, R. A. Sabitov and R. M. Khairullin |
| 591-596 | Experimental investigation of the interaction between the plasma of an electrically exploded wire and a plane obstacle | A. P. Burmakov, V. B. Mikhailov and A. V. Kolesnik |
| 597-601 | Circulation model for describing mixing of solid particles in a fluidized bed | Yu. S. Teplitskii, V. A. Borodulya, V. K. Vakar, V. Yu. Vostokov and T. P. Eremenko, et al. |
| 601-604 | Influence of fluctuations of the heat-transfer coefficient on the temperature and thermal stresses in a plate quenched in a vibrating fluidized bed of a disperse material | N. V. Antonishin, M. A. Geller and A. L. Parnas |
| 605-607 | Heat propagation in media in the presence of internal conversions | R. N. Bakhtizin and A. F. Yukin |
| 607-611 | Strong temperature-field discontinuities in a nonlinear medium | O. N. Shablovskii |
| 612-618 | Stationary theory of a viscosity explosion in non-Newtonian media | V. I. Naidenov |
| 619-622 | Oscillatory regimes of convection in a two-layer system | A. A. Nepomnyashchii and I. B. Simanovskii |
| 622-625 | Application of the projection-net method for solving the transient heat-transfer problem in an annular duct of complex configuration | N. N. Davydova, A. A. Kochubei and A. A. Ryadno |
| 625-630 | Fundamental aspects of the development of algorithms for mathematical modeling of the thermal mode of thin-walled structures | V. S. Khokhulin |
| 631-636 | Study of heat exchange during the boiling of nitrogen moving freely in vertical annular channels | Yu. A. Kirichenko, K. V. Rusanov and E. G. Tyurina |
| 637-641 | Effect of variability of the physical parameters of a gravitational liquid film on its thickness and heat transfer during laminar flow | G. I. Gimbutis and I. Yu. Reklaitis |
| 642-644 | Flow stability in a plane-parallel channel with one permeable wall | V. M. Eroshenko, L. I. Zaichik and V. B. Rabovskii |
| 645-648 | Frequency spectra of turbulent pulsations and laminar boundary-layer stability | A. M. Grabovskii and S. V. Surkov |
| 649-656 | Kinetic model of gas flow in a porous body | V. V. Levdanskii, V. G. Leitsina and N. V. Pavlyukevich |
| 656-662 | Nonsteady unidirectional discharge of an instantaneously heated gas with constant forced flow from a cylinder | É. T. Bruk-Levinson, O. G. Martynenko and E. A. Romashko |
| 663-670 | Diffusion separation of reacting gas mixtures | Yu. A. Buevich and I. V. Kirnos |
| 670-672 | Kinetics of dissolution of the faces of a slot channel in a seam | A. D. Molchanov, I. L. Timofeev and N. A. Fomicheva |
| 673-676 | Heat- and mass-transfer problem for plane couette flow in the sublimation of a moving plate | V. V. Faleev and N. V. Zavarzin |
| 676-679 | Density of adsorbed water in dispersed systems. II. Montmorillonite | P. P. Olodovskii |
| 680-685 | Thermal instability and transient processes in gas-cooled current leads | S. P. Gorbachev and V. K. Matyushchenkov |
| 685-687 | Gettering efficiency during mass transfer in a vacuum | A. V. Kondratov, V. L. Laska and A. A. Potapenko |
| 688-693 | Method for measuring the thermoradiative characteristics of food products in the process of IR irradiation by a hemispherical integral flux | I. S. Ageenko, S. G. Il'yasov, V. V. Krasnikov and E. P. Tyurev |
| 693-697 | Equation of state and thermodynamic properties of the condensed phase of a pure substance | P. M. Kessel'man and S. A. Inshakov |
| 698-705 | New methods of calculating petroleum-product parameters | L. P. Filippov |
| 705-709 | Time-dependent viscoelastic characteristics of mixtures of polybutadienes differing in microstructure | Yu. G. Yanovskii, G. V. Vinogradov and L. I. Ivanova |
| 709-711 | Dynamic viscosities of benzene-chlorobenzene solutions | F. G. Abdullaev, N. I. Dzhafarova and T. S. Akhundov |
| 712-713 | Effects of optimal concentrations of asphalt-tar substances and wax on the rheological characteristics of high-viscosity petroleum during transport in large pipelines | A. M. Shammazov |
| 714-718 | Vertically dropping free jet of nonlinearly viscous and viscoelastic fluid | B. M. Khusid |
| 719-723 | Relaxation function of polycrystalline metals in conditions of pulsed heating | A. É. Berte |
| 724-727 | Allowance for the self-absorption of γ rays in the activation analysis of bulk samples | P. K. Khabibullaev, M. M. Usmanova, Yu. F. Simakhin, Kh. Ibrisov and Z. En |
| 728-731 | Evolution of thermal excitations in a medium with memory | I. A. Novikov |
| 732-739 | Linear thermodynamic theory of heat conduction with memory | V. L. Kolpashchikov and A. I. Shnip |
| 741-748 | Improvement of the limiting relative friction law on a permeable plate with blowing of gas into a compressible turbulent boundary layer | A. I. Leont'ev, V. G. Puzach and G. V. Nabatov |
| 748-757 | Intensification of convective heat exchange in channels with a porous high-thermal-conductivity filler. Heat exchange with local thermal equilibrium inside the permeable matrix | V. A. Maiorov, V. M. Polyaev, L. L. Vasil'ev and A. I. Kiselev |
| 757-761 | Heat transfer and critical heat fluxes in the boiling of aqueous solutions of polyethylene oxide at reduced pressures under natural-convection conditions | B. P. Avksentyuk and Z. S. Mesarkishvili |
| 761-765 | Study of flow on the surface of fins on cross-finned tubes | E. N. Pis'mennyi |
| 766-771 | Thermoacoustic effects during large-amplitude vibrations in a closed tube | R. G. Galiullin and I. P. Revva |
| 771-776 | Electronic computer study of separation flow features around a vibrating cylinder | S. M. Belotserkovskii, V. N. Kotovskii, M. I. Nisht and R. M. Fedorov |
| 776-781 | Distribution of velocity pulsations in a channel with mixing of oppositely swirled streams | A. A. Sviridenkov and V. V. Tret'yakov |
| 781-786 | Calculation of the characteristics of a mixing CO2 gasdynamic laser with a nozzle unit of honeycomb construction | A. S. Boreisho, V. F. Lebedev, V. V. Lobachev and A. V. Morozov |
| 787-790 | Measurement of temperature in a non-steady-state gas flow | V. A. Domovtsev |
| 791-796 | Thermal insulation of cryogenic, moderate diameter pipelines | T. A. Kurskaya, V. F. Getmanets and B. V. Grigorenko |
| 797-805 | Heat and mass transfer of a multiatomic gas in a cylindrical capillary with arbitrary Knudsen numbers | I. V. Chermyaninov, V. G. Chernyak and A. N. Kulev |
| 806-809 | Calculation of the gas diffusion coefficient in microcapillaries using molecular data | L. A. Grivtsova and N. V. Churaev |
| 810-815 | Non-steady-state thermal diffusion and thermal conductivity in gas mixtures | T. N. Abramenko |
| 815-821 | An experimental study of the filtering capacity of a thermal diffusion chamber containing a control element | G. N. Lipatov and A. S. Skaptsov |
| 821-826 | Diffusion separation of hydrogen from gas mixtures | V. M. Baboshin, Yu. A. Buevich, A. K. Ivonin, I. V. Kirnos and B. G. Kukui |
| 827-829 | Virial equation of state of nonpolar gases | N. A. Zykov, R. M. Sevast'yanov and R. A. Chernyavskaya |
| 829-833 | IR spectroscopic estimation of the binding energies of water molecules adsorbed on dispersed systems. Part 3. γ-Al2O3 | P. P. Olodovskii and G. A. Ivkovskaya |
| 834-840 | Spectra of thermal fluctuations in a fluidized bed | G. P. Yasnikov and F. A. Kuminov |
| 841-845 | Effect of heat exchange at the hot junction of a thermoelectric element on the optimum current-carrier density distribution along its branches | K. F. Ivanova, M. A. Kaganov and A. S. Rivkin |
| 846-848 | Temperature coefficient of adiabatic compression for pure water | A. A. Aleksandrov |
| 848-852 | Volt-ampere characteristics of an ac arc in a transverse gas flow | N. V. Pashatskii and S. G. Lisitsyn |
| 852-856 | Optimization of metal heating in plasma-mechanical treatment | S. P. Polyakov, P. F. Bulanyi, G. D. Pleshivenko, A. F. Garkusha and G. F. Goncharuk |
| 856-859 | Stochastic self-oscillations in the presence of dry friction | L. Ya. Kashchenevskii |
| 860-864 | Direct and inverse heat-conduction problems for a semiinfinite rod for a partial outflow of heat through the surface | P. V. Tsoi, S. Yu. Yusunov and N. R. Korpeev |
| 865-869 | Asymptotic relation between the temperature and heat flux at a surface for large times in problems with moving boundaries | Yu. I. Babenko |
| 871-874 | Laminar film condensation on sphere with entrance zone | L. P. Kholpanov, N. S. Mochalova, V. A. Malyusov and N. M. Zhavoronkov |
| 874-877 | Intensification of heat transfer during vapor condensation on the outside surface of vertical tubes with annular swirl vanes | G. A. Dreitser, S. G. Zakirov and Sh. K. Agzamov |
| 878-883 | Experimental study of the effect of single-layer viscoelastic coatings on turbulent friction and pressure pulsation on a wall | V. M. Kulik, I. S. Poguda and B. N. Semenov |
| 883-885 | Stability of laminar flow of a liquid and gas in a horizontal channel | I. A. Shemagin |
| 886-890 | Intensification of convective heat transfer in channels with a porous high-thermal-conductivity filler II. Forced heat-transfer regime | V. A. Maiorov, V. M. Polyaev and L. L. Vasil'ev |
| 891-899 | “Averaging” method in problems of convective mass and heat transfer | V. V. Dil'man and A. D. Polyanin |
| 900-904 | Liquid product spraying in a fluidized bed | A. S. Ginzburg, A. P. Rysin and M. B. Sergeev |
| 905-910 | A thermodynamic interpretation of a model for the equilibrium states of water phases in porous materials | Yu. D. Yasin |
| 910-915 | Model of heat and mass transfer in the drying process with the removal of multicomponent liquid systems | V. V. Migunov and R. A. Sadykov |
| 916-922 | Mass transfer at a moving particle in a fluidized bed of coarse material | G. I. Pal'chenok and A. I. Tamarin |
| 922-928 | Relative correspondence method and its application in measurement practice | V. I. Gudkov and V. P. Motulevich |
| 928-933 | Nondestructive monitoring methods in the investigation of the thermophysical characteristics of solids | V. P. Kozlov and A. V. Stankevich |
| 933-939 | Thermal conductivity of ketones as a function of temperature and pressure | Kh. Madzhidov |
| 939-942 | Determination of thermophysical characteristics of multicomponent liquids | F. G. Believ and B. G. Ibishov |
| 943-945 | Diffusion from thin layer into two semiinfinitely large bodies with different characteristics | G. A. Babushkin |
| 945-947 | Heat and moisture exchange of newly denuded rock massif with a chamber of an underground building | O. A. Kremnev, V. Ya. Zhuravlenko, V. A. Shelimanov and E. M. Kozlov |
| 948-954 | Flow and heat exchange in the shaping of profiled fibers | V. M. Shapovalov |
| 954-959 | Curved flow of a viscous liquid in an axiradial channel | Yu. E. Karyakin |
| 959-965 | Finite-difference solution of the conjugate heat transfer, natural convection, and solidification problem | F. V. Nedopekin and S. S. Petrenko |
| 966-971 | Radiation heat transfer in an air plasma | V. P. Zamuraev, V. G. Sevast'yanenko and R. I. Soloukhin |
| 971-980 | Rotational excitation of diatomic molecules in collisions with atoms | G. V. Dubrovskii, V. A. Pavlov and R. É. Mukhametzyanov |
| 980-982 | Investigation of a high-enthalpy submerged jet discharging from the channel of an arc plasmotron | A. T. Neklesa, A. V. Gershun, P. N. Tsybulev and V. D. Parkhomenko |
| 983-987 | Permissible heat loads on cooled laser mirrors under nonuniform irradiation | V. V. Kharitonov, P. A. Grishunin, A. A. Plakseev and V. V. Teryaev |
| 988-993 | Thermal preparation of a heterogeneous light-sensitive medium with compact magnetic filler packing, for optical image recording | V. V. Koledov, P. G. Portnov and G. V. Sazonova |
| 993-997 | Heat formation in a viscoelastic rectangular prism under forced harmonic oscillations | B. P. Gumenyuk |
| 999-1004 | Heat and mass transfer in bundles of finned rods | B. V. Dzyubenko and L. A. Ashmantas |
| 1004-1008 | Solution of a problem on two-sided heat exchange in heat exchangers with a twisted flow | V. M. Budov and S. M. Dmitriev |
| 1008-1011 | Calculating the external heat exchange and aerodynamic drag of plate-finned air coolers | M. N. Chepurnoi, V. N. Lomakin, V. É. Shnaider and V. M. Chepurnoi |
| 1012-1015 | Theoretical-experimental study of the cooling of spiral channels | B. A. Vakhnenko, S. P. Gorbachev, V. I. Deev, A. A. Krikunov and A. V. Filippov |
| 1016-1022 | Experimental investigation of thermal conductivity and the temperature jump in nonreactive gases at low pressures | V. V. Makhrov and V. I. Miroshnichenko |
| 1023-1026 | Effect of the electric field frequency on heat exchange in free convection | Yu. K. Solomatnikov, A. G. Usmanov and D. M. Mikhailov |
| 1027-1030 | Features of turbulent heat transfer on permeable surfaces | P. S. Roganov and V. P. Zabolotskii |
| 1030-1034 | Influence of permeability of axisymmetric surfaces on their separation flow | M. I. Nisht and A. G. Sudakov |
| 1035-1038 | Distinctive features of the development of large-scale disturbances in vortex flows | V. A. Bobr, L. I. Evdokimova, V. I. Kalilets, N. I. Pavlov and A. A. Solov'ev, et al. |
| 1038-1043 | Uniform and nonuniform fluidized bed regimes | Yu. I. Chernyaev |
| 1043-1046 | Thermodynamic properties of n-butane | E. T. Vas'kov |
| 1046-1052 | Thermodynamic properties of ethanol at atmospheric pressure | T. S. Khasanshin and A. A. Aleksandrov |
| 1052-1056 | Relation between kinetic properties of single crystals and of oriented polycrystalline materials | E. A. Mityushov, R. A. Adamesku and P. V. Gel'd |
| 1056-1060 | Mechanism for boiling of a liquid in heat pipe wicks | Yu. K. Gontarev, Yu. V. Navruzov, V. F. Prisnyakov and V. N. Serebryanskii |
| 1061-1065 | Vapor flow in the condenser of a gas-regulated heat pipe | A. A. Parfent'eva and V. D. Portnov |
| 1065-1070 | Theory of an absolute superconducting bolometric thermal-radiation receiver | S. B. Kiselev |
| 1071-1077 | Mathematical description and calculation of contact melting | A. N. Salamatin, S. A. Fomin, V. K. Chistyakov and V. A. Chugunov |
| 1078-1080 | Experimental investigation of the interaction of laser radiation with composite materials | G. A. Borontov, A. T. Nikitin and V. A. Loshkarev |
| 1081-1084 | Experimental investigations of the acoustical and mass-transfer characteristics of gas-liquid systems with self-excited oscillations of the gas flow | P. P. Ermakov and V. M. Zadorskii |
| 1084-1087 | Experimental study of thermally induced oscillations of gaseous helium | S. P. Gorbachev, A. L. Korolev, V. K. Matyushchenkov and V. A. Sysoev |
| 1087-1092 | Effect of motion of a gas medium on the accuracy of measurement by acoustic methods | V. Ya. Zenin, V. I. Krylovich and V. V. Mikhal'kov |
| 1093-1097 | Generalized quadrature for calculating a two-dimensional temperature field in semiinfinite bodies with discontinuous boundary conditions of second kind | V. P. Kozlov |
| 1098-1102 | Reconstruction of heat fluxes through differential temperature measurement by the method of inverse dynamic systems | V. T. Borukhov |
| 1103-1109 | Change of variables in the Laplace transform and some applications | I. A. Novikov |
| 1110-1123 | Porous heat exchangers-classification, construction, application | V. A. Maiorov, L. L. Vasil'ev and V. M. Polyaev |
| 1125-1128 | Transformation of acoustic distortions into coherent structures in the turbulent wake behind a profile | S. P. Bardakhanov, V. V. Kozlov and N. N. Yanenko |
| 1128-1133 | Certain features of coherent flow structure development in the initial section of three-dimensional turbulent jets | L. N. Ukhanova and L. N. Voitovich |
| 1134-1139 | Semiempirical method of estimating the heat transfer level behind the boundary-layer separation point | A. I. Leont'ev, V. I. Ivin and L. V. Grekhov |
| 1140-1146 | Hydrodynamics of interaction of a gas jet and a liquid | V. B. Okhotskii |
| 1146-1151 | Effect of the temperature on the hydrodynamic efficiency and stability of polyethylene oxide and polyacryl amide | B. P. Makogon, M. M. Pavelko, I. L. Povkh and A. I. Toryanik |
| 1152-1155 | Analysis of IR radiation of turbulent fluxes of molecular gases | A. I. Bril' |
| 1155-1159 | Intensification of heat exchange with surface boiling of water in pipes with annular turbulizer | G. A. Dreitser, S. G. Zakirov, Kh. I. Turkmenov and A. V. Fartushnov |
| 1159-1166 | Degree of nonequilibrium of the vapor and liquid phases during the boiling of binary cryogenic mixtures | S. S. Budnevich, S. S. Makhonina, I. L. Khodorkov, A. A. Shleifer and S. V. Kholodkovskii |
| 1166-1169 | Gas-cooled compound porous current leads for cryogenic cables | L. L. Vasil'ev, G. I. Bobrova, L. A. Dragun, V. K. Sheleg and S. M. Azarov |
| 1170-1176 | Boundary conditions for a forced transpiration cooling system | V. A. Maiorov |
| 1176-1182 | Generalization of data on the second virial coefficient of gases | L. P. Filippov and N. L. Veretel'nikova |
| 1183-1188 | Single equation of state for freon-23 accounting for features of the critical region | V. F. Lysenkov |
| 1189-1196 | Using quantum-mechanical solutions to calculate the diffusion coefficients of metal vapors in gases | K. M. Aref'ev and M. A. Guseva |
| 1196-1202 | Determination of coefficient of thermal expansion for binary composite materials | V. V. Novikov |
| 1202-1206 | Method of determining the phase variables of the solid phase in disperse flows | N. N. Prokhorenko and S. A. Tikhomirov |
| 1207-1212 | Kinetics of the enrichment of boron-salt ores in a boiling layer | L. K. Vasanova, Yu. G. Savinykh, A. I. Safronov and G. P. Yasnikov |
| 1212-1215 | Numerical solution of a nonsteady extraction problem in the case of nonlinearity of the mass-transfer-coefficient relation | A. Minchev, Iv. Penchev and I. Kh. Tsibranska |
| 1215-1217 | Limits of applicability of the Bohm formula | V. A. Kotel'nikov |
| 1217-1221 | Heating of thin films by laser radiation with allowance for the temperature dependence of the reflection coefficient | S. N. Kapel'yan and Yu. F. Morgun |
| 1222-1225 | Liquid evaporation from capillaries of variable section | N. I. Gamayunov, V. L. Malyshev, L. A. Uvarova and A. S. Fel'dblyum |
| 1225-1230 | Nonsteady heat and moisture transfer in capillary-porous colloidal bodies with convective drying | B. A. Todorov |
| 1230-1234 | Numerical simulation of processes in a spherical combustion chamber | A. I. Marchenko and G. S. Romanov |
| 1235-1238 | Optimization of thermooptical gas analyzer characteristics | B. B. Vilenchits, O. G. Martynenko and V. K. Popov |
| 1238-1240 | Existence of a classical variational principle for nonlinear coupled heat and mass transport | Yu. T. Glazunov |
| 1241-1244 | Equation of dynamical thermoelasticity in a medium with thermal memory | V. L. Kolpashchikov and S. Yu. Yanovskii |
| 1245-1252 | Thermoanemometric sensors for studying three-dimensional streams | A. M. Novikov |
| 1253-1256 | Calculating heat transfer in the region of an attached boundary layer | A. S. Sukomel, V. I. Velichko and V. A. Pronin |
| 1257-1261 | Turbulent flow on a permeable plate under strong blowing | E. V. Dunaeva, V. M. Eroshenko and A. A. Klimov |
| 1261-1264 | Calculation of friction at permeable surface | V. M. Marushkin, K. S. Strelkova, V. N. Vasil'ev, A. V. Rezvov and G. E. Marushkina |
| 1265-1268 | Friction on a plate in the neighborhood of the stagnation line of a plane turbulent jet | A. D. Aralov, S. I. Stepanov and B. N. Yudaev |
| 1269-1272 | Structure of two-phase piston flow in vertical ducts | B. S. Fokin, A. F. Aksel'rod and E. N. Gol'dberg |
| 1273-1277 | Temperature of a thinned flow of drops reflected from a heated surface | A. A. Gukhman, A. Z. Volynets, A. V. Rozhdestvenskii and S. N. Rodionov |
| 1277-1281 | Relations for gasdynamic discontinuities for two-phase flows of a nonequilibrium condensing vapor | A. M. Trevgoda |
| 1282-1287 | Heat-transfer crises in the nucleate boiling of oxygen under low-gravity conditions | Yu. A. Kirichenko, G. M. Gladchenko and K. V. Rusanov |
| 1288-1291 | Study of heat transfer in the gas-cooled necks of helium vessels and cryostats | N. V. Markelova and M. G. Kaganer |
| 1292-1296 | Heat exchange in boiling of water, ethanol, and their mixtures on a heating surface with a porous coating | V. A. Kravchenko, N. Yu. Ostrovskii and Yu. A. Spivakov |
| 1297-1301 | Dependence of the heating of a heat-liberating surface on the heat-flux density in evaporation | Yu. N. Ostrovskii, G. V. Kovalenko and V. A. Antonenko |
| 1302-1306 | Vapor diffusion in evaporation of liquids from capillaries under nonisothermal conditions | N. I. Gamayunov, A. A. Lankov and V. L. Malyshev |
| 1307-1308 | Concentration distribution in contact melting in nitrate-nitrite systems | P. F. Zil'berman, P. A. Savintsev, A. S. Ksenofontov and R. M. Gazaryan |
| 1309-1316 | Instability of the steady-state solidification process | Yu. A. Buevich and V. V. Mansurov |
| 1317-1322 | Formation of the region of phase-parameter stabilization in a developed fluidized bed | Yu. P. Gupalo, A. A. Oigenblik, Yu. S. Ryazantsev and Yu. A. Sergeev |
| 1322-1328 | Packet model of external heat transfer for a fluidized bed | V. A. Borodulya and V. I. Kovenskii |
| 1328-1330 | Experimental determination of the porosity field in a fluidized bed by the radioisotope method | N. N. Prokhorenko and S. A. Tikhomirov |
| 1331-1338 | Heat transfer of a sphere in a field of nonlinear oscillation bursts | V. B. Repin, Yu. I. Panarin and A. P. Bykovets |
| 1338-1342 | Study of physical processes in a spark discharge | V. I. Obukhov |
| 1342-1345 | Intensified plasma deposition with acoustic and electrical oscillations applied to the heterogeneous jet | G. P. Lizunkov, V. D. Shimanovich, I. S. Burov and A. F. Il'yushchenko |
| 1346-1350 | Dynamic model describing response of glass-fiber extrusion process to external perturbations | V. L. Kolpashchikov, O. G. Martynenko and A. I. Shnip |
| 1351-1352 | Integral emittance of alloys of the iron-aluminum system at high temperatures | K. M. Shvarev, S. Kh. Baituraev and B. A. Baum |
| 1353-1359 | Pore diameters in porous metal from woven strips | A. V. Kurpatenkov, V. M. Polyaev and A. L. Sintsov |
| 1360-1365 | Self-similar solutions of one-dimensional gas-motion problems in a porous medium with a two-term drag law | Yu. N. Gordeev, N. A. Kudryashov and V. V. Murzenko |
| 1365-1369 | Analysis of elastic wave dynamics in walls of a spherical explosion chamber | A. I. Marchenko and G. S. Romanov |
| 1369-1373 | Effect of memory on dissipative structures forming in distributed kinetic systems | V. M. Kudinov, V. A. Danilenko and A. S. Makarenko |
| 1373-1377 | Thermal stresses in a heat-sensitive sphere | Yu. M. Kolyano and I. N. Makhorkin |
| 1379-1384 | Unit for studying heat and mass transfer and friction in a rectangular channel at reduced pressure | G. A. Frolov, V. V. Pasichnyi, F. I. Zakharov, V. N. Panchenko and S. Yu. Pilipovskii, et al. |
| 1385-1393 | Calculation of the motion of gases and heat transfer in the axial region of a cyclonic flow | S. V. Karpov |
| 1394-1395 | Energy characteristics of vortex microtubes | L. M. Dyskin and P. T. Kramarenko |
| 1396-1400 | Experimental study of two-dimensional nonimpulsive jets | L. N. Ukhanova and M. O. Frankfurt |
| 1400-1406 | Experimental study of heat transfer between a hot wall and impinging drops | V. G. Labeish and A. G. Pimenov |
| 1407-1412 | Toward a theory of shock boiling | Yu. A. Buevich and V. V. Mansurov |
| 1413-1419 | Heat flux through a phase interface in superfluid helium | S. K. Nemirovskii, V. I. Koren'kov and V. L. Krupitskii |
| 1420-1423 | Study of the hydrodynamics and disperse structure of a jet spray by the method of laser diagnosis | V. A. Borodulya, A. Zh. Greben'kov, V. I. Rubezhanskii and I. V. Khodan |
| 1424-1427 | Numerical investigation of the three-dimensional radiation field in hypersonic flow over segmented bodies | A. A. Kostuzik and A. N. Rumynskii |
| 1428-1433 | Two-parameter method of summing equivalent spectral linewidths in the Curtis-Goodson approximation | Yu. V. Khodykov and L. T. Perel'man |
| 1433-1437 | Theoretical model of high-current relativistic electron-beam interaction with a metal obstacle | G. S. Romanov, M. V. Suzdenkov, A. V. Teterev and F. G. Fokov |
| 1437-1438 | Thermal properties of an aqueous solution of sodium chloride at a concentration of 200 g/liter | T. S. Akhundov and M. V. Imanova |
| 1439-1442 | Method of temperature measurement with thermistor in bridge circuit with pulse-voltage supply | S. B. Minkin |
| 1443-1448 | Determination of the moisture content of some soils by the method of shf absorption | V. K. Benzar', V. A. Daineko, B. L. Tsentsiper and Yu. N. Yaroshevich |
| 1449-1454 | Solution of one problem of control connected with the reduction of iron-ore pellets | V. B. Glasko, I. D. Kulagin, A. P. Matytsyn and M. K. Trubetskov |
| 1454-1459 | Some generalizations of the theory of optimization of cascade thermoelectric cooling units | V. A. Semenyuk |
| 1459-1465 | Numerical determination of two-dimensional temperature fields in transpiration cooling | A. V. Kurpatenkov, V. M. Polyaev and A. L. Sintsov |
| 1465-1468 | Effect of impurity atoms in ferromagnets on magnetic relaxation | P. P. Galenko |
| 1468-1472 | Thin-layer flow of a two-phase medium over the surface of a centrifugal mixer, taking account of rheological factors | F. G. Akhmadiev, A. A. Aleksandrovskii and R. I. Ibyatov |
| 1473-1478 | Identification of the heat load of a plain bearing in a nonstationary friction period | I. N. Cherskii, O. B. Bogatin and N. P. Starostin |
| 1478-1481 | Steady-state heat conduction for a region bounded by a sphere and a tangent plane | B. A. Vasil'ev |
| 1482-1494 | Parametric excitation of surface waves | V. G. Nevolin |
| 1-5 | Hermohydrodynamic instability in systems with natural circulation of a boiling heat carrier in pipes | A. I. Leont'ev, O. O. Mil'man and V. A. Fedorov |
| 6-10 | Heat exchange in the boiling of mixtures in strong gravitational fields | E. I. Nesis and K. A. Akiev |
| 10-12 | Helium boiling crisis with a stepped increase in heating capacity | V. K. Andreev, V. I. Deev and A. N. Savin |
| 12-16 | Friction and heat transfer in the turbulent flow of a compressible gas in a plane channel | Yu. I. Shvets, I. E. Virozub, V. F. Vishnyak, N. M. Kondak and V. N. Panchenko, et al. |
| 16-21 | Hydrodynamics and heat exchange in viscous incompressible liquid flow between disks rotating in a cylindrical casing | Yu. Ya. Matveev and V. N. Pustovalov |
| 21-26 | Solution of limiting problems of expanding flows of gaseous suspensions | I. M. Yur'ev |
| 26-33 | Stationary exchange between an infiltrated granular bed and a body immersed in it | Yu. A. Buevich and E. B. Perminov |
| 34-37 | Study of the process of frost formation in finned air coolers | M. N. Chepurnoi, V. N. Lomakin, V. é. Shnaider and V. M. Chepurnoi |
| 37-41 | Filtration of a magnetic fluid in a deformable porous medium | N. G. Taktarov |
| 42-45 | Atomization by a rotating disk of liquids which poorly wet its surface | V. F. Dunskii, N. V. Nikitin and G. A. Shul'ginova |
| 46-49 | Free convection of highly viscous liquid along a vertical finite plate with constant heat flux | Yu. A. Sokovishin and A. A. Kovkova |
| 50-54 | Sound dispersion in a relaxing polymer fluid with bubbles | Z. P. Shul'man and S. P. Levitskii |
| 55-59 | Peristaltic flow of a viscous incompressible fluid in a plane channel | V. I. Vishnyakov, K. B. Pavlov and V. I. Semenov |
| 60-64 | Mathematical model and numerical analysis of heat-transfer processes associated with the melting of polymers in plasticating extruders | V. P. Pervadchuk, N. M. Trufanova and V. I. Yankov |
| 64-69 | Utilization of the thermal strain of solids for determining the constants of internal heat transfer of solid-phase polymers | V. S. Batalov |
| 69-72 | Determination of the temperature of piezoelectric transducers upon harmonic excitation | V. M. Bogomol'nyi and A. V. Shvets |
| 72-74 | Specific heat in the NH4NO3-HNO3-H2O system | V. I. Gladushko, G. A. Bochenko, G. N. Prokof'eva, V. P. Privalko and J. Vinarčik |
| 74-77 | Separation of a binary mixture in a thermodiffusion column with a spiral winding | G. D. Rabinovich |
| 78-81 | Effects of thin carbon films on the selective gas permeability of a polymer membrane | L. Ya. Alimova, I. E. Dzhamaletdinova, V. S. Ovchinnikov, T. D. Radzhabov and V. N. Serebryakov |
| 82-88 | Radiation of two-phase media bounded by reflecting and radiating surfaces | K. S. Adzerikho and S. B. Kostyukevich |
| 88-92 | Temperature measurements on an air plasma jet in an induction plasmatron at reduced pressures | é. B. Georg and M. I. Yakushin |
| 93-96 | The equation of state for a mixture of nonpolar gases at moderate densities | N. A. Zykov, R. M. Sevast'yanov and R. A. Chernyavskaya |
| 97-100 | Procedure for satisfying Maxwell's rule in constructing unified thermal equations of state | S. A. Plotnikov and B. A. Grigor'ev |
| 101-107 | Freezing of the thawed zone around a well in frozen soils taking into account the pressure-dependence of the temperature of freezing | M. M. Dubina and B. A. Krasovitskii |
| 107-113 | A class of plane self-similar motions of a non-newtonian fluid with nonlinear thermophysical properties | O. N. Shablovskii |
| 113-114 | Convective heating of a half-space (nonsymmetric case) | L. N. Germanovich and I. D. Kill' |
| 115-119 | Mathematical description of the process of filtrational flushing of sediments in a regime close to ideal mixing | A. I. Moshinskii |
| 121-125 | Effect of orientation of an annular channel on heat exchange in the boiling of nitrogen under conditions of free motion | Yu. A. Kirichenko, K. V. Rusanov and E. G. Tyurina |
| 125-128 | Boiling of superheated n-pentane in an electric field | A. I. Zanin and E. N. Sinitsyn |
| 128-131 | True volumetric vapor content of two-phase freon flows | A. A. Malyshev, V. M. Azarskov, G. N. Danilova, B. B. Zemskov and V. K. Kirin |
| 131-133 | Distribution of disperse-phase vapors in a high-temperature gas flow | D. I. Lamden and O. G. Stonik |
| 134-138 | Laws of formation of a plug of liquid heat-transfer agent. In the vapor channel of a thermal diode heat pipe | B. M. Rassamakin and E. V. Gal'perin |
| 139-144 | Effect of evolving bubbles of a gas dissolved in a liquid on the resistance in its flow through porous metals. I. Movement of deaerated water | V. A. Maiorov and L. L. Vasil'ev |
| 145-148 | Experimental determination of the inertia of thermal boundary layers | V. K. Zelenyuk and A. I. Popov |
| 149-153 | Modeling the displacement of petroleum by a polymer solution | V. M. Entov, S. A. Zak and É. Chen-Sin |
| 153-157 | Influence of an external electric field on the propagation of ultrasound in electrorheological suspensions | E. V. Korobko and I. A. Chernobai |
| 158-163 | Transfer phenomena accompanying oscillations in a two-component medium | A. S. Buevich and A. I. Filippov |
| 163-170 | Theory of interfacial convection | Yu. A. Buevich |
| 171-174 | Influence of the physicochemical properties of gases on shock interaction with convex cylindrical surfaces | L. G. Gvozdeva, Yu. P. Lagutov and V. P. Fokeev |
| 175-180 | Computer modeling of the stalled flow of a rotating cylinder and the reverse magnus effect | S. M. Belotserkovskii, V. N. Kotovskii, M. I. Nisht and R. M. Fedorov |
| 180-184 | Analysis of the drag of two discs in a turbulent incompressible fluid flow | S. A. Isaev |
| 184-190 | Thermodynamic properties of 1-pentanol at atmospheric pressure | T. S. Khasanshin and T. B. Zykova |
| 191-194 | Thermodynamic effects of mixing in gases at moderate densities | R. M. Sevast'yanov and R. A. Chernyavskaya |
| 194-198 | Calculation of the transport coefficients in multicomponent gas mixtures | I. V. Lebedev and V. V. Ryabov |
| 199-204 | An electrical arc in a turbulent gas flow | V. V. Berbasov and M. F. Zhukov |
| 205-209 | Effect of radiation reabsorption on thermal characteristics of electric arcs in an air flow | L. N. Panasenko and V. G. Sevast'yanenko |
| 210-214 | Electron density on the surface of a dielectric interacting with a plasma | A. L. Danilyuk and E. E. Tkharev |
| 214-219 | Characteristics of a longitudinal glow discharge | R. F. Yunusov |
| 220-223 | Radiation heat transfer in a system of semitransparent screens by a light model | A. V. Trofimenko |
| 224-227 | Thermal processes and stability of a superconductive dipole magnet with pulsed heating of the winding | P. G. Vasilev, B. A. Vakhnenko, V. I. Deev, L. N. Zaitsev and G. P. Reshetnikov, et al. |
| 228-233 | Dynamics of nanosecond laser annealing of silicon | V. A. Pilipovich, V. L. Malevich, G. D. Ivlev and V. V. Zhidkov |
| 233-235 | Heat-conduction problem for a plate with a square cut | Yu. M. Kolyano, V. I. Gromovyk and Ya. T. Karpa |
| 236-241 | Influence of contacts on the thermal resistance of a bundle of rectangular fins | G. L. Serebryanyi |
| 241-242 | Dynamic viscosities of mixtures of n-butyraldehyde and isobutyraldehyde over wide ranges in the state parameters | R. A. Mustafaev, D. K. Ganiev and D. M. Gabulov |
| 242-244 | Influence of ultrasound on heat transfer under the conditions of forced flow of a high-temperature melt | A. V. Markov, Yu. S. Astashkin and I. I. Sulimtsev |
| 245-248 | Application of ultrasound in the investigation of magnetic relaxation effects in a ferromagnet | P. P. Galenko and V. I. Alekseenko |
| 249-255 | Some techniques for physical experiments in a shock tube with a nozzle | I. E. Zabelinskii, S. A. Losev and O. P. Shatalov |
| 255-258 | Specific power output of a gasdynamic CO2 laser with nozzles of wedge and contoured geometries | S. B. Goryachev, N. M. Efremov, V. T. Karpukhin, N. B. Rodionov and S. M. Chernyshev, et al. |
| 259-265 | Aerodynamics and heat exchange of a swirled stream in a cylindrical channel | É. N. Saburov and Yu. L. Leukhin |
| 265-270 | Nonlinear waves on the surface of a freely flowing vertical liquid film | Yu. P. Krasny and V. V. Mikho |
| 271-275 | Stability of the free-convection boundary layer on a vertical permeable plate | V. M. Eroshenko, L. I. Zaichik and V. A. Pershukov |
| 276-280 | Structure and characteristics of detached turbulent flow in a cavity | I. M. Varfolomeev, G. A. Glebov, Yu. F. Gortyshov, A. N. Shchelkov and R. A. Yaushev |
| 280-284 | Measurement of moist air velocity by means of hot-wire anemometers | I. L. Povkh, P. I. Savostenko and Yu. D. Ukrainskii |
| 285-289 | Experimental determination of the resistance of a spherical particle in an argon plasma stream | V. V. Kabanov and V. S. Klubnikin |
| 290-295 | Effect of evolved bubbles of a gas dissolved in a liquid on resistance during its flow in porous metals. II. Motion of water saturated with air | V. A. Maiorov and L. L. Vasil'ev |
| 296-300 | Study of the process of heat and mass transfer in the region of the vapor-gas front in a gas-regulable heat pipe | V. V. Galaktionov and L. P. Trukhanova |
| 301-304 | Distribution of mean temperatures of a porous material and coolant in a channel with a porous insert | V. L. Khitrik |
| 305-310 | Heat-conduction coefficient of gas mixtures at high densities | V. Z. Svoiskii |
| 311-313 | Determination of the debye temperature θ∞ and the anharmonic component of the specific heat of scandium, yttrium, and lanthanum | Zh. M. Tomilo and N. A. Prytkova |
| 314-317 | Temperature dependence of some surface effects in a magnetic fluid | B. M. Berkovskii and N. N. Smirnov |
| 318-322 | Effect of a constant electric field on the film flow of a liquid dielectric | A. G. Gagarin |
| 322-327 | Exposure of the flux of a medium to a regular system of light sources | Yu. A. Kashin, G. Yu. Kashina and L. G. Kravchenko |
| 328-335 | Influence of mass-transfer processes on the nonlinear filtration of multicomponent systems | R. M. Sattarov and I. A. Vazhnova |
| 335-340 | Green's-function method for solving problems of nonequilibrium adsorption and convective diffusion of impurity in a medium | Yu. N. Gordeev and N. A. Kudryashov |
| 341-345 | Method of determining a structural form of the free energy satisfying the requirements of the scaling hypothesis | V. A. Rykov and G. B. Varfolomeeva |
| 346-350 | Determination of the melting point of ice in porous glass in relation to the size of the pores | B. I. Venzel', E. A. Egorov, V. V. Zhizhenkov and V. D. Kleiner |
| 351-355 | Evaluating adsorbed-water structure in dispersed systems by NMR spectroscopy. Part 1. γ-Al2O3 | P. P. Olodovskii and S. A. Kumashov |
| 356-365 | Determination of the coefficient of internal heat exchange and the effective thermal conductivity of a porous solid on the basis of a nonstationary experiment | O. M. Alifanov and A. P. Tryanin |
| 366-371 | Modeling thermal and electrical processes in a semiconductor module with a temperature constraint | O. B. Aga, G. N. Dul'nev, B. V. Pol'shchikov and A. O. Sergeev |
| 372-376 | Experimental design of measurements for the solution of coefficient-type inverse heat-conduction problems | E. A. Artyukhin |
| 377-383 | Conjugate problem of heat exchange in steam condensation inside a horizontal cylinder | V. M. Kapinos, L. A. Gura and V. V. Navrotskii |
| 385-389 | Mass transfer from a single gas slug | V. E. Nakoryakov, B. G. Pokusaev, A. V. Petukhov and A. V. Fominykh |
| 390-396 | Influence of external turbulence on the velocity field in the wake behind an ellipsoid of revolution | B. A. Kolovandin and N. N. Luchko |
| 397-401 | Entrance section heat transfer in flow of helium at supercritical pressure | M. A. Valyuzhinich, V. M. Eroshenko and E. V. Kuznetsov |
| 401-403 | Transition to film boiling of helium under stepped thermal loading | V. K. Andreev, V. I. Deev and A. N. Savin |
| 403-408 | Influence of particles on the turbulent heat-transfer intensity | I. V. Derevich and L. I. Zaichik |
| 409-415 | Cascade character of the growth of turbulent eddies | S. V. Surkov |
| 415-420 | Attenuation of local gas swirling in a channel of annular cross section | A. V. Borisov, G. V. Konyukhov and A. I. Petrov |
| 420-426 | Laminar flows of a conductive liquid between porous disks in a transverse magnetic field | P. A. Novikov and L. Ya. Lyubin |
| 427-431 | Computational study of heat transfer in the laminar flow of gas in a flat curvilinear channel with suction and injection | V. I. Grabovskii |
| 432-435 | Heat and mass transfer in a slit gap with sublimation of a rotating disk wall | V. V. Faleev and N. V. Zavarzin |
| 436-440 | Flow analysis in a channel with a moving wall | I. A. Antyshev, S. V. Zhubrin and V. P. Motulevich |
| 440-443 | High-speed filtration regimes in the magnetic separation of particles from low-concentration mono- and polydisperse suspensions of magnetite | A. V. Sandulyak, O. Yu. Korkhov, V. L. Dakhnenko and N. N. Kozyar |
| 444-449 | Method of integrals over trajectories in the hydromechanics of suspensions | V. S. Belousov, Yu. A. Buevich and G. P. Yasnikov |
| 450-456 | Dynamics of the icing-over of low-temperature pipelines in stagnant water | V. M. Gorislavets and L. P. Semenov |
| 456-459 | Experimental study of evaporative cooling in rods made of capillary-porous nichrome | Yu. D. Kolpakov, V. G. Pastukhov and V. P. Skripov |
| 460-465 | Limiting thermal loads in water boiling in vertical channels under natural circulation conditions | A. I. Leont'ev, O. O. Mil'man and V. A. Fedorov |
| 465-468 | Calculation of diffusion separation processes in gas mixtures | E. P. Potanin |
| 469-473 | Rheological parameters of coal tars in cyclic and continuous deformation | Yu. G. Yanovskii, G. V. Vinogradov, V. K. Zhdanyuk and V. A. Zolotarev |
| 474-476 | Thermal relaxation near phase transitions | R. N. Bakhtizin, A. F. Yukin and A. M. Shammazov |
| 476-481 | Method of constructing a single equation of state satisfying the requirements of the scaling hypothesis | V. A. Rykov |
| 481-485 | Density of adsorbed water in powder systems. 3. γ-Al2O3 | P. P. Olodovskii |
| 486-489 | Temperature dependence of the adsorption heats for KSM-5 and KSK-2 silica gels | A. M. Ivanushkin, M. P. Borzenkova, B. V. Kirillov, N. M. Korneev and A. P. Popov |
| 489-496 | Algorithms and results of solving the inverse heat-conduction boundary problem in a two-dimensional formulation | O. M. Alifanov and Yu. V. Egorov |
| 497-499 | Vibrations of the electric field strength of arcs at the axis of a submerged jet | S. P. Polyakov |
| 500-504 | A voitenko compressor for subsonic loading rates | V. P. Alushev, A. S. Parasyna, S. N. Popov, G. S. Romanov and V. V. Urban |
| 504-509 | Influence of diffusely specular reflection on the transfer process in a gap | G. I. Vorob'eva |
| 511-515 | Rarefaction behind a plane jet developing in a confined entrained flow | G. N. Abramovich, T. A. Girshovich and A. N. Grishin |
| 516-519 | Calculation of the effectiveness of plate cooling with coolant ejection at an angle to the main flow with allowance for the stagnant zone | N. N. Kortikov and Yu. A. Smirnov |
| 520-524 | Turbulent flow and heat transfer in a rotating slit-shaped channel | E. M. Smirnov and A. V. Shatrov |
| 525-530 | Irregular motion of particles in a turbulence chamber | S. O. Aman, M. A. Gol'dshtik and O. A. Likhachev |
| 530-534 | Convective heat exchange in turbulent flow of a gas suspension within a cylindrical channel | F. N. Lisin and I. F. Guletskaya |
| 534-541 | Wave structure of turbulent flow in a tube | Ya. A. Vagramenko |
| 541-547 | Mathematical boundary-layer model for a wide range of turbulent Reynolds numbers | V. G. Zubkov |
| 547-551 | Determination of vapor bubble breakaway dimensions in high-speed flows | V. A. Gerliga, A. V. Korolev and V. I. Skalozubov |
| 552-555 | Influence of heat capacity of a vessel wall and of the heat currents in it on the characteristics of convection in a closed volume | Yu. V. Val'tsiferov |
| 555-560 | Methods of solving convection and heat-transfer problems in regions with boundaries that vary in form over time | A. P. Ezerskii |
| 560-564 | Hydrodynamic instability and regimes of fragmentation of drops | A. G. Girin |
| 565-570 | Steady diffusion in liquid accompanied by chemical interaction between the components | A. I. Katalov |
| 570-573 | Heat-exchange crisis in thermosiphon circuits | M. K. Bezrodnyi, S. S. Volkov and S. A. Khavin |
| 574-577 | Chemical boiling under conditions of free convection | Ya. M. Gumnitskii |
| 577-580 | Impregnation of heated filler with viscoplastic liquid | L. Ya. Kosachevskii, E. A. Kosachevskaya and V. M. Sidorova |
| 580-586 | Mass transfer in a reactive spherical particle | Yu. A. Buevich and A. V. Kamennykh |
| 586-591 | Heat exchange between a laminar and pulsating plasma jet and a barrier | J. Dundr, L. Kreichi, V. L. Sergeev, A. S. Strogii and F. B. Yurevich |
| 591-592 | Distribution of electron concentration in a discharge with nonuniform ionization over the cross section | R. F. Yunusov |
| 602-609 | Statistical determination of the coefficient of self-diffusion in a monatomic molecular crystal | É. T. Bruk-Levinson and O. D. Chernetsov |
| 609-614 | Carbon combustion in cylindrical channels with eddy washing of the wall | I. P. Basina and A. F. Katsovich |
| 615-618 | Solitary cylindrical layer of electrically conducting magnetic fluid | B. M. Berkovskii and N. N. Smirnov |
| 619-622 | Temperature dependences of free surface equilibrium conditions for a magnetic fluid in an annular gap | V. I. Kalikmanov |
| 623-625 | Estimating the diffusion rate in porous media by means of a mathematical experiment | A. N. Tikhonov, V. B. Glasko, M. E. Il'in, V. A. Kovrigin and N. I. Kulik |
| 626-632 | Selection of approximate solutions of inverse heat-conduction problems | O. M. Alifanov and I. E. Balashova |
| 633-641 | Heat and mass exchange in an optically thin, turbulent boundary layer in an IR radiation field | A. I. Leont'ev, A. M. Pavlyuchenko and N. A. Rubtsov |
| 642-649 | Influence of velocity gradient and wall proximity on the readings of a pitot tube in measurement of surface friction and velocity distribution in a turbulent boundary layer | E. U. Repik, V. K. Kuzenkov and N. P. Mikhailova |
| 649-655 | Characteristics of a plane turbulent jet in a bounded drifting flow | S. K. Voronov, T. A. Girshovich and A. N. Grishin |
| 656-661 | Determination of the characteristics of thermoacoustic pressure oscillations associated with heat transfer in a variable duct with arbitrary energy input | A. T. Sinitsyn |
| 662-664 | Influence of approximation viscosity on the analysis of turbulent flows with circulation zones | S. A. Isaev |
| 664-667 | Effect of variation of the physical properties of the gas on the stability of laminar nonisothermal flow in a channel with permeable walls | V. M. Eroshenko, L. I. Zaichik and V. B. Rabovskii |
| 668-673 | Convective heat-transfer mechanism in two-phase flows for high concentrations of finely dispersed solid particles | V. V. Perevezentsev |
| 673-676 | Experimental study of convective heat transfer in beds of spheres of different thickness | V. P. Isakov, V. N. Fedoseev, O. I. Shanin and S. T. Shchetnikova |
| 677-682 | Interfhase pass transfer in a fluidized bed with a packing | A. I. Tamarin and K. E. Goryunov |
| 682-688 | Nonlinear filtration in cracked porous materials | Yu. A. Buevich and V. S. Nustrov |
| 689-694 | Spreading of a horizontal layer of non-Newtonian liquid | V. M. Mitrofanov, B. M. Khusid, V. B. Érenburg and V. V. Mel'nichenko |
| 695-698 | Boundary of the wave regime in film condensation with constant heat flux on a vertical surface | V. M. Budov, V. A. Kir'yanov and I. A. Shemagin |
| 699-701 | Experimental study of the mechanisms of the active centers of boiling | E. I. Nesis and N. B. Chigarev |
| 702-706 | Use of the law of corresponding states to generalize the thermodiffusion factor of inert gas mixtures | A. F. Zolotukhina, M. V. Sagarda and E. A. Shashkov |
| 706-709 | Second virial coefficient of vapors | L. P. Filippov, N. L. Veretel'nikova and A. D. Okhotsimskii |
| 710-712 | Determination of the parameters of the equation of state of a liquid by planned thermophysical experiment | P. M. Kessel'man and L. N. Vasil'chenko |
| 712-718 | Three-reference-curve method in constructing the equation of state of a gas and a liquid | N. V. Vas'kova, V. F. Lysenkov and E. S. Platunov |
| 718-721 | Thermophysical properties of fodder grass seeds | T. K. Korolik, V. A. Golubev and V. V. Kharitonov |
| 722-726 | Measurement of thermal fluxes in power plant components | M. V. Stradomskii, E. A. Maksiov and O. V. Fedorova |
| 727-729 | Numerical investigation of the radiation characteristics of a perforated cylinder in a circular chamber filled with an absorbing medium | S. N. Shevchenko and O. N. Bryukhanov |
| 730-735 | Uniqueness conditions and method of solution of the coefficient inverse problem of thermal conductivity | O. M. Alifanov and M. V. Klibanov |
| 735-739 | Axisymmetric bending of a heated circular plate on an elastic base with account of its deformability over its thickness | M. D. Martynenko and E. A. Svirskii |
| 740-751 | Noncontact methods of studying the parameters of particles in two-phase plasma flows | V. V. Krasovskii, A. L. Mossé, V. I. Tyukaev and I. P. Polyakov |
| 753-757 | Influence of homogeneous condensation on the gasdynamics and radiation of a free carbon dioxide jet | N. G. Gorchakova, P. A. Skovorodko and V. N. Yarygin |
| 758-764 | Effect of the macroscopic parameters and composition of the ambient on the mass transition kinetics of liquids | V. I. Novikova, P. A. Novikov, B. M. Pavlov, N. F. Sharonov and G. L. Malenko, et al. |
| 764-767 | Condensation enlargement of aerosol particles when a gas mixes with a vapor | E. V. Sugak and V. P. Isakov |
| 768-772 | Convective heat-transfer equation in the entrance section of an annular channel | V. A. Korablev and A. V. Sharkov |
| 772-777 | Heat transfer in turbulent free convection around a horizontal nonisothermal cylinder | Yu. Ya. Matveev and V. N. Pustovalov |
| 778-784 | Thermal radiation of turbulent flows in the case of large fluctuations of the absorption coefficient and the Planck function | V. P. Kabashnikov |
| 784-791 | Nonuniformity of the velocity field of a flux passing through a packed bed | M. A. Gol'dshtik, A. M. Vaisman, A. V. Lebedev and M. Kh. Pravdina |
| 791-796 | Model for calculating the rotational flow parameters of a two-phase medium with allowance for phase interaction | É. F. Shurgal'skii |
| 797-802 | Some gas-dynamic functions in equilibrium fluxes of dissociating nitrogen tetroxide | É. A. Orudzhaliev |
| 802-807 | Two methods of calculating the velocity profile of a non-Newtonian liquid in cylindrical channels of arbitrary cross section | Yu. G. Nazmeev, G. R. Khalitova and E. K. Vachagina |
| 809-814 | Optoacoustic determination of thermophysical characteristics. II | S. A. Vinokurov |
| 814-818 | Brief measurements of thermal activity in the melting range of a substance | G. G. Spirin, E. A. Nakashidze and L. N. Kudryavtseva |
| 818-827 | Determination of the true thermal conductivities of helium and nitrogen at atmospheric pressure and temperatures from the normal boiling points to 6700°K | A. G. Shashkov, T. N. Abramenko and V. I. Aleinikova |
| 828-830 | Experimental determination of oxygen thermal conductivity in the gaseous phase (300–1000°K) | N. A. Vanicheva, L. S. Zaitseva and L. V. Yakush |
| 831-835 | Determination of the heats of phase transition of elements and compounds at a pressure of 760 mm Hg. I | I. P. Zhuk |
| 836-839 | Determination of fluctuations of temperature supercooling and the solidification front in the directional crystallization of a melt under controlled conditions | É. G. Rostovtsev |
| 840-842 | Effect of shf waves reflected from a media boundary on evaluation of the moisture content of raw cotton | P. R. Ismatullaev and V. S. Pomoshchnikov |
| 843-847 | Transfer equations in capillary-porous media for problems in nonisothermal drying, sorption, and two-phase filtration | P. S. Kuts and N. N. Grinchik |
| 848-857 | Calculation of the capacity of centrifuges with screw discharge | Ya. Fyulep, G. Khalas, É. Monoshtori, K. Polinski and R. Teresh |
| 858-861 | Heat exchange in a plasma chemical reactor with multijet mixing chamber | B. A. Belov, N. S. Sal'nikova and A. L. Suris |
| 861-864 | Calculation of phase transition dynamics upon laser irradiation of semiconductors | S. A. Osered'ko |
| 865-878 | Rotational relaxation in gases | A. I. Osipov |
| 879-885 | Processes of hydrodynamics and heat exchange in descending bubble flows | B. G. Ganchev and V. G. Peresad'ko |
| 886-890 | Study of the mechanism of film condensation of vapor under the influence of surface forces | V. G. Rifert, P. A. Barabash, A. I. Sardak and A. N. Tobilevich |
| 890-895 | Condensation coarsening of aerosol particles in a cooling vapor—gas flow | E. V. Sugak and V. P. Isakov |
| 896-899 | Theory of nucleation in binary systems | V. F. Razumov and A. Yu. Tarakanov |
| 899-902 | Nitrogen condensation in a hypersonic nozzle | S. V. Dolgushev, I. G. Druker, Yu. G. Korobeinikov, B. A. Sapogov and Yu. A. Safronov |
| 903-906 | Final stage in turbulent velocity field degeneration in a coflow | I. I. Kovalev, B. A. Kolovandin and N. N. Luchko |
| 907-913 | Hot water flooding of oil-bearing beds under conditions of mutual solubility of water and crude | A. F. Zazovskii |
| 913-917 | Helical flow of a nonlinearly viscoplastic liquid in an annular channel | Yu. A. Bukhman, V. N. Zadvornykh, A. I. Litvinov and Z. P. Shul'man |
| 917-922 | Unsteady two-dimensional flow of a compressible non-Newtonian fluid in a long annular channel caused by the motion of an inside pipe | S. D. Tseitlin and M. S. Tarshish |
| 923-930 | Weakly nonlinear oscillations in bulk crystallization | Yu. A. Buevich, V. V. Mansurov and I. A. Natalukha |
| 930-938 | Measurement of the fluid flow velocity by an acoustic frequency—phase method | O. G. Martynenko, V. I. Krylovich, A. D. Solodukhin and V. G. Fedorei |
| 939-942 | Directional emissivity of structural materials | M. A. Taimarov, K. A. Rusev and F. A. Garifullin |
| 942-950 | Determination of true values of the thermal conductivity of inert gases at atmospheric pressure and temperatures from the normal boiling point to 6000°K | A. G. Shashkov, T. N. Abramenko and V. I. Aleinikova |
| 951-955 | Approximation of the temperature dependence of the coefficients of interdiffusion of vapor—gas systems | A. N. Berezhnoi and V. N. Shekurov |
| 955-961 | Gasdynamic function characterizing the flux momentum expressed in terms of various parameters appropriate to dissociating nitrogen tetroxide | É. A. Orudzhaliev |
| 962-964 | The possibility of reducing thermal conductivity in alloys | V. V. Kukhar', L. Yu. Rubashkina and V. G. Surin |
| 965-967 | Experimental study of the thermal conductivity of diheptyl adipinate at high temperatures and pressures | R. A. Mustafaev and B. G. Garadzhaev |
| 967-969 | Thermal diffusion in binary gas mixtures | R. M. Sevast'yanov, N. A. Zykov and K. I. Voroshilova |
| 970-972 | Thermodiffusiophoretic deposition of highly dispersed particles on the surface of a cylinder | A. V. Terzyan |
| 973-978 | Effects of MHD channel profiling on diagonal-generator integral characteristics | A. A. Beloglazov, B. M. Berkovskii, V. I. Cherbova and A. L. Shevchenko |
| 978-982 | Numerical investigation of the temperature field of a dam with freezing columns | P. M. Kolesnikov and T. G. Protod'yakonova |
| 983-987 | Singularities of radiation-flux absorption in a cylindrical cavity | G. E. Gorelik, V. G. Leitsina and N. V. Pavlyukevich |
| 987-991 | Stable conservative difference schemes for the quasilinear parabolic heat-conduction equation | V. I. Gladkovskii and V. G. Karolinskii |
| 992-998 | Approximation procedure for boundary-value problems of heat conduction | V. G. Guzii |
| 998-1000 | Finite-element models for calculating the temperature fields of underground pipelines | A. N. Khomchenko |
| 1000-1004 | Solving nonsteady heat-conduction problems for multilayer systems by the finite-difference method | E. M. Glazunov and G. N. Pikina |
| 1005-1010 | Effect of pressure on heat exchange in nitrogen boiling under conditions of free motion in an annular channel | Yu. A. Kirichenko, K. V. Rusanov and E. G. Tyurina |
| 1010-1012 | Interferometer investigation of the convective stability of a gas in horizontal channels heated from below | S. P. Karlov and É. F. Shurgal'skii |
| 1013-1018 | Influence of the temperature of a flow on the readings of a hot-wire anemometer | V. N. Levitskii, E. U. Repik and Yu. P. Sosedko |
| 1019-1022 | Use of ablation experiments to deteemine high-temperature properties of fused quartz | V. V. Gorskii and A. S. Shtyrya |
| 1022-1027 | Instability of aqueous solutions of polyacrylamide in a hydrodynamic field | B. P. Makogon, E. N. Bykova, M. A. Bezrukova, S. I. Klenin and Yu. F. Ivanyuta, et al. |
| 1027-1031 | Equations of motion of concentrated polymer solutions | Yu. A. Altukhov and V. N. Pokrovskii |
| 1032-1038 | Elastic effects in the flow of polymer solutions in channels of variable cross section and a porous medium | V. M. Entov and A. N. Rozhkov |
| 1038-1042 | Reconstruction of bed pressure with data of normal well operation | R. N. Bakhtizin and M. M. Khasanov |
| 1042-1045 | Longitudinal radiation transfer in movement of a dust containing medium in a plane channel | V. I. Polovnikov, Yu. A. Popov and G. N. Elovikov |
| 1045-1050 | Analogy between turbulent momentum and heat transfer under complex conditions | V. F. Potemkin |
| 1051-1057 | Influence of thermogravitational forces on turbulent transport for various orientations of the flow and the surface around which the flow is occurring | V. M. Eroshenko, L. N. Zaichik and V. A. Pershukov |
| 1057-1063 | Coupled simultaneous heat and mass transfer in multicomponent two-phase mixtures | L. P. Kholpanov, E. Ya. Kenig and V. A. Malyusov |
| 1063-1066 | Criterion for the breakup of liquid drops and jets | V. B. Okhotskii |
| 1066-1070 | Analysis of self-similar laminar flows in slot channels with one permeable wall | P. A. Novikov and L. Ya. Lyubin |
| 1070-1076 | Propagation of a planar shock thermal wave in a nonlinear medium | O. N. Shablovskii |
| 1077-1084 | Oscillatory crystallization of a binary melt | Yu. A. Buevich and V. V. Mansurov |
| 1085-1089 | Excitation of oscillations in a gas-blower-fluidized-bed system | E. M. Tolmachev and S. N. Mikheev |
| 1089-1093 | Calculation of mass transport in nonisothermal evaporation of liquids from capillaries with consideration of variable viscosity of the vapor-gas mixture | N. I. Gamayunov and A. A. Lankov |
| 1093-1096 | Determination of the thermal conductivity and thermal diffusivity of solids by unilateral sounding of the surface | E. A. Belov, V. V. Kurepin and N. V. Nimenskii |
| 1096-1100 | Experimental determination of the thermodynamic properties of three nematic liquid crystals | A. G. Shashkov, I. P. Zhuk and V. A. Karolik |
| 1101-1105 | Measurement of the complex dielectric permittivity of glycerine and its complex ethers | V. N. Khudaiberdyev, U. B. Khudayarov and M. U. Dzhanklich |
| 1105-1108 | Temperature resistance coefficient of composite resistive materials in the mixed-structure approximation | O. A. Vasilenko, A. A. Maier, V. A. Chashchin, E. N. Gulaeva and V. I. Bus'ko |
| 1108-1112 | Mass transfer with “memory” in electrochemical processes | L. S. Kalashnikova |
| 1113-1116 | Identification of unsteady boundary conditions in surface boiling of underheated liquids | É. G. Bratuta, Yu. M. Matsevityi and A. V. Multanovskii |
| 1117-1121 | Nonsteady heat transfer of a multilayer wall with unequal contact areas between the layers | V. A. Alekseev |
| 1123-1128 | Variation of turbulent flow parameters in the presence of flow acceleration and deceleration | A. N. Nikiforov and S. V. Gerasimov |
| 1129-1135 | Investigation of the entrance length of a plane jet developing in unconfined and confined cross flows | T. A. Girshovich and A. N. Grishin |
| 1136-1142 | Distribution of disperse impurity in turbulent jet | L. B. Gavin and V. A. Naumov |
| 1142-1148 | Efficiency of accelerating tubes of jet grinding mills | M. A. Gol'dshtik and O. A. Likhachev |
| 1148-1155 | Determination of the heat-transfer characteristics in a channel of annular cross section with spiral fins | G. V. Konyukhov, A. I. Petrov and Yu. G. Smirnov |
| 1155-1157 | Influence of solid deposits on the inception of self-excited thermoacoustic oscillations in heat transfer to turbulent fluid flow in tubes | N. L. Kafengauz and A. B. Borovitskii |
| 1158-1162 | Heat transfer in the flow of supercritical-pressure helium with high thermal loads | M. A. Valyuzhinich, V. M. Eroshenko and E. V. Kuznetsov |
| 1162-1167 | Experimental study of heat exchange in a moderately rarefied gas | A. N. Kulev, A. M. Shestakov, S. F. Borisov and Yu. G. Semenov |
| 1167-1173 | Thermal deformation of unevenly heated jet heat exchangers | S. B. Koshelev, V. V. Kharitonov and G. É. Ter-Avakimov |
| 1173-1177 | Identification of the characteristics of surface thermal interaction between materials and gas streams | E. A. Artyukhin and A. V. Nenarokomov |
| 1178-1180 | Features of heat transfer in the impact of a drop against a hot surface | A. A. Gukhman, A. Z. Volynets, A. V. Rozhdestvenskii and S. M. Brazhnikov |
| 1181-1185 | Heat transfer capacity of channel heat pipes with triangular capillary structure | V. D. Portnov and T. M. Grigor'eva |
| 1185-1191 | Crisis phenomena upon evaporation in grid capillary and porous coatings and arterial structures of heat pipes | B. A. Afanas'ev, E. P. Vinogradova and G. F. Smirnov |
| 1192-1197 | Flow structure of aqueous solutions of polyethylene oxide in the inlet region of short capillaries | Yu. F. Ivanyuta, N. V. Naumchuk, V. G. Pogrebnyak, S. V. Tverdokhleb and S. Ya. Frenkel' |
| 1197-1202 | Heat transfer in fluidized beds | V. A. Borodulya, V. L. Ganzha, Yu. S. Teplitskii and Yu. G. Epanov |
| 1202-1208 | Numerical investigation of radiative heat exchange in the throats of helium cryostats | A. G. Demishev, V. Z. Suplin and N. N. Borodina |
| 1208-1212 | Experimental study of the thermal conductivity of lithium vapor | N. B. Vargaftik, V. M. Kapitonov and A. A. Voshchinin |
| 1213-1219 | Heat and mass transfer in the condenser-evaporator of a dynamic system for water extraction from an electrochemical energy generator | L. S. Starodubov, A. R. Gordon and M. A. Gordon |
| 1220-1224 | Gas absorption and liberation kinetics in porous solids | A. D. Alekseev and V. V. Sinolitskii |
| 1225-1228 | Interferometric phase and frequency measurements of the propagation speed of acoustic waves | V. I. Krylovich and An. S. Rubanov |
| 1229-1233 | Temperature dependence of the heat of crystallization of water | S. S. Efimov |
| 1233-1239 | A unified method of numerical calculation of the conjugate problem of heating bodies by liquids in concurrent flow and counterflow | V. V. Sapelkin |
| 1240-1242 | Solution of nonstationary heat and mass conductivity problems by using the imaginary-frequency characteristics | A. S. Trofimov |
| 1243-1246 | Magnetic relaxation of Fe with various concentrations of Si impurity atoms | P. P. Galenko |
| 1247-1254 | Film condensation of a stationary vapor on a finned surface | I. I. Gogonin, O. A. Kabov and I. V. Padyukov |
| 1254-1258 | Calculation of heat transfer during water flow in profiled twisted pipes | Yu. M. Brodov, L. G. Gal'perin and E. M. Chizhevskaya |
| 1258-1262 | Analysis of longitudinal velocity fluctuations on a plate | A. B. Garyaev, O. V. Dobrocheev and V. P. Motulevich |
| 1262-1267 | Stability of a low-temperature helium flow in heated channels | V. M. Eroshenko, E. V. Kuznetsov and N. N. Yaroslavtseva |
| 1267-1270 | Hydrodynamic characteristics and efficiency of contact elements of wet-gas-cleaning equipment | A. A. Andrizhievskii, A. A. Mikhalevich and A. G. Trifonov |
| 1270-1276 | Electrodiffusive diagnosis of the viscoelastic properties of polymer solutions on a rotating spherical electrode | Z. P. Shul'man, N. A. Pokryvailo, O. Vain and I. I. Gol'bina |
| 1276-1281 | Flow and heat transfer of an anomalously viscous fluid in the gap between rotation and stationary disks with nonuniform pressure about the perimeter | V. M. Shapovalov, N. V. Tyabin and L. M. Beder |
| 1282-1285 | Mixing process on the interaction length of a jet in a cross flow | L. V. Averin, Yu. A. Kondrashkov and G. G. Shevyakov |
| 1286-1291 | Heat transfer during melting of a substance in a closed volume with heating from below | V. V. Galaktionov and A. P. Ezerskii |
| 1291-1296 | Determination of the heat flux on the surface of composite materials upon interaction with high-enthalpy gas stream | V. E. Abaltusov, S. F. Bachurina, G. Ya. Mamontov, G. A. Surkov and A. S. Yakimov |
| 1296-1299 | Comparison of the results of interference and numerical determinations of stream density in a separation zone | A. Yu. Mitin and A. N. Mikhalev |
| 1299-1306 | Influence of thermal radiation on the structure of the temperature field in a turbulent flow | V. P. Kabashnikov and A. A. Kurskov |
| 1306-1314 | Mathematical modeling of combined heat transfer in dispersed materials | O. M. Alifanov, B. P. Gerasimov, T. G. Elizarova, V. K. Zantsev and B. N. Chetverushkin, et al. |
| 1314-1319 | Numerical-analytical modeling of heat transfer between a laminar flow and highly permeable roughness | Ya. Ya. Karchev and E. A. Gaev |
| 1320-1323 | New methods in the theory of radiative transport. II. Anisotropic scattering | K. S. Adzerikhc and N. V. Podluzhnyak |
| 1324-1326 | Calculating some of the optical characteristics of elements and compounds from their phase transition temperatures at a pressure of 101.325 kPa (760 mm Hg). II | I. P. Zhuk |
| 1327-1329 | Mutual diffusion and mobility in a CO2-40Ar-36Ar mixture near the critical point of vaporization of CO2 | V. S. Gurvich and É. V. Matizen |
| 1330-1334 | Generalization of the thermal diffusion factor of mixtures of inert gases -Kr-Xe, Ar-Xe, Ne-Ar, Ar-Kr — On the basis of the theory of corresponding states | A. F. Zolotukhina, M. V. Sagarda, E. A. Shashkov and I. P. Evmenova |
| 1334-1337 | Method of determining temperature and calculation of thermal stresses in porous permeable walls | M. S. Tret'yak |
| 1337-1344 | Structural and mechanical properties and effective permeability of fissured materials | Yu. A. Buevich, S. L. Komarinskii, V. S. Nustrov and V. A. Ustinov |
| 1344-1349 | Isothermal fluid flow in a packing of spheres | V. I. Volkov |
| 1350-1354 | Temperature fields and displacement of plates of linearly variable thickness | M. D. Martynenko and N. I. Il'inkova |
| 1355-1359 | Temperature field of a composite body under mixed thermal contact conditions | Yu. M. Kolyano and Yu. S. Muzychuk |
| 1359-1363 | Potentials of the problem of steady-state oscillations of the generalized asymmetrical thermoelasticity of a Cosserat medium | Vl. N. Smirnov and E. V. Frolova |
| 1364-1376 | Numerical solution of heat and mass impulse transfer problems | W. Zwick |
| 1-8 | Study of heat- and mass-transfer characteristics in the symmetry planes of bodies of different shapes | V. I. Zinchenko and E. N. Putyatina |
| 9-15 | Turbulent velocity and temperature fields in the nonisothermal wake behind an elongated body of revolution | Yu. M. Dmitrenko, V. L. Zhdanov and B. A. Kolovandin |
| 15-22 | Data on the structure of the wall region of a turbulent boundary layer on an impermeable surface with injection | V. T. Kiril'tsev, V. P. Motulevich and É. D. Sergeivskii |
| 22-30 | Loss of a passive impurity in a turbulent vortex ring | É. I. Andriankin and P. A. Pryadkin |
| 30-37 | Modified boundary conditions for two-dimensional gasdynamic calculations in regions of arbitrary shape with moving boundaries present | G. S. Romanov and V. V. Urban |
| 38-45 | Experimental and theoretical study of the transient boiling mechanism | V. V. Kostyuk, I. I. Berlin and A. V. Karpyshev |
| 46-53 | Heat output and maximum heat transfer of heat pipes with continuous corrugated wicks | B. A. Afanas'ev, E. P. Vinogradova and G. F. Smirnov |
| 53-58 | Macroscopic boundary angles of wetting of sintered capillary structures of heat pipes | G. V. Kuskov and Yu. F. Maidanik |
| 58-62 | Modified Leung-Griffiths equation for describing the thermodynamic properties of a CO2-Ne solution near the critical point of CO2 vaporization | V. F. Kukarin, N. V. Kuskova, V. G. Martynets, É. V. Matizen and A. G. Sartakov |
| 63-69 | Micelle formation thermodynamics and the acoustic and rheological properties of aqueous sodium p-n octylbenzenesulfonate solutions | M. K. Karabaev, A. A. Saidov, A. P. Voleishis, L. V. Pal'chikova and P. K. Khabibullaev |
| 69-70 | Effects of heat treatment on the phonon thermal conductivity component for Khrovangal alloy | V. V. Kukhar' and L. Yu. Rubashkina |
| 70-76 | Combined solution of the problem of external heat transfer and heat transfer inside a gas radiation tube for thermal furnaces with a protective atmosphere | V. G. Lisienko, F. R. Sklyar, Yu. V. Kryuchenkov, L. N. Toritsyn and V. V. Volkov, et al. |
| 77-80 | Short-time heating of a body by a radiant flux | S. P. Detkov and O. A. Bryukhovskikh |
| 80-86 | Determination of generalized angular coefficients with consideration of selectivity in absorption by the medium | V. I. Antonov and L. I. Zdorovova |
| 87-91 | Numerical modeling of the radiant heating of a liquid | S. M. Gol'berg, V. M. Podgaetskii, I. E. Poyurovskaya and V. N. Semin |
| 91-95 | Intensification of mass-exchange processes by an electric field in a capillary porous solid-liquid system | A. B. Matvienko, M. P. Kupchik and V. V. Mank |
| 95-101 | Kinetics of combustion of polydispersed coke dust | Yu. M. Goldobin |
| 101-107 | Orthotropic plate with inclusion heated by a heat source | Yu. M. Kolyano, I. R. Tatchin and E. G. Ivanik |
| 107-109 | Calculation of tomographic projections | V. I. Vlasov and V. P. Kurozaev |
| 109-122 | Interactions of atoms and calculation of transport coefficients in metal vapors and their mixtures with gases | K. M. Aref'ev and M. A. Guseva |
| 123-128 | Temperature fluctuation balance in an axisymmetric turbulent wake | Yu. M. Dmitrenko, V. L. Zhdanov, B. A. Kolovandin and I. A. Labuda |
| 129-134 | Modeling the separation flow around a cylinder near a screen | S. M. Belotserkovskii, V. N. Kotovskii, M. I. Nisht and R. M. Fedorov |
| 135-139 | Effect of variability of physical properties of a gas on turbulent flow and heat transfer in a pipe with permeable walls | V. M. Eroshenko, A. V. Ershov and L. I. Zaichik |
| 140-145 | Experimental determination of longitudinal vortical perturbations | N. F. Yurchenko, V. V. Babenko and L. F. Kozlov |
| 145-151 | Experimental study of nonsteady heat convection in a plane channel | G. A. Dreitser and V. V. Balashov |
| 151-154 | Experimental study of regimes of low-velocity motion of a subheated liquid in horizontal annular channels with a heat-transfer crisis | Yu. D. Kozhelupenko and A. P. Mirgorodskaya |
| 155-157 | Heat exchange in descending annular gas-liquid flows | M. N. Chepurnoi, V. É. Shnaider and N. I. Sinyuk |
| 158-161 | Vapor flow in low-temperature heat pipes | M. V. Korchagina and A. Ya. Shelginskii |
| 162-170 | Nonsteady conjugate heat exchange during liquid flow in coaxial channels | P. M. Kolesnikov and V. I. Bubnovich |
| 170-173 | Self-similar heating regime upon destruction of the surface of materials | Yu. V. Polezhaev and G. A. Frolov |
| 174-178 | Optimization of multilayer fusing heat-insulating coating | A. A. Shmukin and R. A. Posudievskii |
| 178-182 | Effect of the frequency of the external magnetic field on the behavior of the arc in a two-jet plasmatron | S. P. Polyakov and N. V. Livitan |
| 182-187 | Selection of the optimal distribution of heat-transfer agent flows in a ventilated cassette radioelectronic apparatus | G. N. Dul'nev and A. O. Sergeev |
| 187-191 | Energy losses in cooling of cryogenic current leads | I. Kh. Rudman, L. A. Grenaderova and N. G. Grinchenko |
| 191-196 | Mechanism of coal combustion in a fluidized layer of coarsely dispersed material | A. I. Tamarin |
| 197-201 | Heat transfer in a blown close-packed bed of fruit and vegetables | M. I. Berman and V. A. Kalender'yan |
| 202-207 | Influence of internal heat sources on nonstationary heat transfer in disperse systems | A. Yu. Zubarev |
| 207-212 | Heat transfer and cryodeposit properties in solid-state condensation | V. B. Lisovskii |
| 212-219 | Icing on the walls of a buried pipeline bearing a freezing non-newtonian liquid | V. M. Ovsyannikov |
| 219-223 | The initial stage in capillary impregnation | A. V. Kuz'min, P. A. Novikov and V. I. Novikova |
| 224-227 | Construction and identification of mathematical models of heat transfer and mass transfer in capillary-porous bodies | N. I. Gamayunov, R. A. Ispiryan and A. V. Klinger |
| 228-232 | Nonsteady, heat-flux distribution in semiinfinite bodies in the presence of a finite heat source at the contact boundary of the bodies | A. G. Shashkov, V. P. Kozlov and A. V. Stankevich |
| 233-239 | Generalized problem of heat conduction for a half space heated by a moving point heat source | Yu. M. Kolyano and I. O. Goi |
| 240-246 | Inverse spectral problems used for the synthesis of diffusional light guides | V. L. Kolpashchikov and A. A. Suz'ko |
| 247-251 | Reconstruction of the model spectrum of thermal emission of a planet in experimental equipment | A. V. Kolesnikov |
| 253-257 | Electric arc in flow with well-developed turbulence | M. F. Zhukov, V. P. Lukashov, B. A. Pozdnyakov and N. M. Shcherbik |
| 257-261 | Optospectroscopic studies of the cathodic jet of a laminar plasmatron | V. V. Azharonok, V. A. Gubkevich, A. I. Zolotovskii, N. I. Chubrik and V. D. Shimanovich |
| 261-266 | Breakdown of an organically based composite material in a high-temperature gas flow | P. V. Nikitin, V. M. Ovsyannikov and N. V. Kholodkov |
| 266-271 | Thermal destrucion of polymers in nonsteady heating in a stream of hot gas | V. V. Nesmelov and G. N. Isakov |
| 271-276 | Heating of disperse polymer materials in gas-thermal spraying | V. V. Kharitonov and O. R. Yurkevich |
| 276-280 | Propagation of sound perturbations in heterogeneous gas-liquid systems | I. Sh. Akhatov and V. A. Baikov |
| 280-284 | Influence of physical and schematic viscosity in the analysis of the near wake behind a disc | I. A. Belov, S. A. Isaev, M. I. Nisht and A. G. Sudakov |
| 285-291 | Study of a turbulent boundary layer in a short channel under the combined influence of injection through a porous wall and acceleration and turbulence of the main flow | V. T. Kiril'tsev, V. P. Motulevich and E. D. Sergievskii |
| 292-298 | Effects of argon dilution on the superequilibrium pumping of A CO2 GDL based on CO + N2O | N. N. Kudryavtsev, S. S. Novikov and V. N. Shcheglov |
| 298-301 | Structure of a laser absorption wave in the presence of thermal dissociation of a transparent condensed medium | S. P. Popov and G. M. Fedorov |
| 302-305 | Mass transfer in capillaries with absorbent walls | M. I. Davidzon and L. N. Maurin |
| 306-309 | Isothermal adsorption by biporous spherical particles in a restricted volume | Al. Asenov, I. Kh. Tsibranska and Iv. Penchev |
| 309-314 | Mass removal in formation of internal cavities in metals by chemical etching | B. G. Pokusaev, S. I. Lezhnin, N. A. Pribaturin and A. S. Karlinskaya |
| 315-324 | Effective rheological properties of a disperse mixture of viscoelastic materials | Yu. A. Buevich and A. Yu. Zubarev |
| 325-329 | Heat transfer in a retarded fluidized bed | O. M. Todes, O. B. Tsitovich, N. V. Pilipenko, V. M. Klyuchev and V. P. Khodunkov |
| 330-335 | A procedure for calculating matrix heat exchangers formed from perforated plates | V. N. Babak, T. B. Babak, L. P. Kholpanov and V. A. Malyusov |
| 335-341 | Determining the thermophysical characteristics of materials on a model of a semiinfinite body with heat supplied by means of a thin annular heater | A. G. Shashkov, V. P. Kozlov and V. N. Lipovtsev |
| 341-346 | Effective thermal conductivity of aluminum oxide with metallic fillers in gaseous media and a vacuum at various temperatures | M. M. Safarov and Kh. Madzhidov |
| 346-350 | Identification of a specified thermal regime in a structure on the basis of experimental data obtained in other regimes | I. E. Balashova |
| 350-355 | Grid method for calculation of flow and heat exchange of a viscous incompressible liquid | N. I. Nikitenko |
| 355-358 | A numerical method of calculating the boundary of stability of thermally induced acoustic oscillations | V. A. Sysoev, S. P. Gorbachev and V. K. Matyushchenkov |
| 359-369 | Effect of the thermophysical properties of the surface on heat transfer in turbulent flow | P. L. Kirillov |
| 371-373 | Effect of variability of physical properties on heat transfer in the turbulent pipe flow of gases | L. I. Zaichik, E. V. Kuznetsov and A. I. Leont'ev |
| 373-379 | Features of heat and mass transfer in bundles of spiral tubes | B. V. Dzyubenko |
| 379-382 | Convecttve heat transfer in bounded-volume chambers of various configurations | É. M. Malaya |
| 382-388 | Spectral characteristics of turbulence in rotating channels | I. M. Korshin |
| 389-394 | Influence of the preoccluded volume of gas on the separation diameter of a bubble | O. V. Toropov |
| 394-398 | Influence of adverse accelerations on the operation of an “Antigravity” heat pipe | V. M. Kiseev, A. G. Belonogov and A. A. Belyaev |
| 398-401 | Variation of the contact angle in the quasistatic growth of a vapor bubble on a horizontal surface in a boiling liquid | N. B. Chigarev and T. S. Chigareva |
| 401-406 | Hydrodynamic mechanism of absorption-wave propagation in a transparent liquid under the action of a laser pulse | E. A. Romashko, G. I. Rudin and S. I. Shabunya |
| 406-411 | Experimental investigation of the gas permeability of shield-vacuum heat insulation | R. S. Mikhal'chenko, V. F. Getmanets and L. V. Klipach |
| 411-416 | Investigation of the structural and hydraulic properties of capillary porous materials for heat pipes | G. V. Kuskov and Yu. F. Maidanik |
| 416-418 | Evaporative loss of cryogenic liquids during vibration and transport in vessels and cisterns | M. G. Kaganer, R. I. Zhukova and A. K. Nemchinov |
| 419-423 | Effect of evaporation of high-temperature chamber elements on electrophysical properties of gaseous media contained therein | V. V. Belinskii, I. V. Bozhko and N. I. Fal'kovskii |
| 423-428 | Combined use of qualitative and quantitative refractometric methods | E. V. Gumennik, O. A. Evtikhieva, B. S. Rinkevichyus and Yu. D. Chashechkin |
| 429-432 | Viscoelastic behavior of electrorheological suspensions | G. V. Vinogradov, Z. P. Shul'man, Yu. G. Yanovskii, V. Y. Barancheeva and E. V. Korobko, et al. |
| 432-438 | Flow of non-Newtonian liquid in helical channels with constant pitch | E. K. Vachagina, R. S. Gainutdinov and Yu. G. Nazmeev |
| 438-441 | Axisymmetric problem on the impregnation of a heated filler by a viscoplastic liquid | E. A. Kosachevskaya and V. M. Sidorova |
| 441-444 | Emissivity of steels and alloys in the spectral region 2–13 μm | V. A. Zaitsev, I. V. Gorbatenko and M. A. Taimarov |
| 444-447 | Internal friction and coefficient of linear expansion of zirconium and cobalt in the phase transition region | S. V. Boyarskii |
| 448-452 | Effect of the type of heating on the rate of destruction of materials | G. A. Frolov |
| 452-456 | Interaction of the electric arc in a two-jet plasmatron with the surface of a solid body | N. V. Livitan and S. P. Polyakov |
| 456-461 | Angular coefficients in systems of bodies of revolution | M. M. Mel'man |
| 461-464 | Heat transfer during chemical boiling in the presence of free convection | S. Mallik and Ya. M. Gumnitskii |
| 465-468 | Transitional process in a counterflow thermodiffusion apparatus with closed stream motion | A. V. Suvorov |
| 468-472 | Solution of one problem of heat conduction in a region with a moving boundary by the method of expansion in orthogonal watson operators | N. N. Kuznetsova |
| 473-478 | Temperature distribution on the surface of a semiinfinite body in the presence of a thin annular heat source | V. P. Kozlov |
| 478-482 | Calculation of an optical system with a hollow mirror lightguide and diaphragms for photoelectric devices | V. B. Rantsevich |
| 483-490 | Evaluating the fracture energy of a material from its heat content | G. A. Frolov, V. V. Pasichnyi, Yu. V. Polezhaev, A. A. Frolov and A. V. Choba |
| 490-495 | Diffusion-convective vaporization of drops by intensive optical radiation with an allowance for the temperature dependences of the transfer coefficients | V. K. Pustovalov |
| 496-500 | Forced flow of a vapor-liquid stream in a horizontal pipe with film boiling | É. K. Kalinin, V. I. Panevin and V. P. Firsov |
| 500-505 | Influence of electric fields on the kinetics of phase transitions | L. A. Babenya, A. G. Goloveiko, V. I. Novikova, B. M. Pavlov and I. A. Satikov, et al. |
| 505-511 | Numerical and experimental study of a nonisothermal turbulent jet with a heavy impurity | L. B. Gavin, A. S. Mul'gi and V. V. Shor |
| 511-515 | Analysis of liquid droplet deformation in a gas flow | V. V. Voronin |
| 516-518 | Speed of sound in a two-phase medium with surface tension | M. V. Khazanov |
| 518-526 | Time-of-flight mass-spectrometer with dust-impact ion source | S. B. Zhitenev, N. A. Inogamov and A. B. Konstantinov |
| 526-528 | Cross section for the interaction of slow neutrons with CO2 near the vaporization critical point | L. A. Bulavin and Yu. B. Mel'nichenko |
| 529-534 | Cryogenic porous current leads | L. L. Vasil'ev, G. I. Bobrova, V. A. Babenko and L. A. Dragun |
| 535-543 | Role of the adsorbed-water structure in the formation of the filtrational properties of disperse systems (clay soils). I | P. P. Olodovskii |
| 543-549 | Influence of the aqueous-phase pressure on the freezing and thawing of pore moisture in highly disperse media | R. I. Medvedskii |
| 549-553 | Heat and mass transfer in commercial desorbers with a heating surface in the form of a vertical tube bundle and a thermofluidized heat-carrier bed | A. P. Nesenchuk, A. M. Gabriél', E. N. Antonishina, V. A. Sednin and A. A. Sklyar, et al. |
| 553-558 | Effective transport coefficients of textured materials | E. A. Mityushov, P. V. Gel'd, R. A. Adamesku and A. M. Brynskikh |
| 559-563 | Features of nonstationary mass transfer in cascades for the separation of binary mixtures of isotopes | N. I. Laguntsov, E. V. Levin and G. A. Sulaberidze |
| 563-565 | Generalization of the kinetics of chemical dissolution under conditions of gas formation | G. A. Aksel'rud, A. I. Dubynin and B. I. Duda |
| 566-568 | Impurity distributions in crystals due to growth-rate fluctuations | S. I. Alad'ev |
| 569-575 | Effect of heat removal on nonsteady regimes of fiber formation | A. L. Yarin |
| 576-581 | Propagation of thermoelastic acceleration waves in materials with thermal memory | V. L. Kolpashchikov and S. Yu. Yanovskii |
| 582-586 | Analysis of the scaling equation in physical variables for the asymptotic neighborhood of the critical point | V. F. Lysenkov and A. V. Shustrov |
| 586-589 | Prediction of the thermophysical properties of solids | L. G. Nikiforov |
| 590-593 | One problem of controlling the heating of cylindrical pellets | E. A. Vishnevskaya, V. B. Glasko, M. K. Trubetskov and S. G. Popov |
| 593-598 | Regular regime in translucent materials | Yu. N. Kryuchkov |
| 598-604 | Numerical analysis of transport phenomena in semiconductor devices and structures. 3. Modeling of MIS structures | I. I. Abramov and V. V. Kharitonov |
| 604-609 | An inverse Laplace transformation for solving heat-conduction problems with discontinuous boundary conditions of the second kind | V. P. Kozlov and V. S. Adamchik |
| 611-618 | Heat transfer and fluid friction in bundles of twisted tubes | B. V. Dzyubenko and G. A. Dreitser |
| 618-621 | Fluid friction of tubes fitted with helical heat-transfer enhancers | A. I. Rzaev and L. L. Filatov |
| 621-624 | Pressure losses in finned air coolers during frost formation | M. N. Chepurnoi and V. N. Lomakin |
| 625-631 | Fluid friction and convective exchange in thin beds of spheres in a lengthwise flow | V. N. Fedoseev and O. I. Shanin |
| 632-636 | Oscillatory turbulent flow in a cylindrical channel | T. G. Bulatova, M. M. Grigor'ev and V. V. Kuz'min |
| 636-640 | Velocity field in the initial section of a film flow | E. G. Vorontsov and Yu. M. Gandzyuk |
| 640-644 | Refinement of wall-turbulence hypotheses | V. A. Kuznetsov |
| 645-652 | Radial expansion of cylindrical layers of viscous and rheologically complex fluids | F. M. Sultanov and A. L. Yarin |
| 652-655 | Settling time of liquid in tanks under the action of minor overloading | É. K. Kalinin and V. A. Nevrovskii |
| 656-660 | “Internal” collisions of gas jets | A. B. Bartman, É. T. Bruk-Levinson and A. I. Zhidovich |
| 660-666 | Heat and mass transport in petroleum-bearing earths | D. P. Volkov, G. N. Dul'nev, B. L. Muratova and A. B. Utkin |
| 666-670 | The generality of equations for mixed-convective heat transfer to liquids at supercritical pressure in vertical pipes | V. A. Bogachev and V. M. Eroshenko |
| 671-677 | Intensification of liquid evaporation by a low-current high-voltage discharge | L. A. Babenya, A. G. Goloveiko, V. I. Novikova, B. M. Pavlov and V. I. Martynikhina, et al. |
| 677-681 | Hydrodynamics of the filtration process of drying | G. A. Aksel'rud, Ya. N. Khanyk and V. I. Topchii |
| 682-687 | Dynamics of vapor bubbles in a layer of underheated liquid | A. D. Kondrat'ev |
| 688-692 | Experimental investigation of the cooling of the system water-ice-soil while a pipe is put into operation | S. A. Karaush |
| 692-696 | Joint diffusion in interstitial solutions | Yu. A. Buevich |
| 697-701 | Thermal properties of liquid and solid metals | L. P. Filippov |
| 702-706 | Thermophysical studies of deep impurity centers in silicon | D. A. Vakhabov, A. S. Zakirov, Kh. T. Igamberdyev, S. S. Kakharov and A. T. Mamadalimov, et al. |
| 707-713 | Equations for determining the thermodiffusion ratio of a binary gas mixture | M. Mamedov |
| 714-716 | Nonsteady thermodiffusional separation of binary mixtures in a regime with sampling. II | I. A. Zhvaniya, M. V. Kokaya and M. Z. Maksimov |
| 716-722 | Absorption of radiation in a layer of highly porous material | G. E. Gorelik, V. V. Levdanskii, V. G. Leitsina and N. V. Pavlyukevich |
| 722-723 | Phase transitions in elements and compounds. Part 3 | I. P. Zhuk |
| 724-729 | Correction of the error in determining thermophysical characteristics due to the heat capacity of the heater | A. G. Shashkov, V. P. Kozlov and A. V. Stankevich |
| 730-733 | Temperature distribution on the surface of a crystal induced by a local heat pulse | G. A. Abduragimov, R. P. Meilanov and Ya. A. Ugai |
| 733-740 | Some properties of the heat-transfer process in a motionless medium, taking account of heat-flux relaxation | E. I. Levanov and E. N. Sotskii |
| 741-747 | Solution of a Dirichlet problem in a crescent-shaped domain | V. I. Vlasov |
| 749-752 | Boiling up of helium I, helium II, and nitrogen during transient heat release | A. N. Tsoi and M. O. Lutset |
| 753-758 | Heat transfer during condensation in vertical closed thermosiphons | M. K. Bezrodnyi and V. F. Moklyak |
| 759-764 | Influence of irrigation density on heat transfer during condensation in finned tube bundles | I. I. Gogonin and O. A. Kabov |
| 764-767 | Heat exchange at the bottom of a dead end bathed by a laminar impinging jet | A. I. Abrosimov and A. V. Voronkevich |
| 768-773 | Combined heat and mass transfer for opposing film flows of liquid and gas | L. P. Kholpanov, E. Ya. Kenig and V. A. Malyusov |
| 773-776 | Effect of initial conditions on the characteristics of free jets exiting from curvilinear channels | O. G. Martynenko, N. I. Lemesh, I. A. Batutin and L. A. Senchuk |
| 777-780 | Experimental study of non-steady-state turbulent flow in an axisymmetric diffusor | M. M. Grigor'ev and T. G. Bulatova |
| 781-785 | Non-steady-state heat exchange of linear underground constructions with a thawing (freezing) soil | M. R. Gokhman |
| 785-789 | The effect of the conformation of macromolecules on the hydrodynamic effectiveness of polyacrylamide | B. P. Makogon, M. M. Pavelko, T. A. Bondarenko, S. I. Klenin and I. L. Povkh, et al. |
| 790-792 | Maximum shear stress of emulsion with a magnetic phase | V. F. Medvedev, M. S. Krakov and V. I. Bakalenko |
| 792-796 | Diffusion-convection model of gravitational separation in a polydisperse suspension | V. G. Deich |
| 797-803 | Granulating a one-component liquid by dispersal in an ascending coolant | A. L. Taran and A. V. Taran |
| 804-810 | Hydrodynamics of a centrifugal sprayer | Yu. N. Ermak |
| 810-818 | Effective transport coefficients in a disperse medium with ellipsoidal inclusions | Yu. A. Buevieh, A. Yu. Zubarev and S. A. Haidanova |
| 818-824 | Mass transfer in a solid particle with competing reactions with a multicomponent gas mixture | A. V. Kamennykh |
| 825-831 | Description of mass-exchange processes in porous media at low values of the Peclet number | A. I. Moshinskii |
| 831-835 | Method for calculating convective drying of moist materials | P. S. Kuts, V. Ya. Shklyar and A. I. Ol'shanskii |
| 836-839 | A model of an arc in a transverse gas flow | N. V. Pashatskii and S. G. Lisitsyn |
| 839-844 | Thermodynamic calculations of combustion products at high pressures | V. F. Baibuz, V. Yu. Zitserman, L. M. Golubushkin and I. G. Malyshev |
| 845-847 | Time to ignite a gas with a friction spark | V. V. Kalinchak and Yu. M. Mikhel' |
| 847-850 | Stability of the magnetic properties of iron-cobalt alloy at different annealing temperatures | P. P. Galenko |
| 851-854 | Virial coefficients of nitrogen, oxygen, and air at temperatures from 75 to 2500°k | R. M. Sevast'yanov and R. A. Chernyavskaya |
| 854-857 | Sublimation in a flat channel with a movable wall and a permeable wall | V. V. Faleev |
| 857-864 | Role of drop superheating in the nonsteady drop cooling of a high-temperature wall | M. M. Martynyuk |
| 864-869 | Numerical analysis of transfer phenomena in semiconductor devices and structures 1. Universal program for two-dimensional modeling | I. I. Abramov and V. V. Kharitonov |
| 870-876 | Solution of nonlinear problems in heat conduction by the z-transform method | V. L. Pokhoriler |
| 876-877 | Determining the mean-square error and discretization step of the initial data of an inverse problem in a single realization | A. I. Maiorov and L. A. Rudometkin |
| 879-884 | Determination of the constants of mass transfer and surface reaction from the solution of the diffusion problem with nonlinear boundary condition for the saturation and degassing of liquid metal | V. A. Karasev, D. A. Romanovich and A. G. Svyazhin |
| 884-889 | Heat exchange and resistance in channels containing a porous filler | G. P. Nagoga, Yu. M. Anurov and A. I. Belousov |
| 890-892 | Statistical characteristics of convective exchange in a stationary granular bed | V. N. Fedoseev and O. I. Shanin |
| 893-896 | Heat exchange of a swirled stream of a gas suspension in a pipe | Yu. Ya. Pechenegov |
| 897-900 | Analysis of the temperature field in the capillary structure of an “antigravity” heat pipe | Yu. G. Fershtater and Yu. F. Maidanik |
| 901-908 | Asymptotic flow of a monatomic dilute gas in narrow gap channels | P. A. Novikov and L. Ya. Lyubin |
| 909-914 | Conjugate heat exchange in the initial stage of reflection of a viscous shock wave from a wall | P. P. Andreev and Yu. M. Tsirkunov |
| 914-920 | Effect of viscosity on the vortex structure of a flow around a cylinder and the drag of the cylinder with and without a disk in front of it | V. K. Bobyshev, S. A. Isaev and O. L. Lemko |
| 921-927 | Some properties of the heat-transfer process in a compressed gas with consideration of thermal flux relaxation | E. I. Levanov and E. N. Sotskii |
| 927-929 | Perturbation-wave propagation in petroleum containing tar | V. A. Baikov and R. N. Bakhtizin |
| 930-933 | Transport of liquid by traveling solitary waves | A. I. Dobrolyubov |
| 934-940 | Thermoelastic effects in disperse systems | Yu. A. Buevich and A. Yu. Zubarev |
| 940-943 | Method of calculating the thermal conductivity of porous granular materials with metal filler in different media | G. N. Dul'nev, B. L. Muratova, T. V. Tribel', Kh. Madzhidov and M. M. Safarov |
| 944-949 | Heat conduction of orthogonally reinforced composite material | V. T. Golovchan and A. G. Artemenko |
| 950-954 | Change in the integral characteristics of granules of natural calcium carbonate during thermal dissociation | V. F. Volchenok, V. V. Veselovskii and A. M. Shemkovyak |
| 955-956 | The covolume and equation of state of high-temperature real gases | V. F. Baibuz, V. Yu. Zitserman, L. M. Golubushkin and I. G. Malyshev |
| 957-962 | Calorimetric Cv-V-T measurements and the equation of state for n-Propyl alcohol | Kh. I. Amerkhanov, I. M. Abdulagatov, B. G. Alibekov, G. V. Stepanov and O. A. Bui |
| 962-964 | Debye temperature in the high-temperature limit and anharmonic component of the heat capacity of vanadium | Zh. M. Tomilo |
| 964-966 | Effect of heat transfer in the impulse method on the measurement of thermophysical properties | V. A. Sipailov, L. D. Zagrebin, O. F. Kasatkina and V. E. Zinov'ev |
| 967-972 | Two-dimensional unsteady temperature field on the surface of a semiinfinite body subject to heating by an annular pulse | V. P. Kozlov and V. N. Lipovtsev |
| 972-979 | Thickness of the layer of sorption developer in capillary inspection | P. P. Prokhorenko, N. P. Migun and G. E. Konovalov |
| 979-980 | The accuracy characteristics of a thermorefractometric gas analyzer | B. B. Vilenchits, V. K. Popov and D. S. Umreiko |
| 981-986 | Dynamics of ice-rock barriers under conditions of freezing of filtering rocks | V. A. Chugunov and K. G. Kornev |
| 987-990 | Some solutions of the nonstationary heat-conduction equation in a regime with slippage | A. I. Sheifot, V. P. Redchits and M. N. Gaidukov |
| 991-994 | Highly unsteady heat and mass transfer in a region with moving boundaries when the kinetic equations are unknown | I. A. Solov'ev and M. S. Smirnov |
| 995-1000 | Experimental investigation of the three-dimensional structure of detached flow in an axisymmetric annular diffusor | N. N. Ledovskaya |
| 1001-1004 | An experimental investigation of the effect of a polyacrylamide additive on the pressure drop in an expansion | L. I. Povkh and V. V. Chernyuk |
| 1005-1010 | Nonisothermal flow of a polymeric liquid under a pulsating pressure gradient | Z. P. Shul'man, B. M. Khusid and Z. A. Shabunina |
| 1010-1016 | Numerical modeling of thermodynamic processes in a cooled magnetic-fluid seal | V. A. Novikov, A. K. Sinitsyn and V. E. Fertman |
| 1016-1023 | Hydraulic drag in turbulent coolant flow in a porous cable | V. A. Babenko |
| 1023-1027 | Nonlinear model of the interaction of cryoagent flows in heat exchangers | I. K. Butkevich, M. A. Zuev and V. F. Romanishin |
| 1028-1031 | Gasdynamic structure of a heated submerged subsonic jet | O. B. Zhdanovich, V. D. Lyashkevich, A. S. Suprun and Yu. V. Khodyko |
| 1032-1033 | Structure of a thermal perturbation in a vertical channel containing water | V. I. Subbotin and V. P. Sobolev |
| 1034-1039 | Formulation of the boundary conditions at the wall using the local-similarity method in the numerical modeling of the flow and heat transfer of a viscous incompressible liquid (laminar and turbulent conditions) | I. A. Belov |
| 1040-1045 | Problem of determining internal boundary conditions in measuring the heat of gas-turbine blades undergoing cooling | O. M. Alifanov, G. P. Nagoga and V. M. Sapozhnikov |
| 1046-1049 | Mass transfer in porous injection of an inert gas into a liquid | V. A. Kuz'min, A. S. Umbetov, V. M. Khanaev, N. A. Kuzin and V. A. Kirillov |
| 1050-1052 | Performance of double distillation in purifying liquid ammonia for use in thermal tubes | V. L. Barantsevich, L. V. Barkova, Z. M. Demidova and S. I. Opryshko |
| 1052-1058 | Sonoluminescence and subharmonic generation in a cavitation zone of aqueous sodium chloride solutions | N. V. Dezhkunov, G. Iernetti, P. P. Prokorenko, A. Francescutto and P. Ciuti |
| 1059-1061 | Scattering kernel of gas particles on the surface of a nonequilibrium solid | N. F. Balakhonov, B. T. Porodnov, V. D. Seleznev and V. I. Tokmantsev |
| 1062-1068 | Screening of a surface by reflected particles | V. N. Shebeko |
| 1068-1075 | Characteristics of the motion and distribution of the solid phase in a jet discharging into a fluidized bed | V. K. Lukashev |
| 1075-1080 | Heat transfer in a vibrating-rotating bed of dispersed material | N. V. Antonishin, V. V. Lushchikov and G. F. Puchkov |
| 1080-1086 | Mass transfer under conditions of filtration in a randomly inhomogeneous medium | Yu. A. Buevich |
| 1087-1090 | Effect of inertia on the kinetics of capillary uptake in a gravitational field | P. A. Novikov, A. V. Kuz'mich, G. A. Surkov and A. A. Makhanek |
| 1090-1092 | Effect of temperature, storage times, and stress state on the caking of bulk materials | L. I. Karnaushenko and T. P. Novichkova |
| 1092-1096 | Determining the thermophysical parameters of drug preparations | P. M. Kolesnikov, P. S. Kuts, T. G. Protod'yakonova and N. V. Fedorovich |
| 1097-1100 | Numerical solution of an inverse heat-conduction boundary problem | P. N. Vabishchevich and P. A. Pulatov |
| 1101-1103 | Stabilization of the gradient of the refractive index in a gradient-refractometric gas analyzer | D. A. Ashkinadze, B. B. Vilenchits, V. D. Tyutyuma and D. S. Umreiko |
| 1103-1106 | High-efficiency air plasmatron | A. V. Pustogarov, A. B. Karabut, R. Ta. Zakharkin, V. N. Sharshakov and V. Yu. Vishnevskii |
| 1107-1111 | Influence of an external acoustic field on the temperature of an arc-discharge plasma | V. V. Azharonok, N. F. Aleshin, V. A. Gubkevich, G. P. Lizunkov and N. I. Chubrik, et al. |
| 1112-1116 | Effect of distributed injection of atomic gas on the electric and thermal characteristics of the positive column of a low-pressure discharge | I. G. Galeev and B. A. Timerkaev |
| 1117-1124 | Numerical simulation of nonequilibrium processes in an electron-hole plasma of binary heterostructures. 1. Calculation algorithms | V. A. Nikolaeva, V. I. Ryzhii and B. N. Chetverushkin |
| 1124-1126 | Description of the neighborhood of the phase equilibrium line and metastable region with the parameteric equation of scaling theory | V. F. Lysenkov and A. V. Shustrov |
| 1127-1130 | Designing thekmostatic devices. Part 1. A basic thermostat model | G. N. Dul'nev, P. A. Korenev and A. V. Sharkov |
| 1130-1133 | The role of the magnetic macrostructure in heat loss in transformer steel | I. I. Branovitskii, P. P. Galenko and T. A. Branovitskaya |
| 1134-1139 | Completely conservative locally barotropic difference schemes for gas dynamics and magnetohydrodynamics | V. M. Goloviznin and E. A. Samarskaya |
| 1141-1143 | Methods of calculating the thermodynamic parameters of water sorbed by a swelling hydrophilic sorbent | N. I. Gamayunov and A. V. Tvardovskii |
| 1144-1147 | Solvent extraction in a static bed with solvent recirculation and longitudinal mixing | A. Minchev, I. Penchev and I. Tsibranska |
| 1147-1150 | Liquid and gas filtration in a two-layer porous material | V. A. Balashov and N. V. Tyabin |
| 1151-1155 | Spreading of a passive impurity from a point source in flows with different intensity of turbulence | É. P. Volkov and V. I. Kormilitsyn |
| 1156-1158 | Numerical modeling of turbulent transfer in an external force field | V. N. Anuchin, V. A. Grintsenko, I. V. Gritsenko and D. V. Tkach |
| 1159-1164 | Calculation of separated flows within the framework of the model of an ideal fluid with allowance for a turbulent shear layer on the boundary of the separation region | I. A. Belov, S. A. Isaev and A. Yu. Mitin |
| 1165-1167 | Solution of the equations for coagulation and recombination in a turbulent medium | P. N. Svirkunov |
| 1167-1171 | Stability of the laminar boundary layer with strong blowing | L. I. Zaichik and V. A. Pershukov |
| 1171-1174 | Flow of a viscous liquid film on the surface of a rotating disk | G. M. Sisoev, A. F. Tal'drik and V. Ya. Shkadov |
| 1175-1181 | Conjugate transient heat transfer in laminar natural convection in a horizontal cylindrical annulus | V. I. Bubnovich and P. M. Kolesnikov |
| 1181-1183 | Experimental study of the process of establishment of photoabsorption-induced convection | V. I. Zuev |
| 1183-1189 | Flow of monotonic rarefied gas along the closed part of the contour of a slot channel | P. A. Novikov and L. Ya. Lyubin |
| 1190-1195 | Method for calculating the velocity field and the “suspension” model of a nonlinearly viscous liquid in cylindrical channels with an arbitrary transverse cross section | Yu. G. Nazmeev, N. M. Zobin and G. P. Lagutin |
| 1195-1197 | A feature of heat transfer to organic heat-transfer media | N. L. Kafengauz and V. A. Gladkikh |
| 1197-1201 | Velocity of ultrasound propagation in solutions of helium in cryogenic liquids | V. V. Pashkov, E. V. Konovodchenko and O. V. Evdoklmova |
| 1201-1204 | Dependence of the viscosity of plastisols on temperature and time | A. N. Prokunin, A. Z. Petrosyan and M. L. Fridman |
| 1205-1211 | New method for determination of thermophysical property complexes of liquids at high state parameters | Ya. M. Naziev |
| 1211-1217 | Theory of bivacancy contribution to the coefficient of self-diffusion in monatomic molecular crystals | É. T. Bruk-Levinson and O. D. Chernetsov |
| 1218-1221 | Method of equivalent equations and the parameters of model intermolecular potentials | B. A. Grigor'ev, I. M. Abdulagatov, D. S. Kurumov and Yu. L. Vasil'ev |
| 1221-1225 | Radiation transport in a scattering material exposed to a diffuse flux or one directed at a certain angle | S. G. Il'yasov, N. I. Angersbakh and A. K. Angersbakh |
| 1225-1230 | Integral hemispherical absorptivities of metals at 4.2–293°K | S. B. Mil'man and M. G. Kaganer |
| 1231-1235 | Numerical simulation of nonequilibrium processes in an electron-hole plasma in binary heterostructures. 2. Computational experiment | V. A. Nikolaeva, V. I. Ryzhii and B. N. Chetverushkin |
| 1235-1238 | Stability and form of an arc column in a transverse gas flow | S. G. Lisitsyn and N. V. Pashatskii |
| 1238-1243 | Computation of the dynamics of swirling vortex flow in a cylinder of an internal-combustion engine during the compression stroke | M. A. Gorokhovskii and V. P. Khlynin |
| 1243-1249 | Synthesis of thermostating devices. II. Mathematical models | G. N. Dul'nev and P. A. Korenev |
| 1249-1254 | Parametric method for the solution of an ill-posed inverse heat-conduction problem in application to the optimization of thermal regimes | V. M. Vigak and V. L. Fal'kovskii |
| 1254-1256 | V. L. Rvachev's quasi-green's functions method in the theory of heat conduction | M. D. Martynenko and E. A. Gusak |
| 1257-1261 | The shapes and sizes of vapor bubbles during boiling on downward-facing flat surfaces | Yu. A. Kirichenko, K. V. Rusanov and E. G. Tyurina |
| 1262-1265 | Heat-transfer intensity and temperature profiles in boiling liquid and in a foam layer | B. Ya. Kamenetskii |
| 1265-1268 | Experimental study of thermally induced oscillations and heat transfer in an ascending flow of supercritical helium in a vertical tube | V. A. Bogachev, V. M. Eroshenko and E. V. Kuznetsov |
| 1268-1271 | The final stage of degeneration in the turbulent pattern for a passive trace component in a wake | N. N. Luchko and I. I. Kovalev |
| 1272-1278 | Transient processes of flow of elastoviscoplastic media in long channels | O. R. Dornyak, é. A. Zal'tsgendler, B. M. Khusid and Z. P. Shul'man |
| 1279-1282 | A general equation for the dynamic viscosity of a binary mixture of organic liquids over a wide range in state parameters | R. A. Mustafaev and D. K. Ganiev |
| 1283-1288 | Start-up dynamics of an arterial heat pipe from the frozen or chilled state | A. N. Abramenko, L. E. Kanonchik and Yu. M. Prokhorov |
| 1288-1291 | Thermal state of a porous plate under coolant filtration conditions | V. V. Faleev, V. V. Shitov and A. Ya. Terleev |
| 1292-1295 | Filtration law with quadratic nonlinearity | A. B. Mosolov and O. Yu. Dinartsev |
| 1296-1301 | Recent theoretical estimates of the critical exponents | V. A. Rabinovich and Yu. E. Sheludyak |
| 1302-1305 | Investigation of the unsteady operation of a cooled thermoelement without heat removal from the hot junctions | O. S. Gryaznov, E. K. Iordanishvili, A. A. Kodirov and V. N. Naumov |
| 1306-1309 | Amplification and temperature instability effects in a thermocouple with strongly temperature-dependent thermoelectric parameters | B. M. Gol'tsman and Yu. I. Ravich |
| 1309-1315 | Synthesis of thermostating devices. III. Minimization of the error of thermostating | G. N. Dul'nev, P. A. Korenev, A. V. Sigalov and A. N. Solunin |
| 1315-1320 | Simulating the cooling of spiral components in circulation systems for gas cooling. Part 1. Single pancake coil | B. A. Vakhnenko, V. I. Deev and A. V. Filippov |
| 1320-1325 | Experimental device for measurement of isobaric specific heat of electrolytes at high state parameters | Ya. M. Naziev, M. M. Bashirov and Yu. A. Badalov |
| 1326-1331 | Approximate solutions of nonstationary junction heat-exchange problems for laminar fluid flow in channels | V. A. Kudinov |
| 1331-1337 | The dynamics of the freezing over of underground pipes | B. A. Krasovitskii |
| 1338-1344 | Solution of the self-simulating problem of heat and moisture transfer during freezing of disperse soils | P. A. Yanitskii |
| 1344-1347 | The cooling of a salt solution | V. M. Entov and A. M. Maksimov |
| 1348-1350 | Concentration distribution in contact melting in the field of a temperature gradient | P. F. Zil'berman, P. A. Savintsev and R. M. Gazaryan |
| 1350-1354 | Stefan problem in the theoretical model of the thermal interaction between a molten heat-liberating material and finite walls | G. N. Vlasichev, G. B. Usynin and Yu. I. Anoshkin |
| 1354-1358 | Two-mode model of flow in a plasmotron channel | N. F. Aleshin and A. F. Bublievskii |
| 1359-1362 | Group analysis of the heat-conduction equation. 1. Invariant solutions | N. M. Tsirel'man |
| 1362-1368 | Finite-difference method for solving a one-dimensional nonstationary problem of radiative-conductive heat transfer | Yu. V. Lipovtsev and O. N. Tret'yakova |
| 1369-1374 | Heat transfer to two-phase flows of helium and nitrogen in vertical channels | V. I. Deev, V. V. Arkhipov, V. N. Novikov and V. V. Solodovnikov |
| 1374-1377 | Thermal entry zone of a film flow | E. G. Vorontsov and Yu. M. Gandzyuk |
| 1378-1382 | Analysis of model relations for turbulent heat diffusion as applied to the calculation of wake flows | Yu. M. Dmitrenko, V. L. Zhdanov, N. N. Luchko and P. Ya. Cherepanov |
| 1382-1387 | Calculation of gas motion and heat transfer at the periphery of a cyclone stream | S. V. Karpov and É. N. Saburov |
| 1387-1393 | Collision of polymer particle with rigid barrier | B. M. Khusid |
| 1393-1399 | Effect of longitudinal diffusion on separation of gas mixtures using semipermeable membranes | E. B. Gruzdev, V. K. Ezhov, N. I. Laguntsov and B. I. Nikolaev |
| 1399-1405 | Heat and mass transfer in the steady wall combustion of a filtrated gas mixture | G. T. Sergeev |
| 1405-1411 | Characteristic state-transformation temperatures of a quartz glass-ceramic with unidirectional heating | G. A. Frolov, A. A. Korol', V. V. Pasichnyi, V. Ya. Berezhetskaya and E. I. Suzdal'tsev, et al. |
| 1412-1417 | Heat and mass transfer on the surface of a body with rotating nose section at hypersonic flow velocities | N. A. Krasilov, V. A. Levin and S. A. Yunitskii |
| 1417-1420 | Breakaway flow around grids of noncircular tubes | M. I. Nisht and A. G. Sudakov |
| 1421-1424 | Accurate solution describing axisymmetric gas-dynamic structures | M. A. Demidov and A. P. Mikhailov |
| 1424-1427 | Supersonic flow over a sphere in the wake of a blunt cylinder | Yu. P. Golovachev and N. V. Leont'eva |
| 1427-1431 | Analysis of interaction of single-layer monolithic damping coatings with turbulent flow | V. M. Kulik |
| 1432-1435 | Surface desublimation of carbon dioxide from binary gas mixtures | V. N. Shchelkunov, N. Z. Rudenko, Yu. V. Shostak and V. I. Dolganin |
| 1436-1440 | Stability of the phase-transition surface in vacuum drying | A. Z. Volynets, A. V. Rozhdestvenskii and Yu. M. Gavrilov |
| 1441-1447 | Heat and mass transfer in the free-molecular motion of a gas in a channel of finite length | I. P. Aleksandrychev, Yu. I. Markelov, B. T. Porodnov and V. D. Seleznev |
| 1448-1451 | Effect of the finite length of a slot channel and nonlinearity of the temperature field on the thermal effusion coefficient | P. A. Novikov and L. Ya. Lyubin |
| 1452-1454 | Effects of a magnetic field on heavy oil residues at high temperatures | R. G. Kozlova, N. M. Gostev and A. A. Kandaurov |
| 1454-1458 | Critical amplitudes of pure substances | Yu. E. Sheludyak and V. A. Rabinovich |
| 1459-1464 | Experimental study of isobaric specific heat of higher alcohols at high pressures | Ya. M. Naziev, M. M. Bashirov and Yu. A. Badalov |
| 1464-1469 | Viscoelastic properties of thermotropic liquid crystal polymers from analysis of dynamical characteristics | Yu. G. Yanovskii and I. I. Konstantinov |
| 1469-1472 | Method for calculating the relaxation errors for marker nuclear-magnetic flowmeters of the nutation-phase type for laminar flow | A. E. Pryakhin, S. S. Shushkevich, I. O. Orobei, A. E. Faibyshev and A. P. Bezuglyi |
| 1472-1476 | Modeling of cooldown of the spiral elements of circulation systems for cryostats with a gaseous coolant. 2. System of disk coils | B. A. Vakhnenko, V. I. Deev and A. V. Filippov |
| 1476-1481 | Internal structure of composite materials by using computer tomography | V. I. Barakhov, I. P. Dimitrienko, V. I. Goncharov, A. P. Stepanov and V. A. Nikolaev |
| 1481-1484 | Base data for analysis of water vapor radiation characteristics | S. P. Detkov and O. A. Bryukhovskikh |
| 1485-1492 | A new method of solving the integral equations of radiation heat transfer | S. M. Bednov |
| 1-5 | Hydrodynamics and external heat transfer in granular beds with rotating cylinders placed in them | V. N. Korolev, I. A. Osintsev and N. I. Syromyatnikov |
| 5-9 | Gas distribution in a packed bed with jet gas injection | G. A. Minaev and S. I. Tatarenko |
| 9-12 | Rarefaction waves in free charges | N. A. Azhishchev, V. A. Antipin, A. A. Borisov and V. A. Samoilov |
| 13-17 | Drop condensation and coagulation during gas throttling | É. G. Sinaiskii and V. N. Men'shov |
| 18-24 | Nonsteady filtration in a semiinfinite two-layered medium | A. A. Belyi, R. M. Éigeles and A. F. É1'kind |
| 24-28 | Model of thermal destruction of material subjected to one-sided heating | G. A. Frolov, V. V. Pasichnyi, Yu. V. Polezhaev and A. V. Choba |
| 28-32 | Study of the parameters of a two-phase jet and its effect on a barrier | A. P. Iskrenkov, V. V. Mazak, M. S. Tret'yak and V. V. Chuprasov |
| 33-39 | Numerical and physical modeling of turbulent flow around a plate with two transverse ribs | L. G. Artamonova, I. A. Belov, V. I. Mamchur, A. N. Radtsig and L. G. Chernov |
| 39-44 | The effect of thermal self-action of a light beam in a shear flow | M. N. Kogan, A. N. Kucherov and M. V. Ustinov |
| 44-48 | Energy dissipation and heat exchange in magnetorheological suspensions in a rotating magnetic field | Z. P. Shul'man, V. I. Kordonskii, S. R. Gorodkin, B. É. Kashevskii and I. V. Prokhorov |
| 48-51 | Heat-transfer device for heating of extended horizontal objects | L. L. Vasil'ev, M. I. Rabetskii and V. G. Kiselev |
| 52-57 | Vapor-bubble growth at the lower generatrix of horizontal tubes | V. D. Chaika |
| 58-63 | Kinetics of phase transformations on isothermal slot channel walls | P. A. Novikov, L. Ya. Lyubin and V. I. Novikova |
| 63-68 | Oxygen-free vapor conversion of methane | A. M. Dubinin, A. P. Baskakov, O. M. Panov and B. L. Choinzonov |
| 68-70 | Striking dynamics and energy characteristics of a bulk discharge with UV preionization near the threshold voltage | V. N. Karnyushin, P. P. Samtsov and R. I. Soloukhin |
| 71-75 | Some characteristics of mixing and relaxation in Co2 gas-dynamic laser with selective excitation | A. S. Boreisho, A. V. Lavrov, V. F. Lebedev and S. S. Kharchenko |
| 75-80 | Kinetic coefficients for electrons in air in an HF electric field | N. A. Dyatko, I. V. Kochetov and A. P. Napartovich |
| 81-85 | Thermodynamic properties of heptanol-1 at atmospheric pressure | T. S. Khasanshin |
| 85-86 | Thermal diffusivity of carbon dioxide in the critical region | D. G. Amirkhanov and A. G. Usmanov |
| 87-94 | Model of the structure of and the effective thermal conductivity of a bazhenov suite | G. N. Dul'nev, T. V. Dorofeeva, D. P. Volkov and B. L. Muratova |
| 94-99 | Analysis of the conjugate problem of evaporation from the walls of a long channel | V. I. Nosik |
| 99-106 | Limiting solution of a diffusional problem in prismatic tubes | A. I. Moshinskii |
| 106-109 | Solution of the converse thermal conductivity problem with consideration of the perturbing influence of the thermocouple | S. L. Balakovskii and É. F. Baranovskii |
| 110-114 | A mathematical model and algorithm for calculating reactions taking place with intense liberation of heat and change of volume | A. N. Stegasov and V. A. Kirillov |
| 115-121 | Influence of the blowoff of boundary gas from the discharge chamber of a plasmatron on the parameters of the jet | J. Dundr, F. Plojhar and J. Slechta |
| 122-124 | Verification of the thermal contact between probe and tissue in cryosurgical operations | A. I. Voitenko |
| 125-129 | Local gas content and velocity of the liquid phase in ascending bubble flow | V. E. Nakoryakov, O. N. Kashinskii and V. I. Shevchenko |
| 130-133 | Some results of analysis of oscillograms of the instantaneous thickness of a liquid film in a dispersed-angular flow | N. D. Agafonova and M. A. Gotovskii |
| 134-141 | An engineering method of numerical calculation of heat transfer and friction resistance in boundarylayer laminar and turbulent flow in a tube | Yu. Ya. Pechenegov |
| 142-147 | Experimental investigation of the film condensation of sulfur hexafluoride on a finned overhead surface | L. T. Salekhov and I. M. Mazurin |
| 147-150 | Investigation of chemical nucleate boiling | G. A. Aksel'rud, Ya. M. Gumnitskii and S. Mallik |
| 150-155 | Determination of the thermal state of material subjected to erosive degradation | A. V. Vasin, D. S. Mikhatulin and Yu. V. Polezhaev |
| 155-159 | Some questions in the theory and design of explosive plasma generators | A. T. Onishchenko |
| 160-163 | Radiation characteristics of plasma flames formed by electron-beam action on a target | G. S. Romanov and M. V. Suzdenkov |
| 164-166 | An electrical probe with electron emission in the regime of a continuous medium | V. A. Kotel'nikov and V. P. Demkov |
| 166-169 | Radiative-conductive heat transfer in liquid organic compounds at 373–473°K | L. G. Vetoshkina, T. V. Gurenkova, L. L. Suleimanova, V. N. Vetoshkin and A. G. Usmanov |
| 170-174 | Mathematical modeling of polymer melt crystallization with the phase transition velocity taken into account | M. I. Il'in, Yu. V. Sharikov and A. A. Zhitinkin |
| 175-179 | Characteristics of an electrorheological damper in a vibration insulator | Z. P. Shul'man, B. M. Khusid, B. P. Khizhinskii and E. V. Korobko |
| 180-183 | Finite-amplitude thermocapillary convection in a two-layer system | A. Yu. Gilëv and I. B. Simanovskii |
| 184-187 | Motion of the temperature front and phase transitions of a suspended impurity in flow through a porous medium | M. G. Alishaev |
| 188-190 | Intensification of heat-transfer processes in disperse system flow with solid phase deposition | G. I. Kelbaliev and A. F. Guseinov |
| 190-194 | Determination of the thermophysical characteristics by the self-oscillation method | V. P. Alekseev, S. E. Birkgan, Yu. N. Burtsev, A. S. Rudyi and S. N. Shekhtman |
| 195-198 | Parameters of a vibrationally fluidized bed | Yu. I. Chernyaev and A. S. Parfenov |
| 198-204 | Drying of disperse materials in fluidized and vibrofluidized beds with inert packings | Z. Ormós, T. Szentmarjay and K. Erdesz |
| 205-209 | Filtration of an aqueous salt solution in capillary-porous materials in the presence of a phase transition | P. A. Novikov, A. V. Kuz'mich and L. A. Sergeeva |
| 209-212 | A comparison of methods of combining force parameters | A. N. Berezhnoi and V. N. Shekurov |
| 213-217 | Effective thermal conductivity of moistened porous bodies | G. N. Dul'nev, D. P. Volkov and A. B. Utkin |
| 218-222 | A method for determining thermophysical characteristics based on the laplace transform | A. G. Shashkov and A. G. Voitenko |
| 223-226 | New methods of determining the radiation characteristics of materials at low temperatures | I. F. Buyakov, Yu. M. Sotnikov-Yuzhik, N. A. Prudnikov and L. S. Slobodkin |
| 227-229 | Application of the improved integral method of lines to boundary-value problems in heat conduction | V. I. Ryndyuk and A. D. Chernyshov |
| 230-233 | Calculating temperature fields in honeycomb structures by the finite-element method | A. N. Khomchenko |
| 234-237 | Numerical study of temperature fields in the continuous teeming of steel | P. N. Vabishchevich and N. B. Esikova |
| 237-243 | The study of nonlinear problems of high-intensity nonstationary heat transfer | O. N. Shablovskii |
| 243-249 | Practically achievable accuracy and reliability of the solution of inverse heat-conduction problems | P. I. Balk |
| 250-254 | Transport coefficients of a gas mixture of atoms and excited molecules | I. V. Lebed' |
| 255-259 | Transient regime in the thermal and erosional destruction of materials | Yu. V. Polezhaev and G. A. Frolov |
| 259-264 | Experimental verification of models of triple mixed correlation between velocity and temperature as applied to the calculation of jet flows | Yu. M. Dmitrenko, V. L. Zhdanov, N. N. Luchko and P. Ya. Cherepanov |
| 265-269 | Effect of polymer additives on a three-dimensional turbulent boundary layer | V. B. Amfilokhiev, V. V. Droblenkov and G. I. Kanevskii |
| 269-275 | Conjugate problem of evaporation in a long channel at small reynolds numbers | V. I. Nosik |
| 275-276 | Collapse time of vapor bubbles | A. D. Okhotsimskii |
| 277-279 | Heat transfer and local characteristics for gasoil boiling in a large volume | N. M. Turchin, A. A. Tsyganok, A. A. Gribov and G. V. Borodenko |
| 279-285 | Effect of a magnetic field on a liquid crystal film and study of the frederiks transition using molecular dynamics | A. D. Bagmet and A. L. Tsykalo |
| 285-291 | Precritical nucleus formation in a liquid with surfactant | Yu. A. Buevich |
| 292-294 | Influence of a dielectric medium on the phase state of carbon dioxide | A. V. Khristoforov, F. I. Bashirov, R. A. Dautov and N. N. Neprimerov |
| 294-297 | Approximate model of the deposition of thin films from vapor-gas phase in a tubular diffusion furnace | G. I. Georgiev, S. G. Karbanov and G. A. Peev |
| 298-302 | Predicting the thermal parameters of liquids | P. M. Kessel'man, S. A. Inshakov and I. V. Onufriev |
| 302-306 | Nonstationary-frequency measurements in researching thermophysical parameters and phenomena. Part 1. Stepwise methods | A. G. Shashkov, V. I. Krylovich and A. S. Konovalov |
| 307-309 | The thermal resistance of frost on a finned air cooler | M. N. Chepurnoi, V. É. Shnaider, V. N. Lomakin and N. I. Sinyuk |
| 310-312 | Method of calculating the dielectric loss tangent of binary systems | G. N. Dul'nev, D. P. Volkov and M. V. Dobrochasov |
| 313-316 | Stable-combustion temperature regime of coal in a fluidized bed | A. I. Tamarin and L. I. Levental' |
| 317-321 | Semiempirical model of interaction of electron beams with matter | V. V. Obukhov, G. S. Romanov, M. V. Suzdenkov and Yu. F. Tomashchuk |
| 321-325 | Structure of the plasma flow formed in multistream mixing chambers of different type | A. L. Mossé, A. N. Knak and E. M. Ermolaeva |
| 325-329 | Theoretical study of the kinetics of austenitization in steels with heating by continuous laser radiation | E. I. Kim, A. G. Grigoryants, A. N. Safonov, Ya. A. Krasnov and R. N. Kantaeva |
| 330-335 | Spectral directional and hemispherical emissivities of a plane anisotropically scattering layer | T. A. Betina |
| 335-339 | Nonequilibrium counterflow capillary impregnation | G. I. Barenblatt and A. A. Gil'man |
| 340-346 | Experimental investigation of the method of determining the internal heat-transfer coefficient in a porous body from the solution of the inverse problem | O. M. Alifanov, A. P. Tryanin and A. L. Lozhkin |
| 346-351 | Determination of heat-transfer coefficients at the inlet into a porous body and inside it by solving the inverse problem | A. P. Tryanin |
| 352-359 | Derivation of formulas for the gradient of the error in the iterative solution of inverse problems of heat conduction | O. M. Alifanov |
| 360-365 | Analyses of the solidification of cylindrically shaped ingots by the leibenzon method | Yu. A. Samoilovich and V. I. Timoshpol'skii |
| 365-368 | Configuration of thermally loaded components in electronic equipment | G. N. Dul'nev and A. O. Sergeev |
| 369-377 | Generalized integral transform method for the solution of the heat-conduction equation in a region with moving boundaries | É. M. Kartashov |
| 379-384 | Rate of material destruction under unilateral heating | G. A. Frolov, Yu. V. Polezhaev and V. V. Pasichnyi |
| 385-390 | Absorption of monochromatic radiation by a gas injected in the vicinity of the stagnation point of a body in supersonic flight | V. A. Levin and V. P. Markov |
| 391-395 | Aerodynamic and thermal characteristics of a body of complex shape around which a hypersonic air stream flows | S. V. Peigin and V. G. Postnikov |
| 396-403 | Electrostatic screening by self-consistent space charge, and the ion dynamics in a time-of-flight mass spectrometer | N. A. Inogamov |
| 404-408 | Absorption during slug flow in a vertical pipe | V. E. Nakoryakov, B. G. Pokusaev and A. V. Petukhov |
| 409-414 | Viscous liquid flow in a narrow gap between two nonplanar surfaces | P. A. Novikov and L. Ya. Lyubin |
| 414-417 | Local heat exchange of a cylinder in a slightly dusty flow | O. V. Molin |
| 417-421 | Calculation of the probability of passage of gas particles through a circular channel with absorbing walls | V. B. Davydov and V. D. Akin'shin |
| 421-424 | Effect of perforation of a radiation screen on preevacuation of extended cryogenic systems with high-vacuum thermal insulation | L. A. Grenaderova and I. A. Tsimmerman |
| 424-427 | Heat pipe with combined capillary-porous structure | D. K. Khrustalev, L. P. Krakovich, S. V. Denisevich, B. Yanitskii and V. K. Sheleg |
| 427-431 | Heat-exchange intensity in boiling at surfaces with porous claddings under capillary transport conditions | M. G. Semena, V. K. Zaripov and A. A. Shapoval |
| 431-437 | Motion of a nonlinearly viscoplastic fluid jet along a plate moving at an angle to the horizon | A. S. Kutsyi |
| 438-442 | Thermal action of an electric arc on the wall of a planar gap | V. A. Gubkevich, A. B. Demidovich, A. I. Zolotovskii, V. P. Kabashnikov and V. D. Shimanovich |
| 442-447 | Disturbance of local thermal equilibrium in an electric-arc argon plasma | L. N. Panasenko and V. G. Sevast'yanenko |
| 447-450 | Structure of the field of reflected radiation for radiative heat exchange in systems with specular surfaces | A. V. Arendarchuk |
| 450-460 | Nonlinear effects during filtration in beds with large-scale structural inhomogeneity | Yu. A. Buevich and V. A. Ustinov |
| 461-464 | Smallest flow rate with a specified area of the filtration region | M. M. Alimov and É. V. Skvortsov |
| 465-468 | Mechanism of internal heat and mass transfer in gels of high-molecular-weight compounds by the use of radioactive tracers | N. I. Gamayunov |
| 468-474 | Temperature dependence of the transport coefficients of monatomic gases | O. A. Kolenchits |
| 475-478 | Effect of uncertainty in coordinates of thermocouple location on the quality of solution of the boundary-layer inverse problem of heat exchange | S. L. Balakovskii |
| 478-482 | An investigation of heat exchange in the human organism on exposure to internal heat | G. N. Dul'nev, M. M. Korotkevich, E. V. Maistrakh and A. V. Sigalov |
| 483-489 | Methods of identifying the parameters of thermophysical objects and their schematic realization | A. G. Shashkov, V. P. Kozlov, G. P. Pisarik and V. N. Lipovtsev |
| 489-495 | Formulas for the discrepancy gradient in the iterative solution of inverse heat-conduction problems. II. Determining the gradient in terms of a conjugate variable | O. M. Alifanov and S. V. Rumyantsev |
| 496-505 | Heat pipes for heating and cooling the ground | L. L. Vasil'ev |
| 507-512 | Fundamental relations of erosion kinetics | Yu. V. Polezhaev and V. I. Panchenko |
| 513-522 | Analytic and numerical solution of fusion and crystallization problems of a thin metal surface layer | A. L. Glytenko, B. Ya. Lyubov and V. T. Borisov |
| 522-525 | A physical model for sublimation of a continuous material in an unstable domain | A. Z. Volynets, A. V. Rozhdestvenskii, L. É. Melamed and S. M. Brazhnikov |
| 525-529 | Melting of pore ice with the formation of an extended isothermal zone | R. I. Medvedskii |
| 530-536 | Study of conjugate heat transfer in the nozzle grid of a gas-dynamic laser | A. S. Boreisho, V. V. Naumov, V. A. Reisig, A. G. Trofimovich and V. V. Lobachev |
| 536-542 | Plane turbulent wake with zero excess momentum | Yu. M. Dmitrenko, I. I. Kovalev, N. N. Luchko and P. Ya. Cherepanov |
| 542-546 | Motion of viscoelastic liquids in a porous medium | I. M. Ametov and M. B. Dorfman |
| 547-555 | Longitudinal-transverse liquid filtration in an annular heat-liberating medium | A. P. Akhramovich, V. P. Kolos and V. N. Sorokin |
| 555-561 | Motion of gas-liquid systems, taking account of micronucleus formation | R. M. Sattarov and P. Ya. Farzane |
| 561-568 | Maragoni convection in a two-layer system | Yu. A. Buevich and V. M. Kitaitsev |
| 568-573 | Stability criterion of three-dimensional perturbations on concave elastic surfaces | N. F. Yurchenko and V. V. Babenko |
| 574-578 | Temperature of particles heated in a fluidized bed of inert material | A. P. Baskakov, N. F. Filippovskii, V. A. Munts and A. A. Ashikhmin |
| 579-580 | Rate of minimal bed fluidization in low vacuum | A. M. Yatskovskii |
| 580-586 | Dynamic properties of a loose granular bed | A. F. Ryzhkov and B. A. Putrik |
| 586-590 | Electrochemical properties of composite materials based on graphite and vanadium disilicide | N. P. Matveiko, P. G. Kramtsov and G. E. Slepnev |
| 591-595 | Thermodynamic properties of cyclopentanone and cyclohexanone | O. V. Shvaro, A. D. Peshchenko, A. I. Sachek, V. S. Markovnik and V. M. Al'khimovich |
| 595-599 | Parametric study of spark breakdown accompanying successive ignition of discharge gaps in photopreionization schemes | N. A. Belous, V. A. Vasetskii and V. N. Karnyushin |
| 599-603 | Principles of dielectric material failure under the action of concentrated energy fluxes | A. B. Demidovich, G. S. Romanov, Yu. A. Stankevich and V. D. Shimanovich |
| 603-607 | Choice of the optimum thickness of heat insulation in the hot compaction of porous materials | E. A. Vishnevskaya, V. B. Glasko, A. I. Malokostov, S. G. Popov and M. K. Trubetskov, et al. |
| 607-612 | Thermooptical processes in mirror-lens objectives. I. Scheme for synthesis of a thermostable telescope | G. N. Dul'nev, E. D. Ushakovskaya and G. I. Tsukanova |
| 613-617 | Digital simulation of the links of thermal identification systems | A. G. Shashkov, V. P. Kozlov and G. P. Pisarik |
| 617-622 | Reconstruction of causal characteristics of the thermal conductivity process from the solution of the combined inverse problem | O. M. Alifanov, S. L. Balakovskii and M. V. Klibanov |
| 622-628 | Study of the unsteady temperature field in a spherical body using Chebyshev-Laguerre polynomials | V. A. Galazyuk and Ya. Yu. Kolyano |
| 629-635 | Hydraulic drag and local heat transfer with blowing into the channel of an impact jet system | E. P. Dyban and A. I. Mazur |
| 636-640 | Cavitation boiling of various liquids | V. V. Kostyuk, N. I. Berlin and A. V. Karpyshev |
| 640-647 | Conditions and rates of heat transfer during vaporization on profiled surfaces | O. G. Burdo |
| 647-649 | Heat transfer in the laminar-wave section of condensation of a stationary vapor | V. M. Budov, V. A. Kir'yanov and I. A. Shemagin |
| 649-654 | Heat-mass transport in “chemical” liquid boiling | V. A. Kirillov, V. A. Kuz'min, N. A. Kuzin, A. S. Umbetov and V. M. Khanaev |
| 655-657 | Determination of siphon operating regimes | A. I. Kuprin and V. N. Gotsulenko |
| 658-662 | Direct statistical simulation of the evaporation into a vacuum from an aperture with axial symmetry | S. K. Stefanov, S. P. Radev and N. V. Lavlyukevich |
| 662-665 | Characteristics of a descending dispersed-annular flow | M. N. Chepurnoi, V. É. Shnaider and N. I. Sinyuk |
| 665-671 | Effect of temperature-induced phase separation in two-phase flows | I. M. Shnaid and N. Zh. Simon |
| 671-674 | Flow stability of a film of viscous liquid on the surface of a rotating disk | G. M. Sisoev and V. Ya. Shkadov |
| 675-681 | Flows of the hele-shaw type between coaxial shells of revolution | P. A. Novikov, L. Ya. Lyubin and V. I. Novikova |
| 681-685 | Stability of the boundary layer of liquid under a nonuniform temperature distribution of the surface | Yu. B. Lebedev and V. M. Fomichev |
| 686-687 | Reduction in pipe resistance in the flow of a two-phase medium | V. A. Lyul'ka |
| 688-695 | Mathematical model of coal combustion in a furnace with a fluidized bed | É. P. Volkov, M. N. Egai and R. Yu. Shakaryan |
| 695-702 | Influence of porosity on the dynamic properties of a loose granular layer | A. F. Ryzhkov, B. A. Putrik and V. A. Mikula |
| 703-705 | Virial coefficients of neon, argon, and krypton at temperatures up to 3000°k | R. M. Sevast'yanov and R. A. Chernyavskaya |
| 705-708 | Effect of the characteristic magnetic field of a high-current electron beam on energy release in targets | G. E. Gorelik, S. I. Legovich and S. G. Rozin |
| 708-713 | Gradient of the discrepancy in the iterative solution of inverse heatconduction problems. III. Calculation of the gradient using a conjugate boundary problem | O. M. Alifanov and S. V. Rumyantsev |
| 713-717 | Resolving power of the iteration method of solving inverse heat-conduction boundary-value problems | S. L. Balakovskii |
| 717-721 | Regularization of the solution of the inverse heat-conduction problem in a variational formulation | A. D. Markin and G. G. Pyatyshkin |
| 721-724 | Single-phase problems of the melting of solid wedges | A. D. Chernyshov and O. P. Reztsov |
| 725-728 | Some operational calculus formulas for step functions | Yu. A. Brychkov and A. P. Prudnikov |
| 729-734 | Heating of a semiinfinite body by a finite heat source in the shape of a square | V. P. Kozlov and V. N. Lipovtsev |
| 734-740 | Sandwich plate under thermal impact | V. V. Kharitonov, T. A. Starovoitova and É. I. Starovoitov |
| 741-745 | Investigation of boiling heat transfer at a surface with a system of cylindrical cavities under conditions of free motion | G. N. Danilova and V. I. Reznikov |
| 746-749 | Mass transfer in a plane finite pore on a broad interval of Knudsen numbers with allowance for condensation | F. M. Sharipov, T. V. Shchepetkina and A. M. Makarov |
| 749-753 | Investigation of vapor phase dynamics in the film boiling of nitrogen in a centrifugal force field | N. M. Levchenko and I. M. Kolod'ko |
| 753-757 | Operation of a U-shaped thermosiphon at small angles of inclination | V. A. Krivonos |
| 758-762 | Model for the deposition of a liquid film onto a solid surface | Yu. A. Buevich and O. M. Rozental' |
| 763-767 | Numerical modeling of supersonic two-phase jet flows with explicit separation of shock waves | É. I. Vitkin, L. T. Perel'man and Yu. V. Khodyko |
| 767-771 | Regular and stochastic dynamics of particles during vortex generation in a rotating stream with shear | E. V. Guslyakova and A. A. Solov'ev |
| 772-776 | Mathematical modeling of nonstationary separation flow around a grid of heat exchanger tubes | N. G. Val'es and S. M. Kaplunov |
| 776-779 | Choice of parameters of high-temperature jet recovery units | Yu. K. Malikov, F. R. Shklyar, G. K. Malikov, Yu. V. Kryuchenkov and E. M. Shleimovich, et al. |
| 780-782 | Strain-measurement methods as a forecasting factor for the behavior of semiconductor thermoelements under extreme temperatures | E. K. Iordanishvili, Kh. O. Olimov and Yu. I. Ravich |
| 783-786 | Form of the generalized thermodynamic surface of real gases | E. P. Gal'kevich, V. I. Nedostup and L. S. Serovskii |
| 787-791 | Method of measuring the spectral absorptance | Ya. A. Kraftmakher and A. P. Tarasenko |
| 791-795 | Radiative properties of thermally protective materials based on phenolic asbestos-plastics | L. S. Slobodkin and M. Ya. Flyaks |
| 796-801 | Combustion of a polydisperse fuel in a fluidized bed | A. P. Baskakov, V. A. Munts, A. A. Ashikhmin and Yu. N. Fedorenko |
| 802-807 | Fluidization of electrically conductive particles in an electric force field | M. K. Bologa and A. B. Berkov |
| 807-809 | Some special features of the mass transfer of the liquid phase in composite materials based on tungsten and titanium carbides | A. F. Lisovskii and T. É. Gracheva |
| 810-812 | Gas permeability measurements on screened evacuated insulation based on perforated screens | R. S. Mikhal'chenko, V. F. Getmanets, L. V. Klipach and P. N. Yurchenko |
| 812-817 | Generalized equation for kinetics of convective drying of moist materials | P. S. Kuts, V. Ya. Sklyar and A. I. Ol'shanskii |
| 817-821 | Methods for performing engineering calculations of the process of vacuum drying of heavy-duty capacitors | N. A. Prudnikov and N. A. Gudko |
| 821-825 | Thermooptical processes in mirror-lens objectives. II. Stepwise modeling of thermooptical processes | G. N. Dul'nev, G. I. Tsukanova and E. D. Ushakovskaya |
| 826-831 | Simulation of the thermal states of quantrons of solid-state lasers | G. N. Dul'nev, A. E. Mikhailov and V. G. Parfenov |
| 831-834 | Numerical solution of an inverse problem in nonstationary mass transfer in a multicomponent mixture | A. A. Antonyuk, R. M. Marutovskii and N. N. Redkovskii |
| 834-839 | Thermoelastic deformation of a cooled metal plate under the influence of a pulse-periodic radiation flux | G. I. Rudin |
| 840-844 | Mathematical modeling of heat and mass transfer processes in geocryological forecasts | P. P. Permyakov |
| 845-849 | Determination of the interfacial boundaries during the forced flow of a liquid in a supercooled tube of finite length | S. V. Maklakov, A. M. Stolin and S. I. Khudyaev |
| 849-854 | Numerical analysis of the transport phenomenon in semiconductor devices and structures. 5. Three-dimensional modeling of VLIS elements | I. I. Abramov and V. V. Kharitonov |
| 854-860 | Heat and mass transfer in skin formation | N. I. Nikitenko and Yu. N. Kol'chik |
| 861-864 | Evaluation of the possibility of mixing of turbulent jets with a comoving flow in a bounded space by interference methods | I. N. Bebelin, S. S. Kabanov and G. S. Potekhin |
| 865-869 | Heat and mass transfer for turbulent flow of chemically reacting gas in eccentric annular channels | T. V. Besedina, B. E. Tverkovkin, A. V. Udot and A. P. Yakushev |
| 870-876 | An approximate method for the calculation of heat and mass exchange between gas and a liquid film | E. I. Andreev |
| 877-880 | Hydraulic parameters and structure for a gas-liquid flow in a spiral channel | E. N. Gol'dberg, A. F. Aksel'rod, A. S. Solodovnikov, V. L. Ignat'eva and B. S. Fokin |
| 881-886 | Impurity dispersion in circular tube | A. I. Moshinskii |
| 887-893 | Diffusion in disperse medium with heterogeneous transformations | Yu. A. Buevich, A. Yu. Zubarev and S. L. Komarinskii |
| 893-897 | Closure of a cavity in polymer liquid | Z. P. Shul'man and S. P. Levitskii |
| 897-902 | Vortex motion in dilute polymer solutions | A. L. Yarin |
| 902-908 | Effects of variable physical properties on heat transfer in free convection around a horizontal cylinder | G. G. Shklover and S. E. Gusev |
| 908-913 | Heat transfer with condensation on mesh capillary structures of heat pipes | Z. Sh. Semerkhanov, G. F. Smirnov and B. A. Afanas'ev |
| 914-919 | Mathematical models of transpiration cooling | A. V. Kurpatenkov, V. M. Polyaev and A. L. Sintsov |
| 920-923 | Temperature dependence of helium permittivity through freely poured quartz glass powder | A. A. Kulikov, A. V. Pokusaev, B. T. Porodnov, V. D. Seleznev and A. G. Flyagin, et al. |
| 924-928 | Classification of linear relaxational models of two-phase filtration | P. P. Osipov and N. M. Balayan |
| 928-932 | Behavior of the reflection coefficients of textolites under laser heating | V. A. Dlugunovich and V. N. Snopko |
| 933-939 | Thermal processes during the interaction of optical radiation with heterogeneous layered media | V. K. Pustovalov and I. A. Khorunzhii |
| 939-941 | The densities of monohydric saturated alcohols | T. S. Khasanshin and T. B. Zykova |
| 942-946 | Thermo-emfs of binary transition-metal solid solutions containing isoelectronic components | V. V. Artishevskaya and Yu. P. Zarichnyak |
| 946-949 | Parameters of a countercurrent thermal-diffusion apparatus with flow closure and sampling | G. D. Rabinovich and A. V. Suvorov |
| 950-953 | Radial current-density distribution in the main spots in a plasma cutting arc | Yu. Ya. Kiselev and V. K. Pogora |
| 954-959 | Freezing of water in vertical channels formed in a frozen soil layer | R. I. Medvedskii |
| 959-964 | Finite-difference solution of the optimization problem in high-speed heating of a body of simple shape by internal heat sources | A. V. Kostenko and M. B. Viter |
| 965-969 | Steady thermal contact of a half strip and a strip | V. V. Loboda and A. E. Sheveleva |
| 970-975 | Mathematical model and universal algorithm of the solution of a nonlinear heat-conduction problem on the basis of a finite-differences method | A. I. Isakeev and A. V. Zaitsev |
| 976-985 | Prediction of the thermal conductivities of liquids | L. P. Filippov |
| 987-990 | Experimental study of flow and heat exchange in highly porous structures | Yu. F. Gortyshov, G. B. Murav'ev and I. N. Nadyrov |
| 991-993 | Efficiency of through-flow porous cooling (boundary condition of the third kind) | A. V. Kurpatenkov, V. M. Polyaev and A. L. Sintsov |
| 994-1000 | Influence of body shape on the spatial boundary layer characteristics on a permeable surface | A. I. Borodin and S. V. Peigin |
| 1000-1002 | Effect of brief thermal pulses on intensity of heat liberation in helium boiling | V. K. Andreev, V. I. Deev, A. N. Savin and K. V. Kutsenko |
| 1003-1008 | Calculation of the limiting heat flux for a liquid boiling in a two-phase thermal syphon | I. L. Pioro and M. V. Vorontsova |
| 1009-1013 | Particle transfer and external heat exchange in the space above a polydisperse fluidized bed | V. A. Borodulya, Yu. S. Teplitskii and Yu. G. Epanov |
| 1013-1020 | Mass transfer in a disperse material with absorption by particles | Yu. A. Buevich and S. L. Komarinskii |
| 1021-1024 | Heat-transfer features in channels with flow separation | V. K. Migai, V. V. Pryakhin and V. S. Prokhorenko |
| 1024-1027 | Calculation of the integrated coefficients of absorption and transmission of solar radiation for semiconductor films | A. V. Antropov, S. N. Kirillov, F. T. Novik and O. A. Trofimov |
| 1027-1031 | Emissivity of aluminosilicate refractories | M. A. Taimarov, F. A. Garifullin and D. Z. Davletbaeva |
| 1032-1035 | Formation of an elastic wave in metal irradiated by an impulsive ion beam | V. I. Boiko, V. V. Evstigneev and I. V. Shamanin |
| 1036-1039 | Use of systems with central feed and counterflow in thermodiffusion units to clean fluids | A. V. Suvorov and G. D. Rabinovich |
| 1040-1044 | Temperature of the surface of a body undergoing destruction by a constant thermal load | G. A. Frolov |
| 1045-1050 | Temperature studies of a subsonic jet in molecular gases at low pressures | É. B. Georg and M. I. Yakushin |
| 1050-1054 | Thermically nonequilibrium ionization in a C02:N2:He mixture | A. V. Krauklis, P. P. Samtsov, R. I. Soloukhin and N. A. Fomin |
| 1054-1057 | Measurement of oxygen recombination rate constants by the piezoelectric method | I. E. Zabelinskii and O. P. Shatalov |
| 1057-1061 | Experimentalevaluation of the efficiency of temperature diagnosis of friction | I. N. Cherskii, O. B. Bogatin, N. P. Starostin, V. V. Donchenko and G. I. Balanov |
| 1061-1064 | Numerical study of the effects of slip and a temperature discontinuity on the surface of a sphere in a supersonic flow | Yu. P. Golovachev and A. S. Kanailova |
| 1064-1071 | Study of trajectories and combustion of fuel-oil droplets in the combustion chamber of a power-plant boiler with the use of a mathematical model | Yu. P. Enyakin and Yu. M. Usman |
| 1072-1079 | Nonsteady temperature field in thermosensitive body with discontinuous boundary conditions of the second kind | Yu. M. Kolyano |
| 1079-1085 | A method for the approximate solution of a two-phase stefan problem with reverse motion of the front | R. I. Medvedskii |
| 1085-1090 | Coefficient inverse heat-conduction problem | E. A. Artyukhin and A. V. Nenarokomov |
| 1090-1094 | Identification of boundary thermal perturbations using spectral functions | Yu. M. Matsevityi, A. P. Slesarenko and O. S. Tsakanyan |
| 1095-1097 | Regularization by lowering and raising its accuracy in the solution of inverse problems of heat conduction | Yu. M. Matsevityi |
| 1097-1105 | Thermal and physical properties of magnetic fluids | V. E. Fertman |
| 1107-1112 | Effect of internal and surface processes of heat absorption on the heating and destruction of a material | G. A. Frolov, Yu. V. Polezhaev and V. V. Pasichnyi |
| 1113-1115 | Distribution of static pressure and hydrodynamic resistance in a plane channel with semicylindrical corridor-ranked projections | V. I. Velichko and V. A. Pronin |
| 1116-1118 | Temperature field of an active boiling center | E. I. Nesis and N. B. Chigarev |
| 1118-1122 | Heat exchange in a flat solar collector with heat pipes and honeycombed fill | Yu. Yanushevski |
| 1122-1126 | Mass of hydrogen liberated in stainless steel heat pipes with water during lengthy operation | M. G. Semena, A. I. Rudenko and A. A. Efimova |
| 1126-1129 | Rate of surfacing of a gas plug in annular and rectangular vertical channels | A. N. Kovalev |
| 1129-1136 | Theory of gaslifts | Yu. A. Buevich |
| 1137-1139 | Water droplet coagulation during electrical dehydration of petroleum | S. M. Burkitbaev, K. V. Kotoyants, N. K. Nadirov and P. P. Poluéktov |
| 1140-1144 | Resistance anomalies in flow of polymer solutions through channels of variable section | V. N. Kalashnikov and A. N. Askarov |
| 1145-1150 | External heat transfer in infiltrated granular beds. 1. Analysis of a theoretical model | V. A. Borodulya, Yu. S. Teplitskii and I. I. Markevich |
| 1150-1153 | Experimental study of the transient regime in a thermopile with additional heat removal | M. E. Babin, V. P. Bezruchko and V. N. Kozlyuk |
| 1153-1156 | Virial coefficients of methane, ethane, and propane at temperatures up to 1500°K | R. M. Sevast'yanov and R. A. Chernyavskaya |
| 1156-1162 | Effect of chemical reactions on flow and mass transfer in a liquid film in the presence of surface-active materials | A. A. Golovin and L. M. Rabinovich |
| 1162-1168 | Influence of longitudinal mixing on dissolution kinetics of a polydisperse system of particles | S. P. Fedorov, Yu. V. Sharikov and V. D. Lunev |
| 1169-1172 | Calculation of mean pore size in porous materials | V. S. Spiridonov, S. V. Belov and O. V. Kirikova |
| 1172-1176 | Diffusion of a passive impurity in a porous medium. Fractal model in the case of an unsaturated medium | A. B. Mosolov and O. Yu. Dinariev |
| 1177-1183 | Nonsteady filtration of a fluid in deformable cracked-porous beds | V. S. Nustrov |
| 1183-1187 | Parameters of wave instability in a boundary layer | B. Yu. Zanin |
| 1188-1193 | Steady heat transfer in laminar fluid flow at various peclet numbers | E. M. Taits |
| 1194-1199 | Minimizing the mass of a cylindrical-laminar thermoprotective shell | K. S. Adamova, M. A. Kanibolotskii and L. P. Yakovleva |
| 1199-1203 | Periodic pulse heating of metals | A. L. Glytenko and B. Ya. Lyubov |
| 1204-1209 | Local heating of a cylinder with an inclusion | Yu. M. Kolyano, E. G. Ivanik and A. Z. Blavatskii |
| 1209-1213 | Numerical-analytical method of solving the nonlinear heat-conduction problem for a doubly connected variable-thickness plate | A. I. Uzdalev and E. N. Bryukhanova |
| 1213-1216 | Approximate analytical solution of linear heat-conduction problems in regions with noncanonical boundaries | I. V. Baryshnikov and V. A. Datskovskii |
| 1217-1223 | Critical parameters: Alkanes and certain compounds containing co groups | A. M. Shelomentsev and N. N. Golik |
| 1224-1225 | Nikolai Ivanovich Syromyatnikov |
| 1227-1232 | Thermodynamic similarity and prediction of the properties and characteristics of substances and processes | I. I. Novikov |
| 1233-1239 | Review of work on the development and application of methods of generalized analysis | A. A. Gukhman |
| 1240-1246 | Convective heat transfer in external flows | A. A. Zhukauskas |
| 1246-1252 | Evolution of a turbulent burst | G. I. Barenblatt, N. L. Galerkina and M. V. Luneva |
| 1252-1261 | Flow and heat transfer of finely dispersed turbulent flows in channels | I. V. Derevich, V. M. Eroshenko and L. I. Zaichik |
| 1261-1266 | Vortex flows with suspended separation regions and long-range untwisted central jets | G. N. Abramovich and R. S. Trofimov |
| 1266-1272 | Numerical modeling of complex viscous fluid vortical flows | I. A. Belov |
| 1272-1279 | Theory and experiment in the problem of the interaction of high-velocity gas flows with materials | Yu. V. Polezhaev |
| 1279-1284 | Mathematical model of the process of thermal destruction of polymer materials under intense thermal effects | O. F. Shlenskii, É. F. Vainshtein and N. N. Lyasnikova |
| 1285-1291 | Convective transfer processes in chemically stable and reacting liquids with an internal structure | Z. P. Shul'man, B. M. Khusid, I. L. Ryklina, É. A. Zal'tsgendler and O. R. Dornyak, et al. |
| 1292-1296 | Effect of waves at the interfacial boundary on the desorption of a gas from the bulk of a liquid | B. G. Pokusaev, G. A. Levonyan and N. A. Pribaturin |
| 1297-1302 | Physical mechanism of the wetting of solid surfaces | N. V. Churaev |
| 1302-1306 | Formation of heterogeneous reaction regimes under the action of multiplicative noise | Yu. A. Buevich and S. P. Fedotov |
| 1306-1311 | Radiation heat transfer in two-phase media | K. S. Adzerikho |
| 1312-1316 | Estimation of the extremal values of the critical heat input in the nucleate boiling of helium in a centrifugal force field | Yu. A. Kirichenko and K. V. Rusanov |
| 1316-1322 | Phase equilibria and metastable states | V. P. Skripov |
| 1322-1328 | Mass transport in a nonuniform isothermal mixture of real gases | A. S. Raspopin, P. E. Suetin, P. I. Bogdanov and P. G. Zykov |
| 1329-1335 | Inverse problems associated with the control of diffusional and thermal processes | I. A. Bogomolova, V. B. Glasko, V. D. Kal'ner, N. I. Kulik and E. E. Kondorskaya, et al. |
| 1335-1342 | Application of iterative regularization for the solution of incorrect inverse problems | O. M. Alifanov and S. V. Rumyantsev |
| 1342-1349 | Some problems of mass exhange in magnetic suspensions and colloids | É. Ya. Blums |
| 1349-1355 | Temperature fields and stresses in bodies with discontinuous parameters | Yu. M. Kolyano |
| 1355-1361 | Processes of heat, mass, and momentum transfer in disperse media | N. I. Syromyatnikov and G. P. Yasnikov |
| 1363-1369 | Flow structure with film boiling in vertical tubes | É. K. Kalinin and V. P. Firsov |
| 1369-1373 | Optical investigation of heat and mass transfer in vapor condensation from vapor-gas mixtures | A. G. Usmanov, V. P. Bol'shov, A. P. Mishchenko, G. Sh. Fatkullin and É. S Sergeenko |
| 1374-1381 | Optimization of energy release in a radial heat exchanger | V. P. Kolos and V. N. Sorokin |
| 1382-1386 | Dynamics of jet flows in a vortex tube | N. A. Artamonov, B. F. Abrosimov and M. Z. Maksimenko |
| 1386-1393 | Turbulent heat and mass transfer in confined twisted flows | V. I. Terekhov |
| 1393-1396 | External heat transfer in infiltrated granular beds. Experimental study | V. A. Borodulya, Yu. S. Teplitskii, Yu. G. Epanov and I. I. Markevich |
| 1397-1403 | Dynamics of a turbulent thermic of jet type in the one-dimensional approximation | V. P. Kabashnikov |
| 1403-1408 | Calculation of the flow of a polydispersed system of particles | A. K. Azhibekov |
| 1409-1413 | Heat-carrier interaction in a three-flow heat exchanger | I. K. Butkevich, M. A. Zuev and V. F. Romanishin |
| 1414-1419 | Thermophysical and relaxation properties of polysulfones | N. I. Shut and N. V. Klimenko |
| 1419-1423 | Featurs of heat transfer in a flow of air in a plane channel with unstaggered half-cylindrical projections | V. I. Velichko and V. A. Pronin |
| 1424-1430 | Amplitude-frequency characteristics of an electrodynamic loudspeaker with magnetorheologic suspension | Z. P. Shul'man, V. I. Korodonskii, B. M. Khusid, G. K. Voronovich and S. A. Demchik, et al. |
| 1430-1434 | Diagnostics of electro-gas-dynamic flows of a low-current high-voltage discharge | L. A. Babenya, A. G. Goloveiko and V. I. Novikova |
| 1434-1441 | Generators of nonequilibrium low-temperature plasma | G. Yu. Dautov |
| 1442-1448 | Theoretical study of the thermodynamic properties of nitrogen at high temperatures and pressures | M. D. Rogovin and V. A. Rabinovich |
| 1449-1452 | Thermal conductivity of multatomic gases at low densities | R. M. Sevast'yanov and K. I. Voroshilova |
| 1452-1457 | Methods for measurement of thermal conductivity and specific heat at moderate, low, and cryogenic temperatures | E. S. Platunov |
| 1457-1463 | Certain problems of fluid filtration in elastic cracked-porous resevoirs | V. S. Nustrov |
| 1464-1472 | Analytic approach to the computation of the temperature distribution in multilayer structures under heating by cw scanning laser radiation | A. M. Pristrem, N. I. Danilovich and V. A. Labunov |
| 1472-1475 | Some formulas of operational calculus for step functions generated by special functions | Yu. A. Brychkov and A. P. Prudnikov |
| 1476-1480 | A two-model iteration algorithm for solving the inverse boundary-value problem of heat conduction | S. L. Balakovskii |
| 1-4 | Enthalpy measurement in a low-density high-temperature infrasonic flow | G. N. Zalogin, V. B. Knot'ko, V. V. Lunev, O. N. Ostapovich and S. B. Redichkin |
| 4-7 | Use of the improved thin-wall method in investigating heat transfer in a hypersonic wind tunnel | A. M. Bespalov, A. I. Maiorov and L. A. Rudometkin |
| 8-13 | Modeling of heat transfer in an isotropic velocity field in the presence of a transverse temperature gradient | B. A. Kolovandin and N. N. Luchko |
| 13-17 | Vertical dispersion of intensive shear flows of low-viscosity fluids | V. V. Gil', R. Dzhoshi, V. L. Kolpashchikov, S. A. Kuleshov and O. G. Martynenko, et al. |
| 17-22 | Numerical modeling of the unsteady flow of a viscous fluid in rotating channels | V. E. Karyakin, Yu. E. Karyakin and A. Ya. Nesterov |
| 23-30 | One-dimensional unsteady turbulent flow in a pipeline with karman rheology taken into account | V. I. Maron and I. G. Rozenberg |
| 30-35 | Steady-state two-dimensional waves on vertical liquid falling films and their stability | Yu. Ya. Trifonov and O. Yu. Tsvelodub |
| 35-41 | Stability of the process of extrusion of a viscoelastic material from a conical channel | G. I. Burdé and T. M. Burde |
| 41-49 | Relaxation of concentration inhomogeneities in nonideal solutions | P. P. Bezverkhii, M. Ya. Golota, V. S. Gurvich and É. V. Matizen |
| 50-55 | Modification of the cell model and the equation of state of liquids | P. M. Kessel'man |
| 55-59 | Deposition of ultrafine aerosols in a plane channel from a laminar vapor-gas flow of nonuniform concentration | A. S. Skaptsov and G. N. Lipatov |
| 59-66 | Heat exchange and boiling crisis in slot channels under the action of an electric field | M. K. Bologa, S. M. Klimov and A. N. Maiboroda |
| 67-71 | A nonlinear regime of film condensation of a vapor on a horizontal cylinder | V. I. Naidenov and Yu. V. Otrashevskii |
| 71-75 | Intensification of heat transfer during condensation by swirling the vapor flow | V. G. Rifert and A. I. Sardak |
| 76-80 | Distributions of the electron concentration and the electrical field intensity in a discharge with transverse gas pumping | R. F. Yunusov |
| 80-84 | Thermal destruction of spherical ice particles under the action of radiation with λ = 10.6 μm | A. P. Prishivalko, L. P. Semenov, L. G. Astef'eva and S. T. Leiko |
| 84-86 | Radiative parameters of suspended sulfide-charge particles | M. N. Abramzon, F. N. Lisin and L. N. Podobedova |
| 87-91 | Method of calculating the heat capacity of a binary mixture near the critical line | I. M. Abdulagatov, M. M. Bochkov and B. A. Mursalov |
| 91-94 | Macrokinetic equations for a phase transition of the first sort | M. I. Il'in and A. A. Zhitinkin |
| 95-100 | Effect of electron-beam melting and heat treatment on the structure, composition, and properties of tool steels | A. I. Veinik, I. L. Pobol' and A. A. Shipko |
| 100-103 | Group analysis of the heat-conduction equation in displacements of isothermal surfaces. 2. Obtaining invariant solutions of boundary-value problems | N. M. Tsirel'man |
| 104-108 | Solution of a two-dimensional heat-conduction problem for a sector | V. I. Vlasov and T. N. Krivoruchenko |
| 109-118 | Alkali-metal liquid and vapor thermophysical properties | N. B. Vargaftik and V. S. Yargin |
| 119-125 | Heat exchange in motionless vapor condensation on a plate immersed in a granular bed | A. V. Gorin, V. E. Nakoryakov and O. N. Tsoi |
| 125-134 | Propagation of vibrations in a suspended granular bed | A. F. Ryzhkov and B. A. Putrik |
| 134-138 | Laminar flow of a liquid in a rotating cylinder in a gravitational field | I. N. Sidorov, Ya. D. Zolotonosov, G. N. Marchenko and O. V. Maminov |
| 138-144 | Droplet formation from a jet of one liquid entering another | V. B. Okhotskii |
| 145-148 | Heat and mass transfer in turbulent flow of the N2O4 ⇄ 2NO2 ⇄ 2NO + O2 system in a rod bundle contained in a hexagonal jacket | T. V. Besedina, B. E. Tverkovkin, A. V. Udot and A. P. Yakushev |
| 148-152 | Numerical modeling of motion of an axisymmetric body through a tunnel | O. G. Goman, V. I. Karplyuk and M. I. Nisht |
| 153-160 | A description of the motion of viscoelastic polymer media | A. N. Prokunin |
| 161-164 | Instability in polyethylene oxide solutions in a hydrodynamic field | B. P. Makogon, E. N. Bykova, S. I. Klenin and I. L. Povkh |
| 165-169 | Free-jet formation in horizontal non-Newtonian liquid pulling | V. M. Shapovalov and N. V. Tyabin |
| 170-175 | Lightguide fabrication control with a laser heater | E. M. Dianov, V. V. Kashin, V. I. Masychev, V. N. Perminova and S. M. Perminov, et al. |
| 176-182 | Thermal mode of a resistance furnace for drawing optical fiber. I. Generalized mathematical model of the heating unit | V. N. Vasil'ev, G. N. Dul'nev and V. D. Naumchik |
| 183-187 | Measurement of the radial distributions of the thermal-power parameters at the anode of a high-current, low-pressure, arc discharge | V. M. Nerovnyi, V. P. Fedichev and G. V. Pod"yapol'skii |
| 188-193 | Statistical theory of the thermodynamic and structural properties of nematic liquid crystals with intermolecular correlations taken into account | É. T. Bruk-Levinson and A. V. Zakharov |
| 193-196 | Thermal analysis applied to chloromycetin products | N. V. Fedorovich and M. G. Syskova |
| 197-201 | Determining the heat conduction of anisotropic media on the basis of the scanning method. Theoretical basis of the method | V. V. Berezin, A. A. Kostyurin and Yu. A. Popov |
| 202-207 | Dynamic errors in nonstationary thermophysics measurement systems | A. G. Shashkov and A. V. Stankevich |
| 207-214 | Nonlinear oscillations in bulk crystallization processes | V. V. Mansurov and I. A. Natalukha |
| 214-223 | Vibrations and nonuniform heating of a shaft in a radial bearing | Yu. A. Buevich and M. I. L'vov |
| 223-226 | Radiant heat transfer in a closed system of semiopaque bodies separated by an emitting and absorbing gas medium | V. P. Gorshenin |
| 227-231 | Numerical analysis of functionally integrated VLSIC elements taking into account thermal effects. I. Model | I. I. Abramov and V. V. Kharitonov |
| 233-236 | A method of forecasting binary-solution superheating | P. V. Skripov |
| 236-240 | Nonstationary heat transfer in a channel containing saturated He II: stepped heat loading | V. A. Shaposhnikov, I. I. Mikhailov, L. N. Efimova and D. G. Romchenko |
| 240-246 | Investigation of the heat transfer of cryogenic fluids in a centrifugal force field | N. M. Levchenko |
| 246-252 | Attenuation of thermal phonon generation by a metallic film under its preliminary pulse heating | V. N. Lisin, B. M. Khabibullin, E. P. Khaimovich and A. M. Shegeda |
| 253-256 | Heat transfer in condensation on the external surface of horizontal tubes | V. M. Budov, V. A. Kir'yanov and I. A. Shemagin |
| 257-262 | Modeling the field of a passive scalar in a nonisothermal turbulent plane gas jet | V. N. Abrashin, V. N. Barykin, O. G. Martynenko and E. V. Radkevich |
| 262-266 | Influence of the velocity profile on the heat transfer of a circular impact jet | A. I. Abrosimov and A. V. Voronkevich |
| 267-272 | Numerical study of unsteady flow and heat transport in a vertical cylindrical container | N. L. Bachev and A. A. Kozlov |
| 273-281 | Mildly nonlinear flow regimes of liquid films with two- and three-dimensional waves | Yu. A. Buevich and S. V. Kudymov |
| 281-287 | Flow of a non-Newtonian liquid in the gap between a rotating cylinder and a permeable surface with rotor granulation | V. M. Shapovalov, B. D. Vekhter and N. V. Tyabin |
| 287-290 | Approximation of the generalized Buckingham equation | A. S. Kondrat'ev |
| 290-296 | Experimental study of the characteristics of a mixing D2-CO2-GDL | K. P. Alekseev, A. M. Garin, N. M. Gorshunov and Yu. P. Neshchimenko |
| 296-300 | Gas formation from a solid fuel burning in a fluidized bed | V. A. Munts, A. P. Baskakov and A. A. Ashikhmin |
| 301-304 | Calculation of diffusion coefficients for dense gases | L. I. Kurlapov |
| 304-306 | Volume-viscous properties of mercury containing a gaseous phase | O. Yu. Dinariev, I. A. Leont'ev, A. B. Mosolov and B. A. Savrasov |
| 307-310 | A new method of reducing contact heat transfer in vacuum-screen insulation | T. A. Kurskaya, V. F. Getmanets and B. V. Grigorenko |
| 310-314 | Analysis of the accuracy for solving problems of radiant heat exchange in systems with a selectively radiating medium | V. I. Antonov and L. I. Zdorovova |
| 314-319 | Determination of the thermal conductivity of anisotropic media on the basis of the scanning method: Theoretical models and experimental implementation of the method | V. V. Berezin, A. A. Kostyurin and Yu. A. Popov |
| 320-324 | Thermal mode of a resistive furnace for drawing optical fiber. II. Results of a mathematical experiment | V. N. Vasil'ev, G. N. Dul'nev and V. D. Naumchik |
| 325-332 | Utilization of structural parameters to investigate the thermostress state of a deformable body under pulse heating | V. S. Zarubin and G. N. Kuvyrkin |
| 332-337 | Thermal stresses and deformations in a plate subject to the action of concentrated energy flows | G. I. Rudin |
| 338-345 | Local heating of a semiinfinite body by a laser source | V. P. Kozlov |
| 345-350 | Numerical analysis of functionally integrated vlsic elements taking into account heat effects. II. Method and program | I. I. Abramov and V. V. Kharitonov |
| 351-357 | Study of the characteristics of coupled heat transfer near symmetry surfaces of bodies with different shape | V. I. Zinchenko and E. N. Putyatina |
| 359-364 | Nonstationary heat and mass transfer with a reduction of the heat load in a heat exchanger with twisted tubes | B. V. Dzyubenko, L. A. Ashmantas, A. B. Baggdonavichyus and M. D. Segal' |
| 364-367 | Flow in a rotating slot channel with injection through one wall and compensating suction through the other | E. M. Smirnov and S. V. Yurkin |
| 367-372 | Nonsteady nonisothermal flow of compressible gas in a channel with track sampling | B. F. Glikman and V. A. Gur'ev |
| 373-378 | Calculation of electric arc interaction with a turbulent gas flow | N. A. Rubtsov and N. M. Ogurechnikova |
| 379-382 | Optical characteristics of turbulent nonisothermal jet flows | O. G. Martynenko, I. A. Vatutin, N. I. Lemesh and P. P. Khramtsov |
| 382-385 | Viscous liquid flow in the initial portion of a permeable channel with transverse slot | A. S. Lebedev and F. F. Spiridonov |
| 385-391 | Calculation of nozzle flow with mixing in the presence of a strong vorticity effect | V. I. Vasil'ev |
| 391-393 | Causes of enhanced boiling heat transfer on surfaces covered with perforated polymer film | V. A. Antonenko |
| 394-398 | Nonequilibrium reactions in an arc in a permeable channel with fast gas injection | A. V. Pustogarov, D. I. Slovetskii, A. B. Karabut, V. N. Sharshakov and V. Yu. Vishnevskii |
| 398-400 | Influence of weakly absorbing solid aerosol particles in lowering the optical breakdown threshold of air | A. P. Prishivalko, L. G. Astaf'eva and G. P. Ledneva |
| 401-403 | View factors in a system of parallel contacting cylinders | M. M. Mel'man and G. G. Trayanov |
| 404-410 | Determination of a group of thermophysical properties by a differential-bridge thermometric method | O. A. Gerashchenko, T. G. Grishchenko, L. V. Dekusha, V. P. Salo and A. V. Lapii |
| 410-414 | Method for determining the thermophysical characteristics of orthotropic bodies | Yu. M. Kolyano |
| 414-419 | Efficiency of “shieldless” method of employing the cold of vapors in cryogenic vessels with a wide neck | G. G. Zhun', V. F. Getmanets, R. S. Mikhal'chenko, P. N. Yurchenko and V. A. Miroshnichenko, et al. |
| 420-423 | Effective emissivity of the endface of a packet of screen-vacuum thermal insulation | G. I. Vorob'eva and V. F. Getmanets |
| 424-429 | Diffusional-relaxational model of the formation of polymer boundary layers in adhesional compounds | A. V. Rogachev, M. V. Bui and V. V. Kharitonov |
| 429-436 | Heat transfer between a stationary granular packing and a descending flow of dusty gas | V. A. Dryabin and D. M. Galershtein |
| 437-442 | Photophoretic, thermophoretic, and diffusophoretic motion of heated nonvolatile aerosol particles | E. R. Shchukin and N. V. Malai |
| 443-446 | Crystal growth at the end of a capillary on solution evaporation | V. M. Starov and N. V. Churaev |
| 446-451 | Effects of growth rate pulsations in bulk-crystallization oscillations | Yu. A. Buevich and I. A. Natalukha |
| 452-458 | Thermophysical analysis of the processes of solidification, cooling, and heating of ingots (castings) | V. I. Timoshpol'skii, É. A. Gurvich, I. A. Trusova and N. L. Mandel' |
| 458-463 | Propagation of harmonic thermoelastic waves in media with thermal memory | A. G. Shashkov and S. Yu. Yanovskii |
| 463-466 | Self-similar solution of the problem of consolidation and thawing of frozen soil | A. F. Klement'ev and E. A. Klement'eva |
| 467-471 | Convective heat transfer in conditions of a transient boundary layer at a cylinder in a transverse flow | P. P. Vaitekunas, A. A. Zhukauskas and I. I. Zhyugzhda |
| 471-475 | Friction and heat exchange in flow over a permeable surface | S. V. Zhubrin and V. P. Motulevich |
| 475-480 | Knudsen molecular flow in a channel with a small temperature difference at its ends | V. D. Seleznev, B. T. Porodnov, A. N. Kulev, A. G. Flyagin and A. N. Kudertsev, et al. |
| 480-486 | Motion of a binary gas mixture in a porous membrane with a straight channel | B. A. Ivakin, V. M. Malakhin, B. T. Porodnov and V. D. Seleznev |
| 486-489 | Heat transfer in vapor condensation on laminar and turbulent liquid jets, taking account of the inlet section and variability of the flow rate over the jet cross section | N. S. Mochalova, L. P. Kholpanov and V. A. Malyusov |
| 490-492 | Principles of heat exchange in evaporation of a liquid film on a smooth horizontal tube | V. G. Rifert, Yu. V. Putilin and V. L. Podbereznyi |
| 493-498 | Features of the film flow of liquids over surfaces with regular roughness | A. V. Doroshenko, V. I. Logachevskii, V. Kh. Kirillov and V. G. Gaidai |
| 499-504 | Turbulent diffusion of heat in dilute disperse flows | F. N. Lisin |
| 504-509 | Effective viscosity of an emulsion in a surfactant solution | A. Yu. Zubarev and Yu. V. Shilko |
| 510-513 | Turbulent-friction reduction in surfactant-polymer aqueous solutions | I. L. Povkh, M. M. Pavelko, A. I. Serdyuk and N. M. Lebedev |
| 514-518 | Dynamics of vapor bubbles in nitrogen tetroxide under conditions of pipe depressurization | T. A. Karpova and P. M. Kolesnikov |
| 518-526 | Toward a theory of transport in heterogeneous media | Yu. A. Buevich |
| 527-533 | A method of an equivalent equation in the theory of heat and mass transfer | V. S. Nustrov and B. N. Saifullaev |
| 534-539 | Analysis of the effect of the decomposition of char-forming heat-insulating materials on the free discharge of a gas mixture | I. G. Borovskoi, A. B. Vorozhtsov and E. A. Kozlov |
| 539-542 | Temperature jump across a plane interface for a phase transition in a pure liquid | A. P. Osipov, M. G. Semena and Yu. Yu. Sergeev |
| 543-550 | Isochoric specific heat in the methane-ethane system around the liquid-gas critical line | S. B. Kiselev, S. E. Khalidov and A. V. Yudin |
| 550-556 | Phase transitions in slot systems for small Kn numbers | P. A. Novikov, L. Ya. Lyubin and V. N. Denisov |
| 556-560 | Heat-treatment processes in the formation of components from polymer composite materials | L. S. Slobodkin, G. N. Pshenichnaya, P. A. Vakul'chik and I. S. Shchukina |
| 560-564 | Positive column of glow discharge in longitudinal gas flow | Z. Kh. Israfilov and F. A. Sal'yanov |
| 565-568 | Numerical analysis of functionally integrated VLSI elements with thermal effects taken into account. III. Results of modeling | I. I. Abramov and V. V. Kharitonov |
| 569-574 | Local heating of an anisotropic body by a circular heat source | V. P. Kozlov, G. M. Volokhov and V. N. Lipovtsev |
| 575-578 | Numerical study of temperature fields in the continuous teeming of steel ingots of rectangular cross section | P. N. Vabitschevich, N. B. Esikova and O. P. Iliev |
| 579-583 | Application of walsh functions to construct an explicit projection algorithm for identification of distributed systems | É. I. Sakalauskas and G. B. Spyachyunas |
| 585-588 | Flow-rate characteristics for the pulsating flow of a nonlinear viscoelastic polymer solution in a pipe | E. M. Khabakhpasheva, V. I. Popov and A. N. Kekalov |
| 588-593 | Rheodynamics and mass transfer during periodic and nonuniform cylinder motion in polymer solutions | V. V. Tovchigrechko, Z. P. Shul'man, N. A. Pokryvailo and T. V. Yushkina |
| 593-600 | Heat and mass transfer between the disperse phase and the carrying medium in a plane turbulent disperse near-wall jet | V. A. Uspenskii, V. V. Solodovnikov, A. P. Fokin, M. I. Zaretskii and K. Yu. Tkach |
| 600-606 | Model of the flow in a circular jet developing in a cross stream. Solution of the initial length problem | T. A. Girshovich |
| 606-611 | Effect of body shape on the characteristics of a self-similar plane wake | P. Ya. Cherepanov and Yu. M. Dmitrenko |
| 611-615 | Investigation of local heat transfer associated with the evaporation of a liquid film on a horizontal ribbed tube | Yu. V. Putilin, V. G. Rifert, V. L. Podbereznyi and P. A. Barabash |
| 615-619 | Investigation of droplet deposition on a plate with two-phase flow separation at the leading edge | O. M. Khmara and S. V. Ryzhkov |
| 620-623 | Optimization of the geometry of a rectangular duct for low-gradient flow generation | V. F. Vishnyak, V. R. Voitsekhovskii, V. N. Panchenko, V. V. Pasichnyi and S. Yu. Pilipovskii, et al. |
| 623-626 | Heat pipes based on naphthalene | L. L. Vasil'ev, G. M. Volokhov, A. S. Gigevich and M. I. Rabetskii |
| 626-629 | Periodic states in a pressurized flow showing a phase transition | R. N. Bakhtizin and A. F. Yukin |
| 629-634 | Effects of water speed and temperature on icing in thermal siphons | P. A. Vislobitskii, V. M. Gorislavets and A. G. Taran |
| 634-638 | Properties of nonsteady-state heat transfer to superfluid helium | V. M. Miklyaev, I. A. Sergeev and Yu. P. Filippov |
| 639-644 | Mathematical description of the rheodynamics and heat transfer associated with the blown-film process | A. V. Baranov, N. V. Tyabin, V. A. Gerasimenko and L. G. Raiz |
| 645-651 | Turbulent mass transfer and diffusion in polymer solutions reducing friction drag | Z. P. Shul'man, N. A. Pokryvailo and E. B. Kaberdina |
| 651-655 | Viscous dissipation in jets | A. V. Soldatkin |
| 655-658 | Determining rheological parameters for a dispersion system by rotational viscometry | M. A. Myslyuk |
| 658-660 | Measurement of temperature distributions in a convective flow induced by powerful optical radiation | B. S. Agrovskii, A. N. Bogaturov, V. I. Zuev and V. M. Ol'khov |
| 660-665 | Nonlinear water transport in intrasoil irrigation | Yu. A. Buevich and U. M. Mambetov |
| 666-671 | Expansion of coarse-grained fluidized beds impeded by horizontal tube arrays | V. A. Borodulya, V. V. Matsnev, Yu. G. Epanov, Yu. S. Teplitskii and B. I. Gorelik |
| 671-676 | Modeling thermal regimes of objectives in optoelectronic devices | G. N. Dul'nev, V. V. Barantsev and V. G. Parfenov |
| 677-679 | Numerical study of thermal fields in high-speed electrical heating of powdered materials | A. N. Khomchenko, A. V. Pilipchenko, A. I. Tsitrin and L. D. Lutsak |
| 680-682 | Exact solution of a nonstationary convective heat-exchange problem in a two-dimensional channel | Ya. S. Uflyand |
| 683-686 | Effect of the magnetizing current on the structure of coatings obtained by the vacuum electric-arc method | G. D. Karpenko, V. L. Rubinshtein, T. A. Anishchik, M. A. Andreev and A. I. Goev |
| 687-689 | Tests on a passive-control heat pipe | A. G. Kalandarishvili and V. K. Mikheev |
| 689-693 | Energy transport by radiation in a composite channel | S. P. Detkov |
| 693-697 | Optimization of the thermal mode of polymer substrates during their vacuum metallization | A. V. Rogachev and M. V. Bui |
| 699-704 | Theoretical investigation of the main section of a turbulent circular jet in stalling flow | T. A. Girshovich and N. P. Korzhov |
| 705-707 | Distribution of statistical dynamic characteristics in jets flowing out of plane curvilinear channels | I. A. Vatutin, N. I. Lemesh, O. G. Martynenko, L. A. Senchuk and P. P. Khramtsov, et al. |
| 708-716 | Statistical model of turbulent mixing of relaxing gases behind an array of small-scale nozzles | A. S. Boreisho, V. A. Sosinovich, N. V. Trofimov, N. A. Fomin and V. A. Tsyganov |
| 716-722 | Velocity and temperature fluctuations in a turbulent suspension | I. V. Derevich |
| 722-725 | Gasdynamics and heat transfer during axisymmetric turbulent jet interaction with a normally disposed area | A. D. Aralov, A. I. Mel'nikov, V. A. Nemykin and S. I. Stepanov |
| 726-729 | Comparative analysis of subsonic and supersonic fast flow-through electroionization co laser | V. A. Gurashvili, A. V. Dem'yanov, S. A. Zhdanok, I. V. Kochetov and A. K. Kurnosov, et al. |
| 730-736 | Three-dimensional viscous flows in furnace chambers | V. B. Dovzhik and V. K. Migai |
| 737-744 | Fluid dynamics and mass transfer in the formation of fibers | T. M. Getmanyuk and A. L. Yarin |
| 745-750 | Flow of concentrated polymer solutions in model channels | G. A. Belinskii, T. M. Getmanyuk, V. G. Kulichikhin and A. L. Yarin |
| 751-756 | Hydrodynamics of draining a non-newtonian liquid from axisymmetric vessels | G. R. Shrager and V. A. Yakutenok |
| 756-759 | Experimental investigation of the effect of low-frequency fluctuations of the liquid flow rate on the minimum irrigation density in film flow | S. E. Shcheklein and V. I. Vel'kin |
| 759-766 | Viscous isothermal motion of a binary gas mixture through an orifice | Yu. N. Gaistruk, B. A. Ivakin, V. M. Malakhin, B. T. Porodnov and V. D. Seleznev |
| 767-773 | Capillary convection in a liquid layer on exposure to laser radiation | V. V. Nizovtsev |
| 774-778 | Effect of temperature on diffusional instability | Yu. I. Zhavrin and V. N. Kosov |
| 778-782 | Study of the synchronicity of pressure pulsations in fluidized-bed reactors | A. P. Baskakov, N. F. Filippovskii, V. G. Tuponogov and A. V. Mudrechenko |
| 783-786 | Cooling of horizontal porous tubes by a low temperature helium flow | G. I. Bobrova and L. A. Dragun |
| 786-791 | Transfer coefficient of multicomponent air with sublimation products of graphite | V. V. Ryabov |
| 792-794 | Sublimation kinetics of a thin coating on the walls of a slot system | P. A. Novikov and L. Ya. Lyubin |
| 795-799 | Method of calculating thickness and cooling intensity of strips obtained by superfast cooling of metal from the liquid state | A. N. Abramenko, A. S. Kalinichenko, M. A. Antonevich and É. D. Sychikov |
| 799-805 | Effective thermal conductivity of a structured powder | A. A. Belyaev, A. Yu. Zubarev, E. S. Kats and V. M. Kiseev |
| 805-809 | Optimization of thermocouple installation for study of intense transient thermal actions on materials | S. L. Balakovskii, É. F. Baranovskii and P. V. Sevast'yanov |
| 810-813 | Coupled heat transfer in nonsteady flow about a rod bundle | A. A. Ryadno |
| 814-826 | Propagation of hydrodynamic perturbations in a vibrationally nonequilibrium gas | A. I. Osipov and A. V. Uvarov |
| 827-830 | Electromagnetic radiation in food-processing technology | V. V. Krasnikov |
| 831-834 | Experimental study of thermohydraulic stability and heat transfer in the descending flow of supercritical helium in a vertical tube | V. A. Bogachev, V. M. Eroshenko and E. V. Kuznetsov |
| 835-838 | Free convective heat transfer of a plane nonisothermal surface under different orientations | K. Yu. Fedorovskii |
| 839-845 | Turbulent jet in a channel subjected to archimedes forces | G. A. Glebov and A. P. Kozlov |
| 845-848 | Investigation of nonsymmetric jet aerodynamics | R. K. Narkhodzhaev and A. Akbarov |
| 849-855 | Modeling the heat transfer when a chemically reacting flow passes a rib by means of the finite-element method | A. A. Mikhalevich and V. I. Nikolaev |
| 855-858 | Comparison of physical and numerical modeling of supersonic flow over a cone | P. A. Voinovich, Yu. P. Golovachev, I. M. Dement'ev, A. N. Mikhalev and E. V. Timofeev, et al. |
| 858-862 | Thermal burst in the flow of nonlinearly viscous media through a round tube | Yu. G. Nazmeev, V. A. Minenkov and A. I. Mumladze |
| 863-866 | Effect of heat-pipe parameters on the efficiency of a heat exchanger | L. L. Vasil'ev, V. G. Kiselev and Yu. N. Matveev |
| 866-869 | Limits of applicability of the theory of a single-phase boundary layer using conditions of free-convective frosting | D. P. Sekulich |
| 870-874 | Hydrate formation process with consideration of heat and mass exchange | V. M. Bilyushov, É. A. Bondarev and V. I. Maron |
| 875-878 | Toward a steady-state theory of heterogeneous ignition and extinction of a particle in a heated gaseous oxidizer | V. V. Kalinchak and S. G. Orlovskaya |
| 879-884 | Nonsteady-state interaction of a combustion wave with a dust cloud | I. G. Dik, E. I. Gubin and A. Yu. Krainov |
| 884-889 | Methods of researching thermophysical parameters and phenomena by means of nonstationary-frequency measurements. Part 2. Step and instantaneous heating methods | A. G. Shashkov, V. I. Krylovich and A. S. Konovalov |
| 890-893 | Thermal conductivities of hex-1-ene, hept-1-ene, oct-1-ene, and dec-1-ene at 302–374 K | N. A. Nesterov, V. A. Kurbatov, A. F. Zolotukhina, T. R. Atrashenok and A. D. Peshchenko |
| 894-897 | Analysis of the density and refractive index of neon from experimental values of the dielectric permittivity | A. P. Beketov and S. N. Smirnov |
| 897-902 | Thermal characteristics of water foams | A. G. Nekrasov, S. S. Tatiev, O. M. Todes and I. F. Shubin |
| 902-907 | Method for comprehensive determination of thermophysical characteristics and an algorithm for computer analysis of the experimental data | N. I. Gamayunov, R. A. Ispiryan, A. L. Kalabin and A. A. Sheinman |
| 907-910 | Structural effect of the temperature coefficient of resistivity of electrically conducting heterogeneous systems | G. V. Kozlov |
| 911-918 | Self-oscillations, parametric modulation, and nonlinear parametric resonance in bulk crystallization processes | Yu. A. Buevich, V. V. Mansurov and I. A. Natalukha |
| 918-924 | Nonstationary processes in optical fiber formation. 1. Stability of the drawing process | V. N. Vasil'ev, G. N. Dul'nev and V. D. Naumchik |
| 924-929 | Temperature-measurement optimization and numerical inverse conduction-treatment solution | E. A. Artyukhin, S. A. Budnik and A. S. Okhapkin |
| 930-934 | Algorithm for increasing the accuracy of a numerical solution of the equations of mathematical physics by the Gauss-Legendre method of quadratures | V. I. Gladkovskii |
| 934-940 | Method of inverse dynamical systems for the reconstruction of internal sources and boundary conditions in heat transfer | P. M. Kolesnikov, V. T. Borukhov and L. E. Borisevich |
| 941-946 | Thermophysical researches at Leningrad Institute of fine Mechanics and Optics | G. N. Dul'nev |
| 947-952 | Nonsteady mixing with an increase in heat-carrier flow rate in a bundle of coiled tubes | B. V. Dzyubenko, L. A. Ashmantas and A. B. Bagdonavichyus |
| 952-954 | Study of a finned two-chamber vortex tube | A. N. Azarov and P. E. Krotov |
| 955-956 | Vibration of an elastic tube excited by a turbulent flow | V. G. Tkachenko, E. M. Greshilov and M. A. Mironov |
| 957-960 | Heat and mass transfer in a field of IR radiation under conditions of swirling flow of an optically active medium | A. B. Shafigullin and N. A. Artamonov |
| 960-965 | Effects of the kinetics of fusion of the surface layer of metal by a concentrated energy flux | A. L. Glytenko, B. Ya. Lyubov and V. T. Borisov |
| 965-968 | Experimental study of a submerged supersonic two-phase jet | S. I. Baranovskii and A. I. Turishchev |
| 969-973 | Generalization of the temperature characteristics of the plasma jet of a linear plasmatron | V. L. Sergeev and E. V. Garkavyi |
| 974-980 | Thermodiffusion and the diffusion thermoeffect in the flow of low-temperature plasmas | Yu. P. Savel'ev and M. M. Stepanov |
| 981-985 | Nonlinear and crossover effects in the diffusion penetration of hydrogen through a metallic membrane | L. I. Smirnov and V. A. Gol'tsov |
| 985-990 | Statistical calculation of the self-diffusion coefficients of disordered substitutional binary solid solutions | É. T. Bruk-Levinson and L. P. Orlov |
| 991-993 | Effect of nonlinear scattering on the transparency dynamics of burning aerosol in a laser field | V. I. Bukatyi, T. K. Kronberg and A. M. Shaiduk |
| 994-998 | Monodisperse breakup of liquid jets | V. V. Blazhenkov, A. F. Ginevskii, V. F. Gunbin, A. S. Dmitriev and A. I. Motin |
| 999-1003 | Two-layer film flow over the surface of a rotating disc | G. M. Sisoev and V. Ya. Shkadov |
| 1003-1009 | Shapes of annular layers of fluid on the surface of a rotating cylinder | V. E. Epikhin, P. N. Konon and V. Ya. Shkadov |
| 1010-1013 | Taking account of the relaxation of the wetting angle in the capillary suction of liquid in a gravitational field | P. A. Novikov, A. V. Kuz'mich and A. A. Makhanek |
| 1014-1019 | Formation of a two-phase zone in the interaction of wet rocks with cooled salt solution | A. M. Maksimov and G. G. Tsypkin |
| 1020-1024 | Relaxational filtration | A. Yu. Zubarev and B. Khuzhaerov |
| 1025-1029 | Dynamic transient mode of shear strain of an elastic viscoplastic medium in a long channel | O. R. Dornyak, É. A. Zal'tsgendler, B. M. Khusid and Z. P. Shul'man |
| 1030-1033 | Self-oscillations in processes of volumetric crystallization in nonkinetic regimes of crystal growth with consideration for fluctuations of the growth rate | I. A. Natalukha |
| 1034-1037 | Phase transitions in doped silicon | D. A. Vakhabov, A. S. Zakirov, Kh. T. Igamberdyev, A. T. Mamadalimov and K. Makhmudov, et al. |
| 1038-1043 | Thermal relaxation and nonlinear melting and evaporation in intense energy fluxes | O. N. Shablovskii |
| 1044-1047 | Optimum feed coordinate in a column separator | V. D. Borisevich, M. V. Gribkov, N. I. Laguntsov, G. A. Sulaberidze and V. E. Filippov |
| 1048-1051 | Entropy-increase principle. Part 4 | I. P. Zhuk |
| 1051-1055 | New consequences of the linear model of the parametric equation of state | Yu. E. Sheludyak and V. A. Rabinovich |
| 1055-1059 | Measurement of the thermal diffusivity in conditions of subsonic heating. Calculation of dynamic correction | V. I. Gorbatov, S. A. Il'inykh, S. G. Taluts and V. E. Zinov'ev |
| 1059-1065 | Dynamics of the drawing zone of a lightguide blank for different drawing regimes with furnace and laser heating | E. M. Dianov, V. V. Kashin, S. M. Perminov, V. N. Perminova and S. Ya. Rusanov, et al. |
| 1065-1067 | Analysis of the accuracy of the solution of a boundary-value problem on the basis of a numerical inversion of the Laplace transform | Yu. T. Kostenko, A. S. Mazmanishvili and I. N. Domnina |
| 1069-1073 | Turbulent transfer in flows with inhomogeneous substance and energy sources | O. V. Dobrocheev and V. P. Motulevich |
| 1074-1079 | Thermohydraulic stability of helium flow at supercritical pressure under conditions of forced and mixed convection in a vertical heated channel | V. M. Eroshenko, I. A. Krestova and E. V. Kuznetsov |
| 1079-1086 | Universal profiles and law of turbulent near-wall heat and mass transfer | V. F. Potemkin |
| 1087-1091 | AN experimental investigation of the deterioration of the heat-transfer conditions in the vapor-generating channels of a refrigeration system | M. A. Bukraba, Yu. D. Kozhelupenko, G. F. Smirnov and S. V. Nelipa |
| 1092-1097 | Laminar boundary layer with a precipitating disperse impurity | V. A. Naumov |
| 1098-1102 | Thermal polarization of a viscous gas flow accompanied by slip in a channel with a nonuniform surface | O. E. Aleksandrov, S. P. Obraz, B. T. Porodnov, V. D. Seleznev and A. G. Flyagin |
| 1103-1110 | Calculation of the nonsteady heating and ablation of swollen coatings in hot gas flows | V. L. Strakhov and N. G. Chubakov |
| 1111-1117 | Computation of the velocity profile for nonlinearly viscous fluid flow in spiral channels with low reynolds numbers | Yu. G. Nazmeev, E. K. Vachagina and A. G. Yakupov |
| 1118-1122 | Gravity segregation in a homogeneous waterflooded stratum in a seismoacoustic field | É. M. Simkin and T. V. Verbitskaya |
| 1123-1127 | Sapropel drilling-mud infiltration into a porous medium | I. I. Lishtvan, V. I. Lozhenitsyna, A. S. Lerman, A. I. Lobov and V. Yu. Artamonov |
| 1127-1131 | Wall gas-dynamic inhomogeneity in a fixed granular bed | V. N. Korolev and N. I. Syromyatnikov |
| 1132-1136 | Application of coherent-optical methods in physical studies of evaporation | S. B. Artemenko, A. T. Belonozhko, G. P. Vyatkin, Yu. G. Izmailov and S. A. Plokhov, et al. |
| 1137-1141 | Extension of the quasilinear method of determining thermophysical characteristics to the case of anisotropic materials | Ya. A. Napar'in, N. A. Yarmonov and N. A. Vdovin |
| 1142-1145 | Determination of the effective thermal conductivity of a plate in nonsteady experiment | E. A. Belov, G. Ya. Sokolov and A. S. Starkov |
| 1146-1149 | Transfer characteristics of multicomponent cooling agents | V. N. Khalaidzhi, V. Z. Geller and G. V. Zaporozhan |
| 1150-1153 | Transient processes in vibrationally excited diatomic gas with downwards flux of quanta | I. V. Kochetov, A. K. Kurnosov and A. P. Napartovich |
| 1154-1160 | A numerical solution algorithm for the spatially inhomogeneous equations of kinetic breakdown | M. V. Bochkov and B. N. Chetverushkin |
| 1161-1166 | Integral transform “infixing” method for nonlinear transient mass-transfer problems | A. D. Polyanin and V. V. Dil'man |
| 1166-1171 | Electrothermal analogy in hereditary media and its application | I. A. Novikov |
| 1172-1177 | Generalized thermal conductivity of dissimilar heat-sensitive bodies connected by a thin intermediate layer | Yu. M. Kolyano, E. P. Khomyakevich and I. O. Goi |
| 1178-1194 | Thermomechanical and thermoacoustic self-excited oscillations | E. I. Nesis and S. E. Nesis |
| 1195-1200 | Effect of flow-twisting intensity on the mixing of a heat-transfer agent in bundles of twisted tubes | B. V. Dzyubenko and V. N. Stetsyuk |
| 1200-1204 | Radiant-convective heat exchange in turbulent motion of a gas suspension within a tube | F. F. Tsvetkov and V. I. Salokhin |
| 1204-1208 | Utilization of the k-ε turbulence model in a free-convective turbulent boundary layer | A. V. Fedotov and Yu. S. Chumakov |
| 1209-1213 | Transverse temperature fields in nonequilibrium rarefied gas flows behind cylindrical channels | S. N. Syromyatnikov, S. T. Barashkin and B. T. Porodnov |
| 1213-1216 | Particle temperature fluctuations in a turbulent stream | F. N. Lisin |
| 1217-1220 | Boundary condition for the equation of particle diffusion in nonuniform flow | I. V. Derevich and L. I. Zaichik |
| 1220-1223 | Effects of viscous dissipation and Joule heat on heat transfer near a rotating disk in the presence of intensive suction | V. D. Borisevich and E. P. Potanin |
| 1223-1230 | Dynamics of macromolecules in convergent-channel flows | Z. P. Shul'man, É. A. Zal'tsgendler and B. M. Khusid |
| 1230-1233 | Acoustic flows and acoustooptic interaction in a gaseous medium | V. I. Zagorel'skii, D. O. Lapotko, O. G. Martynenko and G. M. Pukhlov |
| 1233-1237 | Fundamental regularities in the motion of an arbitrary gas | É. A. Orudzhaliev |
| 1237-1240 | Some features of the thermal stratification of liquids during natural convection in cylindrical cavities with annular ribs | V. A. Evstaf'ev |
| 1241-1244 | Engineering method of computing the radiation flux to a permeable surface under aerodynamic heating conditions | M. N. Rolin and N. L. Yadrevskaya |
| 1244-1251 | Instability of a steady-state regime for the combustion of petroleum in a porous medium | S. P. Fedotov and N. A. Mikhailova |
| 1251-1253 | Analogy between two mathematical models in the theory of two-phase filtration | A. A. Gil'man |
| 1254-1258 | Maximal values of the conductive component of the external heat transfer in miscible dispersed media | V. A. Borodulya and Yu. S. Teplitskii |
| 1259-1262 | Heat transfer in a three-phase fluidized bed | L. K. Vasanova, A. P. Polozov and G. P. Yasnikov |
| 1263-1267 | Intensification of heat transfer in the condensation of water vapor on horizontal tubes with annular grooves | G. A. Dreitser, E. S. Levin and A. V. Mikhailov |
| 1267-1272 | Evaluating the spectrum of dimensions of vapor occlusions by the electric probing method | E. P. Svistunov, V. P. Sevast'yanov, V. K. Shanin and V. M. Kryukov |
| 1272-1274 | Maximum thickness of a two-phase layer during boiling on a flat horizontal surface turned downward | Yu. A. Kirichenko, K. V. Rusanov and E. G. Tyurina |
| 1274-1280 | Theoretical study of the stability of nucleate boiling and pulsations of the temperature of a wall heated by a hot liquid | S. A. Kovalev and S. V. Usatikov |
| 1281-1285 | Conversion of electron-beam energy to thermal radiation in thin films | G. S. Romanov and M. V. Suzdenkov |
| 1286-1290 | Thermoelastic stresses in a multilayer plate upon action of laser radiation | I. A. Volchenok and G. I. Rudin |
| 1291-1297 | Macrokinetics of diffusion mass transport with solid phase reaction in binary metallic systems | L. G. Voroshnin, B. M. Khusid and B. B. Khina |
| 1298-1303 | Compensation for the temperature coefficient of resistance of heterogeneous resistive materials | E. V. Kharitonov and Ya. V. Pavlotskii |
| 1304-1308 | Silicon thermophysical properties under thermal loading | D. A. Vakhabov, A. S. Zakirov, Kh. T. Igamberdyev, A. T. Mamadalimov and K. Makhmudov, et al. |
| 1309-1312 | Thermal conditions in a laser in a low-density gas | G. N. Dul'nev, V. A. Korablev, A. E. Mikhailov, Yu. T. Nagibin and V. G. Parfenov, et al. |
| 1313-1317 | Effect of thermometer thermal conductivity and dimensions on accuracy of thermal flux measurements | N. A. Yaryshev, N. N. Zarovnaya and T. V. Smirnova |
| 1318-1324 | Effect of inertia in a lubricant on the thermophysical processes in the radial slip bearings of turbine-driven machinery | V. V. Rukhlinskii and A. V. Ermolenko |
| 1325-1328 | Heat-transfer crisis in a channel | Yu. A. Kuzma-Kichta, A. S. Komendantov, Yu. G. Khasanov and M. N. Burdunin |
| 1329-1332 | Method of estimating spontaneous bolting points and critical parameters for binary mixtures | P. V. Skripov |
| 1332-1333 | Evaporation of bubble aerosol droplets from solid substrates | V. Ya. Khentov, V. M. Gasanov, Yu. V. Vlasov and V. Kh. Khalilov |
| 1334-1338 | Transfer coefficients behind a system of parallel channels and in an annular channel of complex form | G. V. Konyukhov and A. I. Petrov |
| 1339-1342 | Analysis of spectral turbulence in two-phase flows | F. N. Lisin and A. G. Shuklin |
| 1343-1345 | Slip of a gas in a field of optical radiation | I. V. Chermyaninov and V. G. Chernyak |
| 1345-1348 | High reflectivity coatings used in cryovacuum technology | G. A. Dubinina |
| 1349-1354 | Self-similar convection near a thermal quadrupole | M. A. Gol'dshtik and V. N. Shtern |
| 1355-1358 | Thickness of a film obtained by the vertical withdrawal of a plate from a suspension described by the shvedov-bingham model | G. Peev and M. Kyrsheva |
| 1359-1363 | Aspects of the study of moisture transfer in composite materials with the help of x-ray computational tomography | V. I. Barakhov, V. A. Chernyaeva, V. S. Kiselev and A. P. Stepanov |
| 1363-1372 | Modeling of reservoirs in a bazhenite suite | Yu. A. Buevich and V. A. Ustinov |
| 1373-1380 | Determination of the effective permeability of a cracked-porous medium | K. S. Basniev, P. G. Bedrikovetskii and E. N. Dedinets |
| 1381-1385 | Coefficient of resistance to the diffusion of gases in porous bodies | G. N. Dul'nev and V. I. Malarev |
| 1385-1388 | Steady-state two-dimensional diffusion of a radioactive impurity in a channel with sorbing walls | O. V. Ivanov, V. D. Akin'shin and V. D. Seleznev |
| 1388-1395 | Macrokinetics of intermetallic compound formation in the diffusion zone | L. G. Voroshnin, B. M. Khusid and B. B. Khina |
| 1396-1399 | Physical model of an integrating converter | V. I. Bodnaruk, V. T. Dimitrashchuk and M. A. Makedon |
| 1400-1405 | Experimental study of thermal conductivity in lithium in the gaseous phase at high temperatures | N. B. Vargaftik, Yu. K. Vinogradov and Yu. K. Yakimovich |
| 1405-1408 | Generalization and analytic description of thermal conductivity of paraffin and aromatic hydrocarbons and their mixtures | Ya. M. Naziev, A. S. Gasanov and A. M. Gumbatov |
| 1409-1416 | Dissolution of a polydisperse system of crystals with allowance for dissolution rate fluctuations | A. I. Moshinskii |
| 1417-1423 | Determination of the thermal diffusivity from unsteady temperatures under heating by local heat sources | G. T. Aldoshin, A. S. Golosov, V. I. Zhuk, A. A. Lopashev and D. N. Chubarov |
| 1424-1431 | Heat transfer in intensive nonstationary processes | N. I. Nikitenko |
| 1431-1436 | Temperature field in a half-space with a foreign inclusion | Yu. M. Kolyano, Yu. M. Krichevets, E. G. Ivanik and V. I. Gavrysh |
| 1436-1438 | Method of quasi-green's functions for a nonstationary nonlinear problem of thermal radiation | M. D. Martynenko, M. A. Zhuravkov and E. A. Gusak |
| 1439-1443 | Application of the finite elements method to solve the stationary heat-conduction problem of piecewise-inhomogeneous systems | V. S. Sipetov, V. S. Karpilovskii and O. N. Demchuk |
| 1444-1450 | Construction of superelements for heat-conduction and potential problems | Yu. K. Malikov, V. G. Lisienko and A. E. Vostrotin |
| 1451-1453 | On bednov's article “a new method for solution of the integral equations for radiant heat exchange” | S. P. Rusin and S. M. Bednov |
| 1-6 | Laws of nonsteady mixing with a reduction in the rate of flow of a heat carrier in a bundle of coiled tubes | B. V. Dztybenko, L. A. Ashmantas and A. B. Bagdonavichyus |
| 6-11 | Study of hydrodynamics and mass transfer in the flow of oppositely swirled jets about a stabilizer in an annular channel | K. Yu. Sokolov, A. G. Tumanovskii, A. I. Maiorova, A. V. Sudarev and E. D. Vinogradov |
| 12-18 | Flow parameters in the interaction of two gas jets | V. D. Prikhod'ko and Yu. M. Rudov |
| 18-20 | Question of the motion of a system of sequential coaxial vortex rings in a homogeneous fluid | O. G. Martynenko, I. A. Vatutin, N. I. Lemesh and P. P. Khramtsov |
| 20-23 | Investigation of pressure fluctuations in a horizontal gas-fluid flow | N. N. Elin |
| 24-26 | Influence of pressure oscillations on gas-phase content in gas-liquid flow | A. N. Luk'yanov, E. N. Lysov, V. I. Petrov and N. P. Shinov |
| 26-33 | Heat transfer in channels with porous inserts during forced fluid flow | A. A. Plakseev and V. V. Kharitonov |
| 34-37 | An investigation of the parameters of heat-exchanging devices using the vapor-lift mechanism | V. B. Eliseev, S. N. Ostapchuk and A. N. Spiglazov |
| 37-42 | Thermal diffusion ratio of saturated vapor-gas mixtures | M. Mamedov |
| 43-50 | Mass transfer in a solid disperse medium with a phase transformation | Yu. A. Buevich and S. L. Komarinskii |
| 50-55 | Heterogeneous mass-transfer kinetics under diffusion-controlled conditions | V. N. Mankevich and V. G. Markov |
| 55-58 | Heat transfer in a plasmochemical reactor | M. V. Lyakin, A. L. Suris and V. M. Postnikov |
| 58-63 | Method for determining the gas-dynamic characteristics of a nonequilibrium hypersonic flow of nitrogen based on experimental data on the stagnation parameters | V. N. Komarov and O. Yu. Polyanskii |
| 63-68 | Cooling of cryoagents by the pumping-out of vapor | Yu. A. Kirichenko and V. E. Seregin |
| 68-72 | Raising the accuracy of measuring the dielectric permittivity of fluids | V. I. Krylovich and V. V. Mikhal'kov |
| 73-77 | Molecular thermal conductivity of heavy-water vapor at pressures up to 30 MPa and temperatures up to 700°C | A. A. Tarzimanov and F. R. Gabitov |
| 77-79 | Study of the strain-resistance properties of massive samples of Bi2Te3-Sb2Te3 and Bi2Te3-Bi2Se3 | E. K. Iordanishvili, M. B. Nabiev, Kh. O. Olimov and Yu. I. Ravich |
| 79-83 | Photothermal determination of the thermophysical characteristics of solid-state objects | V. E. Zhuravlev, A. I. Morozov and V. Yu. Raevskii |
| 84-89 | Thermal conductivity of refractory fills at temperatures in the range 500–2000 K | G. N. Dul'nev, E. Ya. Litovskii, I. G. Fedina and S. L. Bondarenko |
| 90-95 | Thermophysical recovery processes during pulse laser heating | A. A. Uglov, I. Yu. Smurov, A. A. Volkov and E. B. Kul'batskii |
| 95-102 | Quasidynamic modeling of heat-transfer processes | I. K. Butkevich, M. A. Zuev and V. F. Romanishin |
| 102-107 | Solution of inverse problems for a system of quasilinear equations of heat conduction in a self-similar regime | A. D. Iskenderov, T. B. Gardashov and T. M. Ibragimov |
| 109-115 | Turbulent heat transfer at the forward face surface of a vortex chamber | É. P. Volchkov, S. V. Semenov and V. I. Terekhov |
| 116-119 | Bilateral heat exchange in vaporization channels with an inner spirally coiled tube | V. M. Budov and S. M. Dmitriev |
| 120-126 | Heat-exchange boiling crisis in vertical channels of diverse geometry, plugged at the bottom | A. N. Kovalev |
| 126-132 | The effect of the nonsteady state and turbulence on interphase heat and mass transfer in the relative motion of bubbles in a boiling stream | V. A. Gerliga and V. I. Skalozubov |
| 133-135 | Effect of flow twisting on hydraulic resistance and heat exchange | V. Ya. Suslov and N. A. Makarov |
| 136-140 | An experimental study of local shear stress at the wall of a coiled tube | Yu. V. Vilemas, P. S. Poshkas and V. A. Mikaila |
| 140-143 | Flow in the initial segment of a tube with a sharp leading edge | V. M. Legkii and V. A. Rogachev |
| 144-148 | Interaction of a turbulent boundary layer with an elastic plate | V. I. Korobov, V. V. Babenko and L. F. Kozlov |
| 148-152 | Investigation of EHD flow based on a numerical solution of the navier-stokes equations | L. P. Pasechnik and I. V. Ufatov |
| 152-159 | The dynamics of quasisteady flow of a liquid-gas mixture in a conduit | V. A. Bruk |
| 160-163 | Plane-parallel advective flows in a vibration field | G. Z. Gershuni and E. M. Zhukhovitskii |
| 164-167 | The mechanism of tungsten mass transport in the oxygen of rarefied air and in water vapor | A. S. Evsikov, A. A. Makeev, L. L. Lyubimova and V. V. Sinyavskii |
| 168-173 | The exchange of heat between a liquid spheroid and the ambient medium in the presence of Leidenfrost phenomenon | V. K. Bityukov and V. N. Kolodezhnov |
| 173-180 | The spreading of a microstructural fluid over a solid surface | N. P. Migun and A. C. Eringen |
| 181-185 | The motion of a small drop of a partially wetting fluid under the action of an alternating electric current | A. S. Romanov |
| 186-188 | Destabilization of the film-coated surface of an electrically conducting fluid in an alternating field exposed to irradiation with light | I. N. Aliev |
| 189-194 | Determining and eliminating factors impairing the efficiency of cryogenic vessels | G. G. Zhun', V. F. Getmanets, V. A. Miroshnichenko and V. I. Shalaev |
| 194-198 | The transfer of heat and mass in capillary-porous materials in the hygroscopic state on drying by means of reduction in pressure | R. G. Safin, V. A. Lashkov and L. G. Golubev |
| 198-206 | Thermal conductivity of moist porous materials | G. N. Dul'nev, D. P. Volkov and V. I. Malarev |
| 207-213 | Determination of thermophysical characteristics for two-layer structures from data obtained in nonsteady regime measurements | A. S. Golosov, V. I. Zhuk and D. N. Chubarov |
| 213-216 | Calculating convective heat exchange in a hypersonic viscous shock layer | V. G. Shcherbak |
| 216-220 | Comparative evaluation of approximate methods for solving one-dimensional problems involving movable boundaries | É. A. Bondarev and F. S. Popov |
| 221-226 | The effect of an electromagnetic field on the heat and mass transfer which occurs in the melting of a rotating cylinder | V. A. Timofeev |
| 226-231 | Two-model iteration method for the solution of an inverse boundary heat-exchange problem | S. L. Balakovskii and N. V. Dilgenskii |
| 232-239 | Explicit solutions of certain multidimensional inverse problems for systems of parabolic-type equations | A. D. Iskenderov, T. B. Gardashov and T. M. Ibragimov |
| 241-243 | Methods of analyzing the thermal conditions of engineering systems and inverse heat- and mass-transfer problems | B. M. Pankratov |
| 244-248 | Use of inverse problems for spatial diagnostics of the heat transfer of aircraft models | V. K. Zantsev, G. A. Bezruk and B. A. Rozhkov |
| 248-252 | Heat conduction in the quasisteady heating of materials | K. B. Isaev and Yu. B. Polezhaev |
| 252-256 | Identification of the combustion front of an oil resevoir | N. I. Nikitenko |
| 256-260 | Optimum planning of experiments in the identification of heat-transfer processes | E. A. Artyukhin |
| 260-263 | Identification of two-dimensional heat flows in anisotropic bodies of complex form | V. F. Formalev |
| 264-267 | Identification of boundary conditions for elements of the flow-through part of a turbine in a gas-turbine engine | Yu. Yu. Rykachev and N. M. Tsirel'man |
| 268-271 | Determination of heat liberation coefficients within a channel by solution of the converse thermal conductivity problem | K. M. Iskakov, O. E. Solodovnikov and V. A. Trushin |
| 271-273 | Determination of thermal flux density, medium temperature and heat liberation coefficient by solution of the converse thermal conductivity problem | M. P. Kuz'min |
| 273-275 | Selection of thermosensor inertia in solving the converse thermal conductivity problem | I. M. Lagun |
| 275-277 | Effect of temperature measurement errors on the accuracy of boundary conditions | A. A. Aleksakhin and S. V. Ena |
| 278-281 | Diagnosis of thermal regimes on continuous steel-casting machines | O. M. Alifanov, V. K. Zantsev, V. F. Markov and V. P. Skugarev |
| 281-283 | A programmable suite for identifying thermal parameters in engineering processes | V. A. Sipailov, V. A. Chetkarev, V. A. Ivanov, L. D. Zagrebin and V. S. Kazakov |
| 283-285 | Hierarchic thermal-process identification in devising technical schemes | R. V. Golev and V. A. Chetkarev |
| 286-290 | Data processing and planning of nonstationary thermophysical experiments | E. A. Artyukhin, L. I. Guseva, A. P. Tryanin and A. G. Shibin |
| 290-293 | Determination of the source in quasilinear equations of the parabolic type | V. M. Volkov |
| 293-296 | Determination of the contact thermal resistance from the solution of the inverse problem of thermal conductivity | L. V. Kim |
| 296-300 | Efficient organization of the quenching of rolled products on the basis of solution of an external inverse heat-conduction problem | É. G. Bratuta, Yu. M. Matsevityi, A. V. Multanovskii and Yu. A. Selikhov |
| 301-308 | Analysis of the method of temperature measurement used to determine the set of characteristics of a thermally protective coating | S. A. Budnik, L. I. Guseva and A. G. Shibin |
| 308-312 | Effect of different factors on the accuracy of the solution of a parametrized inverse problem of heat conduction | O. M. Alifanov and A. V. Nenarokomov |
| 312-316 | Degree of instability of numerigal solutions of inverse heat-conduction problems and error of experimental data | N. I. Batura |
| 316-320 | A nonlinear regularizing algorithm for solving one class of inverse problems of heat conduction | Yu. E. Voskoboinikov and A. V. Bronnikov |
| 320-323 | Solution of the internal inverse problem for a bulk anisotropic body | L. A. Kozdoba and V. N. Mudrikov |
| 323-327 | Solution of inverse problems of the mechanics of reactive media | A. M. Grishin, A. Ya. Kuzin, S. P. Sinitsyn and N. A. Yaroslavtsev |
| 327-333 | Solution of a two-dimensional heat-conduction problem for a geometrically complex domain by an integrointerpolation method | N. V. Kerov |
| 333-337 | Construction of smoothing splines by linear programming methods | A. G. Pogorelov |
| 338-342 | Noniterative splicing in solving heat-conduction problems in complex three-dimensional structures | V. M. Yudin and V. F. Kravchenko |
| 342-348 | Method of determining the thermophysical properties of orthotropic materials from the solution of a two-dimensional inverse heat-conduction problem | A. M. Mikhalev and S. V. Reznik |
| 349-354 | Statements and methods of solving inverse problems of radiative heat exchange | E. K. Belonogov |
| 354-357 | Stability of solving optimization problems of parameters of radiative heating devices | E. K. Belonogov and D. S. Tkach |
| 358-363 | Inverse problems of radiative heat transfer in polydispersed media | P. M. Kolesnikov |
| 363-367 | Numerical solution for the steady-state coefficients of the inverse heat-transfer problem for stratified media | P. N. Vabishchevich and A. Yu. Denisenko |
| 369-374 | Quantitative relationships governing the establishment of a quasisteady destruction regime on unilaterial material heating | Yu. V. Polezhaev and G. A. Frolov |
| 375-381 | Multidirectional speckle photography of density fields in gasdynamic flows | N. A. Fomin |
| 381-384 | Flow in the initial segment of a tube with a sharp inlet edge. Comparative analysis | V. M. Legkii and V. A. Rogachev |
| 384-388 | Application of the large-scale particle method in investigating the exchange of heat between a gas and particles in twisted-flow countercurrent apparatus | É. F. Shurgal'skii |
| 388-395 | Isothermal axisymmetric flow of an incompressible fluid in radial contact apparatus | P. G. Shtern, E. A. Rudenchik, S. V. Turuntaev, I. S. Luk'yanenko and E. G. Bezrukova, et al. |
| 395-397 | The complete filling of dead-end conical capillaries with liquid | G. I. Dovgyallo, N. P. Migun and P. P. Prokhorenko |
| 397-403 | Numerical modeling of nonsteady natural convection in prismatic cavities | Yu. E. Karyakin |
| 403-410 | Relationship between the coefficient of mass transfer and local efficiency for vapor (gas)-liquid systems | Yu. A. Komissarov, V. V. Kafarov and K. Amirov |
| 410-415 | Calculating the radiative exchange of heat in media consisting of nonisothermal components | É. I. Gorb and D. B. Akhmedov |
| 416-419 | Thermal conductivity of heavy water at high pressures and its dependence on density | U. B. Magomedov |
| 420-424 | The nonisothermal oligomer hardening regime | A. Ya. Malkin and A. E. Teishev |
| 424-431 | The macrokinetics of diffusion conversions in metals with a dispersion phase | Yu. A. Buevich and S. L. Komarinskii |
| 431-438 | Application of the theory of similarity for purposes of generalizing the thermal-diffusion factor for mixtures of multiatomic nonpolar gases | A. F. Zolotukhina |
| 438-442 | A recuperator with a magnetorheological coolant | Z. P. Shul'man, V. I. Kordonskii and S. R. Gorodkin |
| 442-450 | Classification of thermal models of flowthrough systems of thermostatically controlled objects at various temperature levels | V. A. Romanenko, S. V. Tikhonov, S. I. Khankov and N. K. Yagupova |
| 450-455 | The control of quasiuniform heating of a cylindrical specimen in an inductor | A. Yu. Kuyanov, V. B. Glasko and A. N. Tikhonov |
| 456-462 | Calculating the thickness of an annealed layer in the laser heat treatment of steel, without surface melting | A. N. Kokora and É. N. Sobol' |
| 463-467 | Optimization of two-dimensional nonsteady-state temperature regimes with limitation imposed on the parameters of the thermal process | V. M. Vigak, A. V. Kostenko and M. I. Svirida |
| 468-472 | Localization of heat generation in a dielectric under the action of an shf electromagnetic field | R. G. Ruginets and R. Sh. Kil'keev |
| 472-477 | An analytical model of the stress-strain state of an axisymmetric elastic body under conditions of a two-dimensional temperature field | A. M. Stolin, L. S. Stel'makh and N. N. Zhilyaeva |
| 478-483 | Identification of the parameters in equivalent thermal circuits of electric motors in the nonsteady regime | S. L. Balakovskii |
| 483-488 | Investigating the diagnostics algorithms of the thermal effect in design | O. M. Alifanov and I. E. Balashova |
| 488-494 | A universal algorithm for the solution of problems involving the mathematical modeling of the thermal regime in a structure, in one-dimensional approximation | V. S. Khokhulin |
| 495-500 | Acoustics of boiling solutions | R. I. Nigmatulin, N. S. Khabeev and V. Sh. Shagapov |
| 501-503 | Local optical-parameter distributions in tubular shear flows | O. G. Martynenko, I. A. Vatutin, N. I. Lemesh, P. P. Khramtsov and I. A. Shikh |
| 503-508 | Laws governing the internal region of a turbulent boundary layer | V. V. Zyabrikov |
| 508-512 | Calculation of the characteristics of countercurrent axisymmetric jets | V. A. Dvoinishnikov, M. A. Laryushkin and A. N. Rozhko |
| 512-515 | Gradient numerical-analytical method for solution of the navier-stokes equations for a viscous incompressible fluid | A. A. Shmukin and R. A. Posudievskii |
| 516-518 | Forecasting the critical temperature for a hydrocarbon from the structural formula | A. D. Okhotsimskii |
| 519-524 | Question of determining the composition of composites by a tomographic method | V. I. Barakhov, V. A. Chernyaeva, V. S. Kiselev and L. D. Shestopal |
| 524-527 | Measurement of thermal diffusivity of diamond by the light-induced thermal lattice method | V. V. Gorbachev, V. M. Durasov, R. B. Zezin, E. V. Ivakin and A. S. Rubanov |
| 528-531 | Radiant-convective heat exchange in flow of a high-temperature gas suspension over a surface | V. E. Abaltusov and N. N. Ponomarev |
| 531-536 | Spatial and polarization characteristics of radiation reflected by composite materials | E. A. Garnova, Ya. M. Geda, V. A. Dlugunovich and V. N. Snopko |
| 536-541 | Tests on a flow cryostat with series cooling | A. B. Gal'chuk, S. V. Lavrenchuk, V. A. Romanenko and S. I. Khankov |
| 541-546 | External heat transfer in polydispersed fluidized beds at elevated temperatures | V. A. Borodulya, Yu. S. Teplitskii, A. P. Sorokin, V. V. Matsnev and I. I. Markevich, et al. |
| 546-551 | Comprehensive determination of potential-dependent heat- and mass-transfer characteristics of disperse materials | S. V. Mishchenko and P. S. Belyaev |
| 552-558 | Nonsteady transfer in disperse and heterogeneous media | Yu. A. Buevich, V. A. Ustinov and B. Khuzhaerov |
| 558-563 | Non-Newtonian properties of emulsions in solutions of surface-active agents | A. Yu. Zubarev |
| 564-568 | Numerical modeling of thermal regimes during the assembly of a multicomponent system | V. I. Burenko and L. A. Kozdoba |
| 569-574 | Nonsteady thermocapillary mass transfer in the laser alloying of metals | A. A. Uglov, I. Yu. Smurov, A. G. Gus'kov and K. I. Tagirov |
| 575-579 | Distribution of the phase front in the freezing of finely-dispersed soils | L. E. Bronfenbrener and 1. P. Yarin |
| 579-582 | Converse thermal conductivity problems and calorimetry of transparent bodies | N. V. Shumakov, I. V. Elagin, B. B. Meshkov and P. P. Yakovlev |
| 582-585 | Application of a priori information to assure identifiability of a mathematical model | M. R. Romanovskii |
| 586-589 | Thermoelastic shallow transfer shells equally stressed over the thickness | M. D. Martynenko, Garib Musa Garib and S. V. Moroz |
| 590-602 | Optical properties of a nonequilibrium vibrationally excited gas | A. I. Osipov and A. A. Filippov |
| 603-610 | Modeling of nitrogen oxide formation in a turbulent diffuse flame | É. P. Volkov and N. Yu. Kudryavtsev |
| 611-616 | Toward a theory of turbulence | L. A. Rott |
| 616-624 | Development and movement of vortex structures near the surface of a solid wall | I. A. Belov, B. A. Kolovandin and N. A. Kudryavtsev |
| 625-630 | Mathematical model of a turbulent gas flow in a zigzag channel | L. P. Kholpanov, B. R. Ismailov and N. P. Bolgov |
| 631-637 | Boundary-layer susceptibility and heat-transfer intensification | N. F. Yurchenko, A. A. Pyadishyus and G. P. Zigmantas |
| 637-642 | Asymptotic theory of the spreading of partially wetting liquid | K. B. Pavlov, A. S. Romanov and A. P. Shakhorin |
| 643-647 | Longitudinal dispersion in the flow of a multicomponent mixture in a plane channel | A. I. Moshinskii |
| 648-652 | Motion and growth of new-phase particles formed in a thermodiffusion chamber | J. Vitovec, N. V. Pavlyukevich, I. Smolik and S. P. Fisenko |
| 653-658 | Heat and mass transfer in an epitaxial reactor of the vertical type 1. Symmetrical heating of the reactor | V. P. Popov |
| 659-662 | Macroscopic pattern of mixing of solid particles in columns of units with a fluidized bed | A. A. Oigenblik, Yu. S. Teplitskii, E. V. Pribylov, T. P. Eremenko and V. K. Vakar, et al. |
| 663-669 | Toward a theory of infiltration in a medium with dual porosity | Yu. A. Buevich and U. M. Mambetov |
| 669-673 | Investigation of dynamic characteristics of a glow discharge in gas flows | V. N. Karnyushin, E. I. Shirokov and S. V. Shushkov |
| 674-677 | Modeling heat transfer I a glow discharge in the stationary mode | O. D. Chernetsov and Z. Plokhotski |
| 678-681 | Regularities of cylindrical body heating by a high-temperature heterogeneous jet | I. S. Burov, V. V. Golubov, A. B. Demidovich, V. A. Tsurko and A. N. Yakubenya |
| 682-689 | Calculation of the channels in the transonic region of nitrogen-tetroxide flow on the basis of a linear approximation of entropy | É. A. Orudzhaliev |
| 689-694 | Dynamic viscosity of gases over a wide range of temperatures. I | L. E. Golovicher, O. A. Kolenchits and N. A. Nesterov |
| 694-697 | Generalization of experimental data on thermal conductivity of paraffin series hydrocarbons and alcohols | V. A. Kurbatov |
| 698-700 | Specific heat of saturated monatomic alcohols | T. S. Khasanshin and T. B. Zykova |
| 701-706 | Thermal conductivity of permafrost soils in relation to natural moisture content | R. I. Gavril'ev |
| 707-712 | Evaluating the effect of shrinkage on the effective thermal conductivity of a glass-reinforced plastic | E. A. Artyukhin, V. A. Mamolov and A. V. Nenarokomov |
| 713-718 | Temperature fields in an abrasive tool | A. K. Tsokur, A. Ya. Tsokur and A. I. Draevskii |
| 719-725 | Solution of a two-dimensional equation of nonstationary heat conduction for orthotropic cylindrically bounded media | V. P. Kozlov and V. N. Lipovtsev |
| 727-731 | Modeling flow of a viscous liquid over a blunt plane plate | P. P. Vaitekunas, A. A. Zhukauskas and I. I. Zhyugzhda |
| 732-734 | Phase velocity in a gas-liquid bubble flow | O. N. Kashinskii, R. S. Gorelik and V. V. Randin |
| 735-741 | Multicomponent heat and mass transfer during the turbulent flow of liquid films | L. P. Kholpanov, E. Ya. Kenig and V. A. Malyusov |
| 742-746 | Heat and mass transfer in a vertical epitaxial reactor. 2. Nonsymmetrical heating of the reactor | V. P. Popov |
| 746-751 | Effect of the form of the temperature dependence of surface tension on motion and heat transfer in a layer of liquid during local heating | Yu. S. Ryazantsev, V. M. Shevtsova and Yu. V. Val'tsiferov |
| 752-755 | Numerical investigation of stationary and fluctuating vibrational convection modes in a rectangular cavity with variable boundary temperature in weightlessness | R. R. Siraev |
| 756-758 | Characteristics of a vortex tube with detwisting of cold flow | L. M. Dyskin |
| 759-761 | Differential subgrid modeling of turbulence in the calculation of jet flows | M. A. Gorokhovskii and A. A. Golovko |
| 762-765 | Formation of fibers from tubular semifinished products | V. L. Kolpashchikov, O. G. Martynenko, V. G. Tsymbal and A. I. Shnip |
| 766-770 | Problems in the study of electrical arcs with turbulent flows | Yu. S. Levitan |
| 770-772 | Effect of the starting temperature of a plasma jet on the change in its axial parameters | Ya. Z. Tikhonovich, V. S. Mirgorodskii and I. S. Burov |
| 773-776 | Question of measuring nonstationary thermal fluxes | V. L. Sergeev and A. A. Zhur |
| 777-783 | Nondestructive thermophysical-parameter monitoring for various equipment states | S. V. Mishchenko and A. A. Churikov |
| 784-789 | Peculiarities of heat transfer with hydrogen boiling in a thick heater made of AMg-6 alloy | Yu. A. Kirichenko, S. M. Kozlov, K. V. Rusanov and E. G. Tyurina |
| 789-793 | A self-consistent method for the description of the generalized conductivity of heterogeneous systems | E. A. Mityushov and P. V. Gel'd |
| 794-798 | Statistical calculation of the coefficient of diffusion in crystals of the nitrogen type | É. T. Bruk-Levinson and O. D. Chernetsov |
| 798-803 | Optimizing hot pressing for cold-pressed porous blanks | V. B. Glasko, I. V. Demina, S. I. Zastrozhnov, B. V. Safronov and A. N. Tikhonov, et al. |
| 803-806 | Numerical study of the nonequilibrium filtration of immiscible liquids | O. B. Bocharov, V. V. Kuznetsov and Yu. V. Chekhovich |
| 807-811 | Selection and realization of methods of reducing heat flow into cryogenic vessels with liquid nitrogen | R. S. Mikhal'chenko, V. F. Getmanets, G. G. Zhun', N. P. Pershin and P. N. Yurchenko, et al. |
| 811-817 | Transport calculations in hydrogen storage as metal hydrides | G. A. Fateev, V. L. Tarasevich, V. Stanek and P. Vychodil |
| 817-823 | Mathematical modeling of processes of pulsed melting and vaporization of a metal with clearly separated phase boundaries | P. V. Breslavskii and V. I. Mazhukin |
| 823-827 | Identification of heat transfer between the casting and the mold in ingotless rolling | S. L. Balakovskii, É. F. Baranovskii, N. V. Diligenskii and P. V. Sevast'yanov |
| 828-832 | Mathematical modeling of heat and moisture transfer in the seasonal thawing of frozen soils | P. P. Permyakov, P. G. Romanov and A. V. Stepanov |
| 833-838 | Some nonlinear effects of phase transformations in polydisperse systems | I. A. Natalukha |
| 838-841 | Optical and radiant characteristics of tungsten at high temperatures | S. N. Ivashov and A. I. Fisenko |
| 842-846 | Computational method of thermal design of solid-state laser quantrons with natural cooling. 1. Design scheme | G. N. Dul'nev, A. E. Mikhailov and V. G. Parfenov |
| 847-851 | Application of the “double pulse” method for the suppression of thermal waves in a semiconductor injection laser | V. A. Semenyuk and T. V. Pilipenko |
| 852-857 | Analytic determination of temperature fields on an electronic computer | N. M. Tsirel'man |
| 859-863 | Heat-transfer rate in boiling at a surface with porous coatings in conditions of free motion | V. K. Zaripov, M. G. Semena, A. A. Shapoval and A. I. Levterov |
| 863-866 | Two-phase flow singularities in the critical state domain | I. I. Novikov and T. I. Novikova |
| 866-874 | Modeling and prediction of the thermodynamic properties of liquid petroleum products | P. M. Kessel'man and T. É. Dubitskaya |
| 874-878 | Relaxation time of elastic stresses in liquids with small additions of soluble polymers of high molecular weights | V. N. Kalashnikov and A. N. Askarov |
| 879-884 | Spreading of a film of nonlinearly viscous liquid over a horizontal smooth solid surface | V. A. Gorodtsov |
| 884-887 | Spreading of small liquid drops along a flat surface | A. S. Romanov |
| 887-892 | Decrease of resistance in a micropolar liquid | M. A. Brutyan and P. L. Krapivskii |
| 892-897 | Characteristics of the rheological behavior of electrosensitive dispersions of different structural-rheological types | Yu. G. Yanovskii, E. V. Korobko and V. V. Barancheeva |
| 897-900 | Motion of a highly viscous non-newtonian liquid in reservoirs | V. V. Mel'nichenko, B. M. Khusid, A. A. Dunets, V. M. Postnikov and O. I. Mikulin |
| 901-904 | Liquid flow in a long capillary | V. I. Kolesnichenko |
| 904-910 | Influence of a positive pressure gradient on the characteristics of a turbulent boundary layer | V. V. Zyabrikov |
| 910-916 | Elementary theory of pseudo-turbulence in finely-dispersed suspensions | Yu. A. Buevich and A. M. Isaev |
| 916-922 | Numerical modeling of turbulent fields of velocity, temperature, and concentration in a rectangular channel | A. A. Mikhalevich, V. I. Nikolaev and V. K. Fedosova |
| 922-926 | Approximate solution of a problem of convective heat transfer between a plate and liquid metals | V. V. Golubev |
| 927-930 | Investigation of the two-phase flows of working bodies in an electrogasdynamic expander by using a laser Doppler anemometer | A. B. Grachev, B. S. Rinkevichyus, A. V. Tolkachev and M. D. Fedorov |
| 931-937 | Structure of the gas dynamic flow in channels in the detonation of cylindrical charges of explosive | V. V. Urban |
| 938-942 | Passage of spherical shock waves through thermals | V. A. Andrushchenko |
| 943-947 | Investigation of the dispersion of liquids in an electric field | M. G. Verdiev, O. P. Ivanov and S. A. Ninalalov |
| 947-952 | Hysteretetic behavior and inertial characteristics of a flame of drops of hydrocarbons | V. V. Kalinchak, A. I. Struchaev, S. G. Orlovskaya and M. I. Chabanov |
| 953-958 | Calculation of the gas dynamics of compression in a cylinder of an internal combustion engine with combustion chambers of different shape | M. A. Gorokhovskii and V. P. Khlynin |
| 958-964 | Structure of inhomogeneous media within the random fractal model | R. R. Nigmatullin and N. N. Sutugin |
| 964-965 | Thermal conductivity of heptyl caproate at high temperatures and pressures | R. A. Mustafaev and M. A. Guseinov |
| 965-968 | Determining metal thermophysical parameters by x-ray dilatometry with rapid heating | E. N. Bludilin, M. E. Gurevich, A. F. Zhuravlev, Yu. V. Kornyushin and V. N. Minakov |
| 969-972 | Fluidized-bed solvent extraction with forward and counter-current flows | I. Penchev, A. Minchev and D. Popova |
| 972-975 | Emissivity measurement for a carbon-carbon composite and a phenolic carbon plastic | L. S. Slobodkin and M. Ya. Flyaks |
| 976-980 | Measurement of temperature fields in specimens of quartz ceramic during surface ablation | G. A. Frolov, V. V. Pasichnyi, E. I. Suzdal'tsev and V. S. Tsyganenko |
| 980-984 | Computational method of thermal design of solid state laser quantrons with natural cooling. 2. Parametric optimization | G. N. Dul'nev, A. E. Mikhailov and V. G. Parfenov |
| 984-987 | Heating of a half-space by a heat source in the shape of a rectangular frame | Yu. M. Kolyano, E. G. Ivanik and D. I. Oliinyk |
| 989-995 | Laws of thermal disintegration in the interaction of a body with a high-speed gas flow | Yu. V. Polezhaev and G. A. Frolov |
| 995-997 | Allowance for particle roughness in describing radiative transfer in an aerosol | A. V. Gorbatov and E. V. Samuilov |
| 998-1005 | Diffusion of inertial particles in a turbulent gas jet | T. A. Girshovich and V. A. Leonov |
| 1005-1012 | Utilization of model passive impurity concentration distribution functions to compute turbulent flow radiation | Yu. V. Khodyko, A. I. Bril' and O. B. Zhdanovich |
| 1012-1015 | Calculation of characteristics of turbulent poiseuille flow | L. A. Rott |
| 1016-1020 | Radiative properties of a gas — Sulfer dioxide | S. P. Detkov and V. V. Perunkov |
| 1021-1026 | Generation of longitudinal eddies in a boundary layer in the presence of body forces | N. F. Yurchenko and G. P. Zigmantas |
| 1027-1030 | Heat and mass transfer in spiral gas-liquid eddies | V. B. Kozub |
| 1030-1038 | The hydromechanics of suspensions | Yu. A. Buevich, A. Yu. Zubarev and A. M. Isaev |
| 1039-1045 | Modeling of unsteady heat transfer in dispersed systems | V. A. Borodulya, Yu. S. Teplitskii, I. I. Markevich and T. P. Eremenko |
| 1046-1050 | Rheological effect in the filtration of disperse systems | N. V. Stepanov |
| 1051-1056 | Nonseparated filtration of a suspension of variable concentration | V. Z. Kochmarskii |
| 1056-1061 | Mechanism of mass transfer of the liquid phase in the displacement of gas by liquid in nonuniform porous media | A. I. Ber and V. G. Reitenbakh |
| 1061-1065 | Effect of temperature on rheological characteristics of water soluble polymer complexes | T. G. Ezhova, L. N. Momot, N. P. Mel'nik, T. O. Zimovets and I. A. Uskov |
| 1065-1068 | Control of gas generation using a gas-regulated heat pipe | I. A. Zhvaniya, A. G. Kalandarishvili, V. A. Kuchukhidze and M. Z. Maksimov |
| 1068-1073 | Methods of computational thermography in the nondestructive testing of the quality of heat pipes and heat exchange devices based on them | L. L. Vasil'ev, V. L. Dragun, S. V. Konev and S. A. Filatov |
| 1073-1080 | Hydrodynamics, heat and mass transfer, and solidification in the formation of ingots and castings | F. V. Nedopekin |
| 1080-1084 | Structural parametric method of identification of mathematical models of technological processes | P. V. Sevast'yanov |
| 1085-1092 | Nonlinear absorption of optical radiation energy by microparticles in a transparent dielectric | V. K. Pustovalov and D. S. Bobuchenko |
| 1093-1098 | Thermophysical properties of epoxy-impregnated superconductive coils over the temperature range 4.2–350 K | L. E. Evseeva and S. A. Tanaeva |
| 1098-1099 | Insulation performance for industrial vessels containing liquid N2 and H2 | G. G. Zhun', V. F. Getmanets, P. N. Yurchenko, R. S. Mikhal'chenko and V. I. Shalaev, et al. |
| 1100-1104 | Olefin-vapor conductivities below 0.1 MPa at 220–680 K | V. A. Kurbatov and N. A. Nesterov |
| 1105-1109 | Determining elastic moduli for percolation systems | V. V. Novikov |
| 1109-1112 | Radial electron density distribution in plasma flow in a coaxial hall accelerator | I. A. Anoshko, V. S. Ermachenko, M. N. Rolin, V. G. Sevast'yanenko and L. E. Sandrigailo |
| 1112-1117 | Mathematical modeling of experiments with the help of inverse problems | M. R. Romanovskii |
| 1118-1122 | Solution of inverse heat transfer problems by a two-model method | S. L. Balakovskii |
| 1123-1127 | Algorithm of the finite elements method of solving three-dimensional hydrodynamics problems | A. A. Kochubei |
| 1129-1134 | A turbulent electric arc in a submerged jet | M. F. Zhukov, V. P. Lukashov and B. A. Pozdnyakov |
| 1134-1139 | Studying unstable regimes of jet interaction with approaching flows | V. V. Kondrashov and R. I. Soloukhin |
| 1140-1147 | Distribution of suspended particles in a turbulent flow | Yu. A. Buevich, I. B. Kagan and F. N. Lisin |
| 1148-1155 | Measuring the coefficient of aerodynamic drag for a sphere subject to nonisothermal streamlining | M. K. Asanaliev, Zh. Zh. Zheenbaev and K. K. Makesheva |
| 1155-1158 | The generation of sound in the flow of an excited gas | V. V. Likhanskii and O. V. Khoruzhii |
| 1159 | The effectiveness with which an inversion medium appears in turbulent diffusion | S. A. Novopashin |
| 1160-1165 | Heat exchange and hydraulic resistance in radial rotating channels | M. I. Tsaplin, V. P. Shul'ga and V. G. Tabankov |
| 1166-1168 | Nonsteady transfer of heat in the initial segment of a cylindrical tube | Yu. G. Volodin |
| 1169-1175 | Filling the region between vertical coaxial cylinders of an anomalously viscous fluid under nonisothermal conditions | V. K. Bulgakov, A. M. Lipanov and K. A. Chekonin |
| 1175-1180 | An energy-based justification for and a comparison of the methods of technical-economic and energy optimization of convective heat-exchange surfaces | N. M. Stoyanov |
| 1181-1183 | Virial coefficients for carbon monoxide, ethylene, and propylene, at temperatures up to 1500K | R. M. Sevast'yanov and R. A. Chernyavskaya |
| 1184-1190 | The T-S Phase-state diagram for4He | I. I. Novikov, I. P. Vishnev and A. I. Vishnev |
| 1191-1195 | Calculating the maximum flow of heat in an arterial thermal tube | I. M. Blinchevskii, S. P. Ermolaev and M. M. Semashkin |
| 1196-1200 | Investigating the influence of the field of centrifugal forces on the growth and separation of vapor bubbles in liquid nitrogen | N. M. Levchenko and I. M. Kolod'ko |
| 1201-1206 | Size distribution of detached drops | V. V. Baluev and V. M. Stepanov |
| 1206-1213 | Gas permeability of nuclear membranes as a function of effective pore diameter | V. V. Surguchev, V. N. Tokmantsev, V. D. Seleznev and B. T. Porodnov |
| 1213-1216 | Capacity and acoustic-emission methods of studying turbulent-cavitation flows of a fluid in porous permeable materials | Yu. Yu. Belous |
| 1216-1220 | A Generalized equation for the temperature curve of the process of convective drying of moist materials | P. S. Kuts, A. I. Ol'shanskii and V. Ya. Shklyar |
| 1220-1226 | Thermophysical spectroscopy of the defective states in silicon | Kh. T. Igamberdyev, A. T. Mamadalimov and P. K. Khabibullaev |
| 1227-1231 | Electromass transfer of disperse electrically conducting polymer compositions | V. A. Dovgyalo, V. S. Mironov, I. L. Kopaev, L. I. Tarasenko and O. R. Yurkevich |
| 1232-1239 | Determining the rheological properties of compressible powder materials in the high-temperature range | L. M. Buchatskii and A. M. Stolin |
| 1240-1244 | Radiative transfer from a point source through a scattering layer | K. S. Adzerikho |
| 1245-1252 | Calculating the nonsteady exchange of mass and heat in the laminar flow of dissociating nitrogen tetraoxide in a fuel-cell cluster | V. V. Lapin and A. A. Ryadno |
| 1253-1259 | Errors in the measurement of the steady-state flow of heat at the surface of a body | N. A. Yaryshev, T. V. Smirnova and N. N. Zarovnaya |
| 1260-1265 | The temperature field in a crystal plate with a rectangular notch | Yu. M. Kolyano, I. I. Verba and I. T. Goryn' |
| 1267-1270 | Resistance of converging sections during the turbulent flow of water with polyacrylamide additives | I. L. Povkh and V. V. Chernyuk |
| 1270-1277 | Conjugate heat transfer in the laminar flow of a swirled incompressible fluid in a horizontal annular duct | V. I. Bubnovich and P. M. Kolesnikov |
| 1277-1284 | Natural thermal-concentration convection | Yu. A. Buevich and V. N. Mankevich |
| 1285-1290 | Active thermal shielding of objects | A. I. Porkhun and L. D. Porkhun |
| 1290-1298 | Energy dissipation in a sound wave in the presence of evaporation and condensation at a surface | V. I. Nosik and D. A. Rus'yanov |
| 1298-1302 | Capillary rise with meniscus evaporation for Kn≥0.01 | A. V. Kuz'mich and V. I. Novikova |
| 1302-1307 | Relative motion of drops under the action of variable forces | I. I. Ponikariv, O. A. Tseitlin and Yu. V. Shkarban |
| 1307-1312 | Using the isentropic index to calculate the parameters of two-phase flow | V. V. Fisenko, V. E. Cheremin, I. A. Ivakhnenko and O. E. Zoteev |
| 1312-1317 | Aerodynamics of a circulating fluidized bed | V. K. Maskaev, A. P. Baskakov, A. G. Usol'tsev and I. V. Ivanov |
| 1317-1322 | External heat transfer in an electrodynamically fluidized bed | M. K. Bologa, A. B. Berkov and V. L. Solomyanchuk |
| 1322-1327 | Fluid distribution in the granular layer for a descending gas-liquid stream | V. M. Khanaev, V. A. Kirillov, V. A. Kuz'min and Yu. A. Malkov |
| 1327-1333 | Toward a theory of transport processes in Brownian suspensions | A. Yu. Zubarev |
| 1333-1334 | Dynamic nonlinear properties of viscoelastic liquids from the rheological flow curve | V. G. Pivovarov, S. V. Vasil'chenko and A. G. Potapov |
| 1335-1343 | Energetics of plasma-chemical systems in selective transfer processes | A. V. Kasharin, B. V. Potapkin, V. D. Rusanov and A. A. Fridman |
| 1344-1350 | Rate constants of VT processes for N2, CO, and their isotopic modifications | Yu. E. Gorbachev and V. M. Strel'chenya |
| 1351-1355 | Generalized diffusion equation for impurity atoms in semiconductor crystals | V. A. Labunov and O. I. Velichko |
| 1356-1361 | Experimental study of liquid nitrogen cooling by vapor pumping | Yu. A. Kirichenko, S. M. Kozlov, O. S. Komarevskii and V. E. Seregin |
| 1361-1368 | Factors affecting the reliability of precision measurement of liquid helium temperature in a dynamic regulation and stabilization mode | A. G. Demishev, V. Z. Suplin, V. F. Khirnyi, A. F. Ryazantsev and I. Yu. Nemish |
| 1369-1373 | Arrangement of the temperature measurement points and conditionality of inverse thermal conductivity problems | V. V. Mikhailov |
| 1374-1380 | Heat transfer of an orthotropic bounded cylinder under boundary conditions of the first and third kinds | A. G. Shashkov, G. M. Volokhov and V. N. Lipovtsev |
| 1381-1391 | Local heating of an unbounded orthotropic plate through a circular and annular domain | V. P. Kozlov, V. S. Adamchik and V. N. Lipovtsev |
| 1391-1394 | Temperature field in a halfspace with a parallelepiped-shaped heat-releasing inclusion | Yu. M. Kolyano, Yu. M. Krichevets, E. G. Ivanik and V. I. Gavrysh |
| 1395-1400 | Regionally analytic method in problems of optimum control of nonstationary thermal modes | A. P. Slesarenko |
| 1401-1403 | Thermophysical properties and superconductivity of the metal oxide Y-Sm-Ba-Cu-O | B. B. Boiko, A. I. Akimov, L. L. Vasil'ev, V. I. Gatal'skaya and S. E. Dem'yanov, et al. |
| 1404-1407 | Modification of the gas-separating properties of ion-implantation polymer membranes | I. E. Dzhamaletdinova, L. Ya. Alimova, A. I. Kamardin and T. D. Radzhabov |
| 1407-1411 | Studying the coefficient of thermal conductivity for liquid metals | A. I. Veinik, G. V. Markov and é. B. Matulis |
| 1411-1415 | Formation of a layer of a liquid as it impinges on a horizontal plane | G. R. Shrager and I. V. Shcherbakova |
| 1415-1420 | Flow of an anomalous viscous fluid in a centrifugal jet nozzle | O. M. Sokovnin, I. V. Flegentov and V. A. Polovnikov |
| 1420-1426 | Motion of a rarefied gas in a plane channel in the presence of condensation on the channel walls | F. M. Sharipov and T. V. Shchepetkina |
| 1426-1430 | Static pressure measurement errors when drainage orifices are used | E. U. Repik and V. K. Kuzenkov |
| 1431-1436 | Collection of compressible sediments by filtration | A. V. Kosterin, G. N. Marchenko and V. F. Sharafutdinov |
| 1437-1442 | Rheological properties of finely dispersed suspensions | A. Yu. Zubarev and E. S. Kats |
| 1443-1445 | Dynamics of vapor-bubble separation from a nozzle within the volume of an underheated fluid | A. A. Voloshko |
| 1445-1451 | Laminar flow regime of a condensate in a horizontal annular channel | L. L. Vasil'ev and M. I. Rabetskii |
| 1452-1457 | Simulation op concentrated marangoni convection in electrochemical systems | N. F. Balakhonov, S. L. Gol'dshtein and V. Yu. Turchik |
| 1458-1461 | Concentration-capillary drifting of droplets in a concentration-stratified liquid surface-active agent | Yu. K. Bratukhin |
| 1462-1469 | Pertaining to the theory of diffusion transport in materials with traps | Yu. A. Buevich and P. M. Vaisblat |
| 1470-1475 | Calculation of the kinetics of steel austenization in laser heating | A. N. Safonov, E. A. Shcherbakova, M. N. Ivlieva, A. N. Trofimov and Ya. A. Krasnov |
| 1475-1483 | Exchange of heat in an orthotropic bounded cylinder under combined boundary conditions of the first, second and third kinds | A. G. Shashkov, G. M. Volokhov and V. N. Lipovtsev |
| 1483-1486 | Spectral influence functions of boundary effects in problems dealing with control of thermal objects | Yu. M. Matsevityi, A. P. Slesarenko and O. S. Tsakanyan |
| 1487-1492 | Analysis of the influence exerted by physicogeometric parameters on the temperature field of an object | G. N. Dul'nev and E. D. Ushakovskaya |
| 1492-1498 | Studying the temperature field in the recording and reproduction of information by means of focused radiation | Yu. M. Kolyano, A. V. Irlin, B. V. Protsyuk, B. A. Drapkin and V. G. Tsukanov |
| 1499-1502 | Mathematical model for the reproduction of reference absolute pressures by means of a method of fixed phase-transition points for various substances | S. N. Afanas'ev and V. V. Suprunyuk |
| 1503-1507 | Determining the thermophysical characteristics of a material layer with a uniform temperature field | E. A. Belov, G. Ya. Sokolov and A. S. Starkov |
| 1507-1512 | Precision methods of nondestructive control of thermophysical properties | V. P. Kozlov, V. S. Adamchik and V. N. Lipovtsev |
| 1513-1517 | Nonsteady thermal bending of multilayered plates with internal cooling | Yu. A. Kuz'min, A. A. Plakseev and V. V. Kharitonov |
| 1517-1522 | An approximate analytical solution for a three-dimensional heat-conduction problem in an air-radiation heating system | S. M. Shilkloper |
| 1522-1527 | Modification of a finite-element method to calculate temperature fields averaged over one coordinate | Yu. T. Kostenko, L. M. Lyubchik and E. V. Neznamova |
| 1528-1531 | Calculation of the heating of a metal by a moving source, with consideration of surface oxidation | N. R. Anisimov and A. V. Butkovskii |
| 1-6 | Hydrodynamics of transverse flow past banks of tubes | S. V. Alekseenko, S. Yu. Belov, D. M. Markovich and S. I. Shtork |
| 7-11 | Experimental study of a nonstationary boundary layer | V. A. Gudkov |
| 11-14 | Acceleration of solid particles in a channel | B. A. Balanin |
| 14-20 | Propagation of compression waves in a long vertical channel containing a gasified packet | S. D. Tseitlin |
| 20-27 | Numerical investigation of nonequilibrium two-phase flows in axisymmetric laval nozzles | P. M. Kolesnikov and V. V. Leskovets |
| 28-34 | Numerical computation of the thermal self-action effect in a subsonic gas flow | A. N. Kucherov and E. V. Ustinov |
| 34-40 | Computation of laminar viscous fluid flows in arbitrary axisymmeric channels | V. E. Karyakin, Yu. E. Karyakin and A. Ya. Nesterov |
| 40-45 | Super-molecular structure of dilute solutions of high molecular weight polymers which lead to reduced turbulent friction | V. N. Kalashnikov and M. G. Tsiklauri |
| 46-53 | Shear flow of elastoviscous medium on self-heating between two disks | A. N. Prokunin, V. N. Zadvornykh and V. I. Sysoev |
| 53-56 | Limiting heat transfer in horizontal two-phase thermosiphon | M. K. Bezrodnyi and V. M. Podgoretskii |
| 57-61 | Promising applications of high-porosity cellular materials in heat pipes | V. M. Kiseev, A. I. Rabinovich, N. P. Pogorelov, A. A. Belyaev and A. P. Kunevich, et al. |
| 61-65 | Flow of pure gases in polyethylene terephthalate nuclear ultrafiltration membranes | V. V. Ovchinnikov, V. D. Seleznev and V. I. Kuznetsov |
| 65-68 | Relaxation in a low-permeability porous material | O. Yu. Dinariev and O. V. Nikolaev |
| 69-74 | Depletion of an oil deposit in an elastically compressible fissured-porous formation | V. S. Nustrov |
| 75-81 | Cumulation and spallation with local thermal shocks in metals disks | É. I. Andriankin, V. A. Andrushchenko and N. N. Kholin |
| 82-86 | Contribution of charge transfer processes to heat transfer in the treatment of metallic particles in a low-density plasma jet | A. G. Gnedovets |
| 87-90 | Study of the high voltage atmospheric pressure discharge and its use for surface processing | S. A. Zhdanok, É. M. Vasil'eva and L. A. Sergeeva |
| 91-94 | Monochromatic reflectivity of powdered inorganic materials | V. I. Sagadeev |
| 94-99 | Two-zone model of heat transfer in a furnace | S. P. Detkov and O. A. Bryukhovskikh |
| 100-103 | Transport properties of binary mixtures of monatomic gases | R. M. Sevast'yanov, N. A. Zykov and K. I. Voroshilova |
| 104-109 | Calculation of the thermal diffusion factor of inert gas mixtures | A. F. Zolotukhina |
| 110-114 | Growth and dissolution of nuclei of a new phase | Yu. N. Devyatko and S. V. Rogozhkin |
| 115-119 | Thermophysical properties of thin metal films | I. I. Dyyak, A. G. Mikolaichuk and Yu. V. Tret'yakov |
| 119-124 | Determination of thermal contact resistances using the spectral functions of boundary effects | O. S. Tsakanyan |
| 124-128 | Application of dirichlet and neumann problems in connection with studies of nonstationary heat conduction | V. P. Kozlov, V. S. Adamchuk and V. N. Lipovtsev |
| 129-135 | Experimental study of heat exchange and hydrodynamics in condensation of moving vapor on the surface of a horizontal cylinder | I. I. Gogonin and S. I. Lazarev |
| 135-136 | Boiling of nitrogen at various pressures with nonstationary heat input | A. N. Tsoi and L. P. Kondaurova |
| 137-142 | Gas bubble growth and detachment under reduced gravity | G. M. Gladchenko, Yu. A. Kirichenko and K. V. Rusanov |
| 142-145 | Diminution of the thermal action of a gas jet on a platform by delivery of coolant in the neighborhood of the critical point | N. I. Melik-Pashaev, É. K. Moroz and A. I. Mel'nikov |
| 145-151 | Investigation of the heat transfer laws in a three-dimensional viscous shock layer on blunt bodies at angle of attack and sideslip | A. I. Borodin and S. V. Peigin |
| 151-157 | Random motion of solid particles and energy dissipation in two-phase flow | L. I. Krupnik, P. V. Ovsienko, V. N. Oleinik and V. G. Ainshtein |
| 157-162 | Analysis of melting in a vertical annular gap in conditions of heat transfer with an induced heat-carrier flux | V. M. Gribkov, V. M. Eroshenko and K. V. Karmastin |
| 162-165 | Accurate solutions of boundary-layer equations for moving permeable surfaces | G. I. Burdé |
| 165-170 | Turbulent flow of a fibrous suspension in a pipe | A. R. Kuznetsov, A. Ya. Ageev and S. A. Kuznetsova |
| 171-175 | Hydrodynamic characteristics of the liquid-metal blanket of fusion reactors | V. M. Koren', A. V. Saltykovskii and É. V. Firsova |
| 176-179 | Acoustic stabilization of the wavefront of a laser beam in a nonuniform gaseous medium | D. O. Lapotko and O. G. Martynenko |
| 179-184 | Multiplicity of hydrodynamic states of the flow of a reacting gas through a layer of catalyst | A. N. Stegasov, V. A. Kirillov and A. B. Shigarov |
| 185-190 | Effects of blockage and erosion on the filtration of suspensions | B. Khuzhaerov |
| 191-194 | Duration of the viscofluid state of thermosetting plastics under arbitrary heating conditions | Zh. P. Tarent'eva and M. L. Fridman |
| 194-199 | Method for measurement of radiation, transmission, and reflection coefficients of semitransparent materials | G. K. Kholopov and V. I. Kopysov |
| 200-202 | Radiation characteristics of composite inorganic materials with an optically smooth surface | V. I. Sagadeev |
| 203-208 | Analysis of nonsteady thermal model of a thinmembrane sensor of heat-flux density | A. M. Vorob'ev, V. I. Zhuk, V. P. Sizov and D. N. Chubarov |
| 208-214 | Control of cementation through a continuous change in carbon potential and temperature in a gas furnace | V. D. Kal'ner, S. A. Yurasov, V. B. Glasko, N. I. Kulik and Yu. K. Evseev, et al. |
| 215-220 | Modeling diffusion during the thermocyclic loading of metal | Yu. A. Buevich, P. M. Vaisblat, I. V. Kirnos, L. M. Semenova and G. P. Yasnikov |
| 220-223 | Effect of re-evaporation on the uniformity of the thickness of a film | I. A. Volchenok and G. E. Gorelik |
| 224-231 | Investigation of the nonstationary conditions of formation of an optical fiber. II. perturbation of the feed and draw rates | V. N. Vasil'ev, G. N. Dul'nev and V. D. Naumchik |
| 232-236 | Approximate method of calculating theemal conductivity coefficients of dense gas mixtures | V. Z. Svoiskii |
| 236-241 | Comments on designing a diaphragmless reactor for the production of electrolytic hydrogen | A. G. Shashkov, P. G. Khramtsov, I. I. Bortnikov and N. P. Matveiko |
| 242-245 | Analysis of the temperature of a circular electrode | N. V. Pashatskii and S. V. Osovets |
| 245-250 | Analysis of the correctness of a two-temperature computation method | I. V. Goncharov and V. L. Mikov |
| 251-266 | Mathematical physics analysis of surface heating and modification during laser treatment of materials (survey) | É. N. Sobol', A. L. Glytenko and B. Ya. Lyubov |
| 266-270 | Mass transfer in the process of pulsed laser alloying of titanium in nitrogen vapors | S. A. Astapchik, A. A. Uglov, I. Yu. Smurov, K. I. Tagirov and T. N. Khat'ko |
| 270-274 | Investigation of mass and heat transfer processes in laser alloying of iron from predeposited coatings of refractory metals | A. A. Uglov, M. B. Ignat'ev, V. I. Titov and A. P. Stepanov |
| 274-277 | Calculating kinetics of oxide film growth during laser heating | A. A. Uglov, A. A. Volkov, O. G. Sagdedinov and Yu. Yu. Krivonogov |
| 278-280 | Kinetics of oxide film growth during laser heating | A. A. Uglov, A. A. Volkov, O. G. Sagdedinov and Yu. Yu. Krivonogov |
| 281-289 | Effect of high-temperature heating of bimetallic steel billets | A. N. Tikhonov, V. D. Kal'ner, I. N. Shklyarov, V. B. Glasko and N. I. Kulik, et al. |
| 289-292 | Thermal and thermodeformational processes in the forced heating of steel | Yu. A. Malevich, V. N. Papkovich, P. V. Sevast'yanov, D. G. Sedyako and L. G. Dymova |
| 292-297 | Modeling macrosegregation in an ingot, taking account of alloy shrinkage | L. V. Shaton, V. N. Kramarenko and Yu. A. Samoilovich |
| 298-301 | Mass-transfer parameters in sorption experiment | V. B. Rabinovich and K. Yu. Savkov |
| 301-303 | Convective instability of a free-convection vortex | O. G. Martynenko, A. A. Solov'ev and A. D. Solodukhin |
| 304-308 | Thermohydraulic oscillations in a system showing natural circulation of a two-phase coolant | A. I. Leont'ev, V. A. Fedorov and O. O. Mil'man |
| 308-312 | Hydrodynamics of an ascending liquid film flow and vapor flux in a vertical annular channel | M. K. Bezrodnyi and Yu. V. Antoshko |
| 313-317 | Investigation of the influence of gas micronucleus formation on perturbation propagation in gas-liquid systems | R. M. Sattarov and M. M. Abdullaev |
| 318-321 | Distribution of gas mixtures on fine-pore membranes under nonisothermal conditions | E. V. Kosykh, N. I. Laguntsov and B. I. Nikolaev |
| 322-326 | Derivation of relationships for calculating hydrodynamic characteristics of liquid films on a rotating disk | I. M. Azhmukhamedov |
| 327-331 | Spreading of non-Newtonian liquids under the gravitational force | I. K. Berezin, A. M. Golubitskii and V. A. Ivanov |
| 331-334 | Effective viscoplasticity parameters of suspensions | V. A. Buryachenko |
| 335-339 | Temperature dependence of the transfer coefficients of liquid homologs and their mixtures | V. Z. Geller and S. F. Gorykin |
| 339-346 | Theory of heat and mass transfer in disperse media | A. I. Moshinskii |
| 346-351 | Mass transfer between phases and water transpiration in a medium having double porosity | Yu. A. Buevich and U. M. Mambetov |
| 352-355 | Nonstationary gas infiltration in the presence of sorption | B. N. Saifullaev and V. A. Ustinov |
| 356-360 | Cell model of the kinetics of granule formation in fluidized-bed equipment | G. A. Minaev, B. S. Dmitrievskii and D. A. Oskalenko |
| 361-364 | Experimental investigation of heat transfer with drop condensation inside horizontal tubes | V. G. Rifert, A. I. Sardak, V. V. Lysykh, V. L. Podbereznyl and S. V. Grigorenko |
| 364-369 | Solution of the inverse problem on determining three fiber composite characteristics | I. V. Goncharov and V. L. Mikov |
| 370-375 | Investigation of nonstationary conditions of optical fiber formation. III. Drawing process reaction under thermal actions and perturbations of the blank radius | V. N. Vasil'ev, G. N. Dul'nev and V. D. Naumchik |
| 376-381 | Heat loss in the channel of a plasmatron | L. N. Panasenko |
| 382-386 | Reduction of fine polydisperse particles in a once-through reactor under conditions of gas suspension | L. G. Yasnikova |
| 387-392 | Influence of nonisothermicity of the medium and polymer admixtures on a turbulent vertical wall jet | N. A. Pokryvailo, V. K. Shashmin and Z. P. Shul'man |
| 393-398 | Experimental investigation of the influence of the outflow parameters of two-duct, nonisothermal jets on the level of sound pressure and the frequency spectrum of emitted noise | S. Yu. Krasheninnikov and M. N. Tolstosheev |
| 398-402 | Near-wall turbulence in the axisymmetric flow of weak acqueous polymer solutions | V. B. Amfilokhiev and V. V. Droblenkov |
| 403-408 | Influence of polymer admixtures on the turbulence structure of flow behind a grating | V. L. Zhdanov |
| 408-412 | Influence of particles on the initial stage of homogeneous turbulence degeneration | L. I. Zaichik and V. A. Pershukov |
| 412-417 | Concentration field of particles ejected into a nonhomogeneous atmosphere by a moving source | V. P. Kabashnikov |
| 418-423 | Numerical investigation of the influence of free stream turbulence on the flow around a cylinder with a disc located ahead | V. K. Bobyshev and S. A. Isaev |
| 423-426 | Helical waves in a liquid film on a rotating disk | G. M. Sisoev and V. Ya. Shkadov |
| 427-434 | Hydromechanics of brownian suspensions | A. Yu. Zubarev and E. S. Kats |
| 435-439 | Intensification of heat transfer and reduction of the resistance under conditions of flow in channels with a magnetic-fluid coating. 1. Planar coating | V. G. Bashtovoi, M. S. Krakov and E. M. Taits |
| 440-445 | Mechanism of mechanical-chemical activation of a water-ceramic suspension under conditions of pulverization | Yu. A. Buevich, P. L. Mityakin, S. Yu. Pliner and O. M. Rozental' |
| 446-452 | Heat transfer between a fluidized bed and the surface | V. A. Borodulya, Yu. S. Teplitskii, I. I. Markevich, A. F. Khassan and T. P. Eremenko |
| 453-457 | Slag-droplet binary-condensation kinetics in a rapidly cooled flow of coal combustion products | L. M. Berezhkovskii and V. Yu. Zitserman |
| 458-465 | Effective thermal diffusivity of a vibrationally fluidized bed | N. P. Shryaeva, B. G. Sapozhnikov, V. S. Belousov and G. P. Tasnikov |
| 465-469 | Diffusion approximation for fluidized-bed coal combustion | A. I. Tamarin and L. I. Levental' |
| 469-475 | Calculating solid-fuel consumption in a circulation system | É. P. Volkov, L. I. Zaichik and A. I. Aleshechkin |
| 475-483 | Mutual gas displacement from a porous medium under chemical reactions conditions | B. Annamukhamedov, N. V. Avramenko, K. S. Basniev, P. G. Bedrikovetskii and E. N. Dedinets, et al. |
| 483-486 | Calculation of the density of vaporization centers at the heating surface with an allowance for their mutual interaction | V. I. Skalozubov |
| 486-489 | Equation to compute the saturated vapor pressure on the basis of the principle of corresponding states | A. M. Shelomentsev |
| 490-494 | Dynamic leidenfrost temperature for underheated droplets | V. N. Mankevich and K. N. Agafonov |
| 495-499 | Optimization of a system of lamellar-vacuum insulation + cooled shields | I. S. Zhitomirskii, V. G. Romanenko and V. G. Kompantseva |
| 499-504 | Contribution to the theory of the viscoelasticity of disperse systems under the conditions of heat and mass transfer | Yu. L. Mentkovskii, R. V. Lutsyk and V. P. Kholod |
| 505-506 | Nonuniqueness of autowave regimes of propagation of switching waves | S. L. Soboloev |
| 507-514 | Analysis of specteal radiation fields in scattering materials under exposure to diffuse fluxes directed at a certain angle | S. G. Il'yasov, N. I. Angersbakh and A. K. Angersbakh |
| 514-518 | Heat transfer in anisotropic metallic media | V. R. Sobol' and T. A. Krivoruchko |
| 519-524 | Analysis of the supersonic flow of a viscous heat-conducting gas in the neighborhood of a backward step | N. Antonov, A. E. Duisekulov and T. G. Elizarova |
| 524-531 | Method of numerical solution of one-dimensional multifront stefan problems | R. I. Medvedskii and Yu. A. Sigunov |
| 532-536 | Calculation of temperature fields in domains with piecewise-homogeneous media joined along a non-canonical boundary | I. V. Baryshnikov and V. A. Datskovskii |
| 537-541 | Thermophysical propeeties of the high-temperature superconductors Y0.8-Sm0.2-Ba2-Cu3-Q7−x in the temperature range 4.2–380 K | B. B. Boiko, A. I. Akimov, L. L. Vasil'ev, V. I. Gatal'skaya and S. E. Dem'yanov, et al. |
| 541-547 | Conductive thermal conductivity of fibrous materials under transient gas flow | N. A. Bozhkov and A. A. Ivanov |
| 547-554 | The theory of the rheological properties of disperse systems | A. Yu. Zubarev, E. S. Kats and A. N. Latkin |
| 555-561 | Heat and mass transfer in a turbulent reacting flow in an annular channel (internal heat conductor). Part 1. Stabilized heat-transfer segment | L. V. Mishina, B. E. Tverkovkin and L. N. Shegidevich |
| 562-566 | Improvement of the efficiency of diffuser flow by means of regular vortices | V. K. Migai, Yu. A. Kravtsov, V. B. Dovzhik and I. V. Zhitomirskaya |
| 567-571 | Heat exchange of a bank of tubes in the transverse flow of liquid complicated by the formation of the solid phase of the heat carrier | V. Yu. Semenov, A. I. Smorodin and V. K. Orlov |
| 571-576 | Flow and heat transfer in a nonsteady jet generated by large-amplitude gas oscillations | R. G. Galiullin and E. I. Permyakov |
| 576-582 | Hydrodynamic characteristics of ascending gas-liquid flow | E. M. Shestopalov and V. V. Dil'man |
| 583-588 | An investigation of the motion of homogeneous and stratified liquids in rectangular cavities by the method of photochromic visualization | V. N. Yurechko and Yu. S. Ryazantsev |
| 589-593 | Efficiency of a gas blanket on a convex surface in the presence of a negative longitudinal pressure gradient | A. A. Khalatov, A. A. Avramenko and I. I. Borisov |
| 593-598 | Influence of surfactant admixtures on the acoustic characteristics of a closed hydraulic loop | V. G. Tkachenko, N. M. Kalinichenko and V. N. Pilipenko |
| 598-603 | Laser diagnostics of the working medium in an electrical discharge CO2-laser with a closed pumping loop | O. V. Achasov, Ya. Konefal, S. A. Labuda, G. Slivinski and N. A. Fomin |
| 603-611 | Calculation of a borehole soil heat exchanger for storing heat in the water-bearing stratum taking into account free convection of the formation fluid | V. M. Lukin |
| 611-612 | Calculation of heat transfer accompanying flow in pipes taking into account the thermal resistance of the wall | Yu. V. Vidin |
| 613-617 | Investigation of the input channel of a diffusion pump | B. L. Paklin, A. K. Rebrov, K. S. Sadykov and S. A. Figurov |
| 618-621 | Effect of the attractive potential of the walls on the flow of a rarefied gas in a long thin plane channel | M. I. Kalinin and V. P. Kovrov |
| 622-625 | Measuring natural oscillation periods for droplets and two-component particles | V. V. Dubrovskii, A. M. Podvysotskii and A. A. Shraiber |
| 626-630 | Effects of a porous coating on boiling onset in a tube | N. N. Savkin, A. S. Komendantov, Yu. A. Kuzma-Kichta and M. N. Burdunin |
| 631-636 | The energy balance in the positive column of a longitudinal gas discharge at atmospheric pressure | P. I. Porshnev |
| 637-640 | Making oxides of nitrogen in a vortex glow discharge | E. V. Bogatyreva, V. A. Lyubochko, E. N. Martynova and O. G. Parfenov |
| 640-643 | Effects of plasma flow structure on heat transfer with powder particles | A. L. Mossé and E. M. Ermolaeva |
| 644-650 | Thermal decomposition of carbonate rocks under in situ combustion | I. I. Bogdanov, V. M. Entov and V. P. Stepanov |
| 651-656 | Iterative approach to solving boundary-value problems of heat and mass transfer in reactive media | V. V. Gorskii |
| 657-661 | Heat and mass transfer and energy transport of integral radiation in light-scattering materials during exposure to diffuse and directional fluxes | S. G. Il'yasov, N. I. Angersbakh and A. K. Angersbakh |
| 662-666 | Influence of uncertainty in the initial data on the results of planning temperature measurements | E. A. Artyukhin, L. I. Guseva, A. P. Tryanin and A. G. Shibin |
| 667-671 | Characteristics of simultaneous thawing and erosion of frozen sand | R. I. Medvedskii |
| 671-674 | Solution of the heat conduction problem for laminar orthotropic slabs in a spatial formulation | V. S. Sipetov, Sh. Sh. Tuimetov and O. N. Demchuk |
| 674-677 | Mathematical modeling of the process of plane polymer film formation | A. V. Baranov, O. Kh. Dakhin, A. V. Lyapkov and N. V. Tyabin |
| 679-685 | Influence of the two-phase helium flux structure on heat transfer dynamics | A. I. Akekseev, V. M. Miklyaev and Yu. P. Filippov |
| 686-692 | Interfacial stability and heat transfer during film boiling on a vertical surface | V. S. Granovskii, V. B. Khabenskii and S. M. Shmelev |
| 692-697 | Investigation of the instantaneous temperature field in a fluid stream around a heated cylinder | Zh. S. Akylbaev and A. O. Tseeb |
| 697-702 | Computational and experimental investigation of nonstationary heat transfer at a critical point | G. B. Zhestkov |
| 703-706 | Turbulence singularities at moderate reynolds numbers | A. G. Bershadskii |
| 707-710 | Local and integral turbulent boundary layer characteristics on a convex surface in diffusor flow | A. A. Khalatov, A. A. Avramenko, M. M. Mitrakhovich and V. G. Velichenko |
| 711-713 | Approximate method of computing the thermal flux in the neighborhood of the plane of symmetry of blunt bodies | I. G. Brykina, V. V. Rusakov and V. G. Shcherbak |
| 714-718 | Attenuation of shock waves by screens of granular material | S. P. Medvedev, S. M. Frolov and B. E. Gel'fand |
| 718-721 | Resonant excitation of spiral vortex structures | A. A. Solov'ev, V. S. Bachinskii and D. E. Tarasov |
| 722-727 | Escape into a vacuum of a binary gas mixture with components of considerably different molecular weights | Yu. E. Gorbachev, V. Yu. Kruglov and T. N. Ryabinina |
| 728-732 | Monodispersed decomposition of charged jets of dielectrics | V. V. Blazhenkov, L. D. Grigor'eva and A. I. Motin |
| 732-735 | Investigation of the kinetics of self-propagating synthesis by the methods of computational IR thermography | A. G. Merzhanov, V. L. Dragun, B. M. Khusid, E. G. Klimchuk and S. A. Filatov, et al. |
| 736-741 | The mixing zone for interacting gas flows in a fluidized-bed apparatus | V. I. Eliseev, K. M. Koval' and A. P. Tolstopyat |
| 741-749 | A nonequilibrium polydisperse flow in an axisymmetric nozzle with condensate particle coagulation and breakup | P. M. Kolesnikov and V. V. Leskovets |
| 750-758 | Heat and mass transfer in a turbulent nonequilibrium flow in an annular channel. Part 2. Thermal initial segment | L. V. Mishina, B. E. Tverkovkin and L. N. Shegidevich |
| 759-765 | Convective instability in a two-layer system with an interfacial reaction | L. M. Rabinovich and I. A. Belikova |
| 765-770 | Natural convection in a long rectangular cavity | K. P. Morgunov, T. Yu. Morgunova and V. A. Misyura |
| 771-774 | Reduction of cavitation action on a surface being treated by diminishing the gap | G. I. Kuvshinov |
| 774-778 | Thermodynamic characteristics of the superconducting metal-oxide Bi2Sr2CaCu2Oy in the low temperature domain | Ya. A. Abeliov, E. M. Gololobov, G. V. Maiornikova, B. V. Novysh and N. A. Prytkova, et al. |
| 779-785 | Model of diffusion saturation of heterogeneous metals | Yu. A. Buevich and P. M. Vaisblat |
| 786-794 | Modeling nonisothermal solidification of epoxy resins | é. A. Zal'tsgendler, é. V. Ivashkevich, I. L. Ryklina, B. M. Khusid and Z. P. Shul'man, et al. |
| 795-799 | Hartree-fock-slater calculations on plasma parameters | B. N. Bazylev, L. V. Golub, G. S. Romanov and V. I. Tolkach |
| 800-807 | Planning an experiment for mathematical model identification | M. R. Romanovskii |
| 809-816 | The role of gas-phase transport in combustion of the tantalum-carbon system | A. G. Merzhanov, A. S. Rogachev, A. S. Mukas'yan, B. M. Khusid and I. P. Borovinskaya, et al. |
| 817-822 | Unsteady crystallization of polydisperse systems in a cascade of vessels | S. P. Fedorov and V. D. Lunev |
| 823-828 | Method of designing a mold with porous cooling | A. N. Abramenko and A. S. Kalinichenko |
| 828-835 | Possibility of expanding the stability domain of the fiber drawing process | V. L. Kolpashchikov, Yu. I. Lanin, O. G. Martynenko and A. I. Shnip |
| 835-841 | Thixotropic properties of electrorheological suspensions in continuous deformation | Z. P. Shul'man, V. G. Kulichikhin, V. E. Dreval' and E. V. Korobko |
| 842-848 | The non-newtonian hydromechanics of suspensions | A. Yu. Zubarev |
| 849-852 | Theoretical investigation of gas dissolution in a vortex chamber without taking account of bubble coagulation | A. S. Dudko |
| 852-861 | Laser plasma in a vacuum as an intense source of UV radiation | A. P. Golub' and I. V. Nemchinov |
| 862-864 | Calculating the optical parameters of a highly charged plasma by the hfs method. Part 2. Average and group-average absorption coefficients | B. N. Bazylev, L. V. Golub, G. S. Romanov and V. I. Tolkach |
| 865-869 | Features of heating a ceramic surface by concentrated sources | A. K. Shipai and N. I. Lipnitskaya |
| 869-875 | Nonisothermal motion of a rarefied gas in a short planar channel over a wide range of knudsen number | F. M. Sharipov, V. D. Seleznev and A. M. Makarov |
| 875-878 | Action of the Hall effect on flow and heat transport in a conductive gas flow near a rotating disk | V. D. Borisevich and E. P. Potanin |
| 879-882 | Form of a liquid layer of constant mass on the surface of a rotating cylinder | V. E. Epikhin, P. N. Konon and V. Ya. Shkadov |
| 883-888 | Radially symmetric flow of a viscous liquid between parallel planes | S. E. Solov'ev, V. A. Vol'pert and S. P. Davtyan |
| 889-896 | Nonlinear mass transfer between a gas and a falling liquid film. 1. Numerical analysis | Khr Boyadzhiev |
| 896-906 | Two-phase multicomponent mass transport in a descending, straight-through flow of phases | E. Ya. Kenig and L. P. Kholpanov |
| 907-912 | Parameters of bubbles and drops moving in a liquid | V. B. Okhotskii |
| 913-916 | Suppression of self-excited oscillations in wind tunnels with an open working part by means of periodic injection-suction in the boundary layer of the nozzle | M. Yu. Moskvina |
| 917-919 | Investigation of the influence of the geometric parameter and the mixing chamber length of an ejector on the origination of the critical mode | E. G. Zaitsev |
| 920-923 | Physical properties of Freon 216 | V. K. Gorchakovskii, V. E. Zadov and V. N. Podvezennyi |
| 923-928 | Optimal startup conditions of fluidized-bed boiler | S. G. Ruzhnikov, O. V. Yangolov, M. L. Shchipko and S. L. Gritsko |
| 928-936 | Collector heat exchanger with variable coolant properties | V. A. Babenko |
| 936-941 | Radiant heat transfer in a furnace with two volume zones | S. P. Detkov |
| 942-944 | Thermal fields in regions of complex configuration | A. N. Khomchenko |
| 944-950 | Thermal hysteresis in nonlinear media | O. N. Shablovskii |
| 951-955 | The flow of a fluid film entrained by a supersonic flow of gas | V. Ya. Borovoi, É. B. Vasulevskii and A. H. Dudina |
| 955-957 | Characteristic aerodynamic features of nonsymmetric jet flows | I. A. Vatutin, A. V. Vlasov, N. I. Lemesh, P. P. Khramtsov and I. A. Shikh |
| 958-960 | Effect of a transverse entrainment flow on the characteristics of a turbulent jet | L. V. Averin, Yu. A. Kondrashkov and V. P. Tomilin |
| 960-964 | Intensification of heat-exchange processes in the presence of a surface with variable roughness | G. I. Kelbaliev and L. V. Nosenko |
| 964-969 | Changes in the structure of turbulent flows subjected to the action of flow acceleration | V. G. Zubkov |
| 970-974 | Measuring static pressure with minimum error by means of drainage orifices | E. U. Repik and V. K. Kuzenkov |
| 974-977 | Determination of distribution functions for the characteristics of heat and mass exchange processes by means of bolometric converters | A. B. Katrich and V. V. Kamyshan |
| 977-980 | Fluctuations in the rate of flow during filtration of polymer solutions | M. M. Khasanov and I. N. Yagubov |
| 981-985 | An experimental study of heat exchange in nitrogen-free helium vessels with a multishield system of thermal insulation | S. B. Mil'man and M. G. Velikanova |
| 985-989 | Effect of injecting an ion beam in a dense plasma on the structure of the perturbed zone | V. A. Kotel'nikov and V. P. Demkov |
| 990-994 | Distribution of electron concentrations in a discharge with nonlinear sources for the appearance and disappearance of particles | R. F. Yunusov |
| 994-997 | Possibilities of elevating specific characteristics of active media with heat pumping at low CO2 concentrations | V. T. Karpukhin, Yu. B. Konev and N. I. Shal'nova |
| 997-1001 | Change in the structure of the alloy KhN57kVYu under the action of shock waves generated by the action of powerful nanosecond laser pulses | R. E. Krzhizhanovskii, V. M. Mikushev, A. A. Nikitin, E. V. Potipalova and Yu. V. Sud'enkov, et al. |
| 1002-1005 | Calculating particle velocities and concentrations in the space above a pseudofluidized bed | V. I. Kovenskii |
| 1006-1009 | Thermodynamics of metal melt migration in three-phase sintered composition materials | A. F. Lisovskii and T. É. Gracheva |
| 1010-1015 | A regular hot-powder compression regime | A. M. Stolin, N. N. Zhilyaeva and B. M. Khusid |
| 1016-1020 | Distribution of moist and dry pores in a moist porous material (a probability model) | V. I. Malarev |
| 1020-1021 | The P-ρ-t dependence of diethyl succinate | R. A. Mustafaev, D. K. Ganiev and R. S. Ragimov |
| 1022-1025 | Determining the complex of thermophysical properties in ceramics at high temperatures. Consideration of heat loss by the specimen through the sides | A. S. Yaskin and D. L. Timrot |
| 1026-1028 | A plane specimen in the periodic heating method. Measurement of heat capacity | V. V. Morilov, A. D. Ivliev and A. N. Pozdeev |
| 1029-1035 | Thermomechanical cycles in martensite energy converters | T. A. Buldakova, Yu. V. Voitenko, V. A. Likhachev and A. I. Razov |
| 1036-1043 | Nonlinear exchange of mass between a gas and a liquid runoff film. 2. Asymptotic analysis | Chr Boyadjiev and E. Toshev |
| 1044-1049 | Unique features encountered in the solution of equations for the diffusion transfer of mass in the two-phase zone of a triple system | A. M. Gusak and Yu. A. Lyashenko |
| 1049-1054 | A computer mathematical model of a percolation grid | V. V. Novikov and S. V. Ishchenko |
| 1055-1063 | Optimization of the heat-engineering processes involving utilization of control and identification methods | Yu. M. Matsevityi, A. V. Multanovskii and I. A. Nemirovskii |
| 1064-1068 | Computational experiment to solve problems of optimization in pulsed heating regimes | T. N. Boichenko and L. A. Kozdoba |
| 1069-1070 | Thermoelastic sloping thin-walled shell structures deformed without bending | M. D. Martynenko and Garib Musa Garib |
| 1071-1076 | In memory of A. V. Lykov, Academician, Belorussian Academy of Sciences (1910–1974) | O. G. Martynenko |
| 1077-1083 | Certain features of applying generalized analysis in thermodynamics | A. A. Gukhman and A. A. Zaitsev |
| 1084-1089 | Mass transfer in processes of heat technology | V. V. Krasnikov and S. G. Il'yasov |
| 1090-1096 | Mass transfer in natural organic media | I. I. Lishtvan, A. M. Abramets, G. P. Brovka and P. N. Davidovskii |
| 1096-1102 | Kinetics and mechanism of solidification and heat transfer of epoxy composites | Z. P. Shul'man, B. M. Khusid, E. V. Ivashkevich, V. A. Mansurov and N. O. Vlasenko |
| 1103-1110 | Development of hybrid analytical-numerical methods of calculating heat and mass transfer | P. V. Tsoi |
| 1111-1115 | Intensification of heat transfer and decrease in the resistance for flow in channels coated with a magnetic-liquid 2. Sinusoidal coating | V. G. Bashtovoi, M. S. Krakov and E. M. Taits |
| 1116-1125 | Thermal reaction of viscoelastic bodies to thermal impact on the basis of a new equation of dynamic thermoviscoelasticity | É. M. Kartashov and I. V. Stomakhin |
| 1125-1135 | Electroconvecton and heat exchange in dispersed gas-liquid systems | M. K. Bologa and F. M. Sazhin |
| 1135-1140 | Behavior of liquid thermodynamic stability under superheating and supercooling | V. P. Skripov |
| 1140-1147 | Critical boiling heat transfer: special case of smooth exchange of bubble and film boiling regimes | É. K. Kalinin |
| 1148-1156 | Variational problem of optimum heat removal in radial-type units | V. P. Kolos and V. N. Sorokin |
| 1157-1167 | Modeling nonlocal mass transfer of a dispersed impurity in turbulent flows of a gas suspension | I. V. Derevich and V. M. Eroshenko |
| 1167-1170 | Heat release in a gas flow at the junction of channels with different surface roughnesses | O. E. Aleksandrov, S. P. Obraz, V. D. Seleznev, B. T. Porodnov and A. G. Flyagin |
| 1171-1178 | Modeling the heat transfer in flow in complex channels by the finite-element method | A. A. Mikhalevich and V. I. Nikolaev |
| 1178-1186 | Dynamics of z-pinch with a light liner. 1. Description of the model and calculation of double-shell liners | G. S. Romanov, A. S. Smetannikov, Yu. A. Stankevich and V. I. Tolkach |
| 1186-1190 | Geothermal energy utilization with heat pipes | L. L. Vasil'ev |
| 1190-1196 | A mathematical model of soot formation in natural gas combustion. 1. Kinetic equation and critical temperature of the dehydrogenization process | A. G. Blokh and A. I. Shchelokov |
| 1196-1204 | Rotational instability of the laminar flow of pseudoplastic fluids in a coaxial-cylindrical channel | S. Vron'ski and M. Yastrzhembski |
| 1205-1211 | Modeling heat and mass transfer during gas purification in the synthesis of ammonia | R. Pokhoretski, V. Monyuk and E. Krushevski |
| 1212-1216 | The state of heat measurement in the USSR | O. A. Gerashchenko |
| 1217-1231 | Theory of flow in the conductivity problem of inhomogeneous media | G. N. Dul'nev and V. I. Malarev |
| 1233-1237 | Experimental investigation of heat transfer when the surface of the superconducting ceramic YBa2Cu3O7 is cooled with liquid nitrogen. 1. Heat emission under the conditions of bubble boiling | V. V. Baranets, Yu. A. Kirichenko, S. M. Kozlov, S. V. Nozdrin and K. V. Rusanov, et al. |
| 1238-1244 | Theoretical-experimental study of complex heat transfer in highly porous composites | N. A. Bozhkov, V. K. Zantsev and S. N. Obruch |
| 1245-1250 | Variational estimates of the effective thermal conductivities of transversely isotropic composites | Le Han Chau and Fam Dik Tin |
| 1251-1257 | Formation of a two-phase region during vaporization in porous media | I. E. Azizov and V. M. Entov |
| 1257-1263 | Change in boiling regimes on thick heating surfaces | V. U. Sidyganov and E. V. Ametistov |
| 1263-1266 | Some unique features of heat liberation in boiling of hydrocarbon fuels in large volume | S. V. Golovin, I. Kh. Khairullin, T. N. Shigabiev and L. S. Yanovskii |
| 1266-1272 | Computation of the radiation flux emanating from a highly disperse layer | V. V. Levdanskii and V. G. Leitsina |
| 1272-1280 | Nonlinear mass transfer between a gas and a falling liquid film. 3. Multicomponent mass transport | Khr. Boyadzhiev |
| 1280-1284 | Effect of the concentration dependence of the diffusion coefficient on the distribution and flow of hydrogen in palladium membranes | L. I. Smirnov |
| 1284-1286 | Radiation slip in a highly porous material layer | N. V. Pavlyukevich |
| 1287-1291 | Diffusion-migration description of finely dispersed impurity propagation in a turbulent jet | A. A. Vinberg, L. I. Zaichik and V. A. Pershukov |
| 1291-1297 | Heat-transfer intensity from swirling disperse flow to cyclone-chamber wall | V. A. Kirakosyan, A. P. Baskakov, E. Yu. Lavrovskaya and Yu. A. Popov |
| 1298-1306 | Viscous flow in a tube with periodic variation of transverse cross section area and distributed injection through the lateral surface | I. A. Belov and L. I. Shub |
| 1307-1310 | Turbulent diffusion of passive impurity in gas suspension at large reynolds numbers | F. N. Lisin, A. G. Shuklin and V. K. Maskaev |
| 1310-1315 | Dynamics of the z pinch with a light liner. II. Single-envelope liners and the anomalies of the cumulation stage | G. S. Romanov, A. S. Smetannikov, Yu. A. Stankevich and V. I. Tolkach |
| 1316-1321 | Nonsteady heat and mass transfer with azimuthal nonuniformity of the heat supply to bundles of spiral tubes | B. V. Dzyubenko, A. V. Kalyatka, V. I. Rozanov and M. D. Segal' |
| 1322-1323 | Mean heat transfer in transverse air flow around a cylinder | O. P. Kornienko |
| 1323-1328 | Excitation of thermoacoustic oscillations in a heated channel | N. I. Antonyuk, V. A. Gerliga and V. I. Skalozubov |
| 1328-1332 | Theoretical model of nonequilibrium of extraction of a gas dissolved in a fluid during pressure fluctuations in a flow | A. N. Luk'yanov, E. N. Lysov and V. I. Petrov |
| 1332-1334 | Approximate dependence between the thermodynamic quantities of a fluid on the saturation line | V. E. Firstov |
| 1334-1338 | Thermal conductivity of n-alkanes and 1-alkenes. Undistorted by radiant energy transport. I. Results of experimental study | A. A. Tarzimanov, R. A. Sharafutdinov and F. R. Gabitov |
| 1339-1342 | Thermal action of radiation pulses at wavelength 1.06 Μ on retinal tissue | Yu. D. Berezin, V. V. Lazo, V. K. Pustovalov and I. A. Khorunzhii |
| 1342-1344 | A new thermal λ-anomaly in iron group ferromagnetics | Kh. Sh. Borlakov and E. I. Nesis |
| 1344-1349 | Temperature field inhomogeneity on the surface of an electrolytic hygrometer | V. N. Cherin'ko |
| 1349-1351 | Motion of a granular material over a fixed plane | G. M. Ostrovskii, Kh. Rosabal' and M. Balbe |
| 1352-1358 | Simulation of the thermal conditions of radioelectronic devices using averaging methods | A. N. Salamatin, V. A. Chugunov, O. V. Yartsev and O. Yu. Maraontova |
| 1359-1368 | Classification of fluctuating turbulent flows | M. M. Grigor'ev, V. V. Kuz'min and A. V. Fafurin |
| 1369-1375 | Particle deposition on channel walls in a turbulent flow | I. N. Gusev, E. I. Guseva and L. I. Zaichik |
| 1375-1379 | Investigation of the defocusing properties of a vortical gas flow | P. A. Mikheev, V. D. Nikolaev, S. F. Shalaginov and A. A. Shepelenko |
| 1380-1388 | Finite-element-method calculation of flow and heat transfer in elements of plate exchangers | A. A. Mikhalevich, V. I. Nikolaev and V. K. Fedosova |
| 1389-1394 | Effect of wall bubbles on the excitation of thermoacoustic oscillations in boiling flows | V. I. Skalozubov |
| 1395-1401 | Thermodynamics of flows of a polymerizing, nonlinearly viscoplastic fluid having a free surface | K. A. Chekhonin and V. K. Bulgakov |
| 1401-1404 | Experimental study of heat transfer in liquid-nitrogen cooling of the surface of superconducting YBa2Cu3O7 ceramic. 2. Burnout in nucleate boiling | V. V. Baranets, Yu. A. Kirichenko, S. M. Kozlov, S. V. Nozdrin and K. V. Rusanov, et al. |
| 1405-1408 | Isotherms of the sorption of water vapor by swelling hydrophilic sorbents | N. I. Gamayunov and A. V. Tvardovskii |
| 1408-1414 | Flow of freezing water and aqueous salt solutions through tubes | V. M. Bilyushov |
| 1414-1418 | Comprehensive investigation of startup regimes for a frozen heat pipe | L. E. Kanonchik and P. I. Sergeev |
| 1419-1422 | Influence of adsorption on the properties of dispersion in undissociated solutions | Yu. A. Buevich and S. V. Sizaya |
| 1423-1426 | Determination of heat-transfer coefficients in porous media | L. V. Kim |
| 1427-1432 | Random migration of moisture in composite materials | V. I. Barakhov, V. V. Chernyaev and V. I. Goncharov |
| 1432-1440 | Nonsteady transfer and dispersional effects in heterogeneous media | Yu. A. Buevich and V. A. Ustinov |
| 1441-1447 | Nonlinear equations of heat and mass transfer in dispersed media | A. I. Moshinskii |
| 1448-1450 | Diffusion length in a stefan cell | A. N. Berezhnoi and P. A. Norden |
| 1451-1454 | Thermal conductivities of liquid n-alkanes and 1-alkenes corrected for radiative energy transport. part 2. Data fitting for a wide state-parameter range | A. A. Tarzimanov, R. A. Sharafutdinov and F. R. Gabitov |
| 1455-1462 | Thermodynamic properties of liquid metals and alloys | P. M. Kessel'man, A. Yu. Bykov and S. A. Inshakov |
| 1463-1467 | CO2 mixing gasdynamic laser with emitting molecules formed in the reacting CO-O2-H2 mixture | O. V. Achasov, Ya. Biaga, A. N. Oznobishin, D. S. Ragozin and N. A. Fomin |
| 1468-1471 | The heating of materials by a concentrated energy flux under volume absorption | A. A. Uglov, A. A. Volkov and O. G. Sagdedinov |
| 1471-1474 | Algorithm for the solution of the problems of body heating during radiation heat transfer | V. B. Kovalevskii, O. Yu. Sedyako and V. I. Panasyuk |
| 1475-1480 | Thermal regimes for super-high-frequency heating of dielectrics | R. G. Ruginets, S. I. Brykov and É. Kh. Lokharu |
| 1481-1484 | Thermoelastic stresses arising in laser media | S. N. Kapel'yan and Yu. V. Makritskii |
| 1485-1488 | Effect of melt properties and thermal state on electromagnetic radiation produced during crystallization | V. V. Sobolev |
| 1489-1494 | Dynamic radiation collapse | I. V. Nemchinov and O. P. Popova |
| 1495-1498 | Radial distribution of the heat-flux density in the bearing spot of a plasma cutting arc | Yu. Ya. Kiselev and V. K. Pogora |
| 1499-1504 | Heat transfer in electrodynamic transducers | V. I. Kordonskii, S. A. Demchuk, V. A. Kuz'min and É. A. Zal'tsgendler |
| 1505-1511 | Heat transfer in a system of parallel axisymmetric ribs under conditions of a change in the aggregate coolant state | V. F. Getmanets, A. Ya. Levin and L. G. Potemina |
| 1512-1518 | Analysis of the heat and mass transfer in porous-sublimation cooling | S. M. Ostroumov |
| 1518-1523 | Transverse two-phase flow around a cylindrical heat exchange surface | N. A. Kudryavtsev, M. V. Mironova and V. P. Yatsenko |
| 1523-1528 | Thermal properties of superheated potassium vapor at temperatures to 2150 K and pressures to 10 MPa. 1. An experimental investigation of the thermal properties | N. B. Vargaftik, A. N. Nikitin, V. G. Stepanov and A. I. Abakumov |
| 1528-1532 | Thermodynamic parameters of hydrocarbons in the critical range | D. S. Kurumov |
| 1533-1539 | Thermodynamic efficiency of heat exchangers | L. G. Semenyuk |
| 1539-1544 | Some principles of combustion of homogeneous fuel-air mixtures in the cylinder of an internal combustion engine | R. M. Petrichenko, A. B. Kanishchev, L. A. Zakharov and Bassam Kandakzhi |
| 1545-1552 | Numerical and experimental modeling of turbulent flows in furnace chambers | S. V. Alekseenko, V. D. Goryachev, I. N. Gusev, V. M. Eroshenko and V. B. Rabovskii |
| 1553-1554 | Calculating the temperature dependence of the specific heat for rare-earth arsenates | Z. M. Sharipova and B. K. Kasenov |
| 1555-1557 | Thermal expansion and linear-dimension hysteresis for polycrystalline silicon carbide | A. M. Tolkachev, V. A. Tits and G. K. Kladov |
| 1558-1563 | Dielectric properties of filled glass-ceramic | V. V. Novikov, L. N. Tartakovskaya, Yu. P. Trizna, M. V. Dmitriev and T. N. Mishchenko |
| 1564-1570 | Effect of capillary phenomena on the rheological properties of emulsions | B. Khuzhaerov |
| 1570-1574 | Experimental study of heat transfer from the walls of a channel to a circulating fluidized bed | A. P. Baskakov, V. K. Maskaev, I. V. Ivanov and A. G. Usol'tsev |
| 1575-1580 | Hydrodynamics of flow past spheres in a bed | N. N. Suntsov and S. L. Demenok |
| 1580-1584 | Wave regime of consolidation of a porous compressible medium | N. N. Zhilyaeva and A. M. Stolin |
| 1585-1591 | Certain laws of charge transfer in a fluidized bed of a dispersed dielectric | V. A. Dovgyalo, S. F. Zhandarov and O. R. Yurkevich |
| 1591-1596 | Numerical modeling of heat and mass transfer during the drying of granulated polymers in a packed bed | N. A. Prudnikov, M. A. Brich and Ya. S. Raptunovich |
| 1596-1601 | Influence of the marangoni effect on the stability of flows of stratified liquids | I. U. Subaev and M. M. Khansanov |
| 1602-1607 | System for measuring airflow parameters near the ocean surface | S. I. Gabrilovich, S. A. Levchenko and S. I. Shabunya |
| 1607-1611 | Derivation of initial states in investigation of nucleation by the thermodiffusion-chamber method | V. T. Borukhov, N. V. Pavlyukevich, I. Smolik and S. P. Fisenko |
| 1611-1618 | Diffusional mass transfer in liquid mixtures | S. G. D'yakonov, D. V. Proshchekal'nikov, G. S. D'yakonov and R. A. Ibragimov |
| 1618-1620 | Determining the temperature fields of multilayer spherically symmetric systems | Yu. I. Dudarev, M. Z. Maksimov and L. K. Nikonenko |
| 1-7 | Physical mechanisms for transfer of heat, mass, and momentum in a short low-temperature heat pipe. I. Hydrodynamics of vapor flows | P. I. Bystrov, A. I. Ivlyutin, V. N. Kharchenko and A. N. Shul'ts |
| 8-13 | Results of investigating the mechanism of vapor-forming processes relating to wicks of low-temperature heat pipes | V. A. Antonenko and G. R. Kudritskii |
| 14-18 | Theoretical analysis of condensation in a rotating heat pipe at low angular velocity of rotation | Yu. A. Khmelev and E. V. Shevel' |
| 18-25 | Features of the breakup of jets of a low-viscosity liquid in a subsonic entraining flow of gas | M. E. Rudyak |
| 26-33 | Flow of suspensions with a highly disperse structure-forming fraction | A. A. Potanin, V. E. Chernomaz, V. M. Tarakanov and N. B. Ur'ev |
| 34-37 | Effect of surface tension on the collapse of a cavitation bubble | G. I. Kuvshinov |
| 38-42 | Heat exchange during the forced flow of hydrocarbon fuels at supercritical pressures in heated tubes | L. S. Yanovskii and B. Ya. Kamenetskii |
| 43-50 | Thermal-mass exchange in a polymerizing liquid within a cylindrical reservoir | Z. P. Shul'man, B. M. Khusid, V. B. érenburg, é. V. Ivashkevich and I. L. Ryklina, et al. |
| 51-54 | Ransverse self-diffusion in an electrodynamically fluidized system | S. I. Zhebelev |
| 54-61 | Fluidization of microparticles in electric field | S. I. Zhebelev |
| 61-64 | Pulsational characteristics of the model of mass flow in a flow-through reactor | M. I. Il'in |
| 65-74 | Diffusion in an inhomogeneous velocity field in the presence of a first-order homogeneous chemical reaction | L. N. Koltunoya |
| 75-77 | Thermal expansion of the superconductive metallic oxide Bi2Sr2CaCu2Oy in the low-temperature range | E. M. Gololobov, V. P. Popov, N. A. Prytkova, Zh. M. Tomilo and N. M. Shimanskaya |
| 78-80 | Heat exchange parameters in anodic electrolytic heating | V. I. Ganchar |
| 81-83 | Intensity distribution of light scattered by a turbulent jet flow | I. A. Vatutin, O. G. Martynenko, P. P. Khramtsov and I. A. Shikh |
| 84-91 | Toward a theory of the simultaneous filtration of immiscible liquids | Yu. A. Buevich and U. M. Mambetov |
| 92-95 | Numerical solution of problems of the filtration of a liquid in elastically deformable cracked-porous media | D. V. Manakov and V. S. Nustrov |
| 95-98 | Description of the strength of porous bodies on the basis of percolation theory | Yu. N. Kryuchkov |
| 99-104 | Comparative analysis of mathematical models for thermal stress and deformation generation in a solidifying ingot | L. G. Dymova, P. V. Sevast'yanov and V. I. Timoshpol'skii |
| 104-109 | Contact conductivity of cryogenic heat insulation materials | S. B. Mil'man and M. G. Velikanova |
| 109-112 | Effect of heat losses from the surface of a two-layer specimen on measurement of thermophysical characteristics by the pulsed method | M. D. Kats, S. A. Karaush and I. V. Bugaev |
| 112-116 | Optimization of the construction of the reaction chamber on temperature distribution in a semiconductor plate on heating by incoherent radiation | D. A. Sechenov, A. M. Svetlichnyi, A. G. Klovo, S. I. Solov'ev and S. I. Zinovenko |
| 117-124 | Solution of multi-parameter inverse problems of heat conduction | Yu. M. Matsevityi and A. V. Multanovskii |
| 124-129 | Numerical-analytic algorithm of the Stefan problem solution | N. A. Mukhetdinov |
| 130-138 | Features of nonstationary periodic contact heat transfer | L. G. Gulyanskii |
| 139-143 | Experimental investigation of heat transfer under conditions of laminarization of turbulent flows | V. G. Zubkov |
| 144-148 | Integral method of computing the diffusion of a polymer impurity in the turbulent flow at a permeable surface | V. A. Ioselevich and S. L. Mashkov |
| 148-153 | Mathematical modelling of nonisothermal turbulent one- and two-phase swirling flows | V. V. Novomlinskii |
| 154-159 | Experimental determination of the coefficients of restitution of particles in the flow of a gas suspension in a collision against the surface | V. A. Lashkov |
| 160-165 | The compression wave during impact on a free suspension surface | Yu. A. Buevich, P. L. Mityakin and O. M. Rozental' |
| 165-171 | Mass-transfer mechanism in a vibrationally fluidized chemical reaction dispersion | A. F. Ryzhkov, I. E. Kipnis and A. P. Baskakov |
| 171-177 | Heat transfer and combustion for a spiral flow in an ideal-displacement reactor | I. G. Dik and O. V. Matvienko |
| 178-183 | Effect of different factors on coke combustion in a highly concentrated polydisperse ascending flow | A. A. Shraiber, B. B. Rokhman and V. B. Red'kin |
| 183-188 | Decay of electrified rotating capillary jets | S. Ya. Gertsenshtein, P. M. Musabekov, A. Ya. Rudnitskii and K. Umarkulov |
| 188-196 | Effect of friction on low frequency sound propagation in a gas-liquid foam | I. I. Gol'dfarb and I. R. Shreiber |
| 196-201 | Wave flow of viscoelastic suspensions in tubes | K. V. Mukuk, V. G. Gasenko and Z. Sh. Khudaibergenova |
| 202-207 | Heat transfer in the flow of a single-phase and boiling coolant in a channel with a porous insert | Yu. F. Gortyshov, I. N. Nadyrov, S. R. Ashikhmin and A. P. Kunevich |
| 208-214 | Physical mechanisms for heat and momentum transfer in a short low-temperature heat pipe. II. Vapor flow structure | P. I. Bystrov, A. I. Ivlyutin and A. N. Shul'ts |
| 215-218 | Heat-transfer crisis in the boiling of liquids on microsurfaces | V. Yu. Kravets, Yu. V. Fridrikhson and O. V. Bosaya |
| 219-224 | Experimental study of the effect of temperature and stress on the magnetization of boiler tubes | V. A. Bogachev, V. M. Eroshenko and E. B. Melamed |
| 224-230 | Motion of a gas in a cyclone heat exchanger | V. A. Kirakosyan, E. Yu. Lavrovskaya and A. P. Baskakov |
| 231-236 | Relaxation kinetics of the temperature field of a substance as a method of analyzing its structure | A. P. Drin' and N. I. Shut |
| 237-242 | Numerical modeling of local heat transfer in the furnaces of tubular ovens, based on differential approximations for radiant heat transfer | A. M. Abdullin and D. B. Vafin |
| 243-247 | Mathematical model of a plastic tubular heat exchanger | B. E. Baigaliev and R. M. Salakhutdinov |
| 248-254 | Radiation properties of carbon monoxide | S. P. Detkov and V. V. Perunkov |
| 255-261 | Optimizing the electrical substitution procedure for a cavity radiometer having radiative and convective-radiative heat transfer | V. I. Polevoi, L. A. Nazarenko and V. M. Guzei |
| 261-263 | Temperature measurement in a reduced-pressure subsonic oxygen jet | E. B. Georg and M. I. Yakushin |
| 264-266 | Adsorbed layers in the interaction of a rarefied gas flow with a deeply cooled optical surface | V. V. Kobarov and A. D. Shnyrev |
| 267-269 | Application of the temperature wave method to measure the thermophysical properties of materials | V. V. Morilov |
| 270-276 | Determination of a set of material thermophysical characteristics from data of nonstationary measurements during heating by local heat sources | A. S. Golosov, V. I. Zhuk, A. A. Lopashev and D. N. Chubarov |
| 277-282 | Modeling the thermal processes of laser synthesis for the nitrides in refractory metals | A. A. Uglov, I. Yu. Smurov and L. V. Karaseva |
| 282-286 | Thermal resistance of the vaporization zone for a heat tube with a threaded capillary system | I. M. Blinchevskii and S. P. Ermolaev |
| 287-290 | Quantitative relationships governing the motion of a liquid in smooth-walled rotating heat tubes with a displaced axis of rotation | M. G. Semena, Yu. A. Khmelev and E. V. Shevel' |
| 290-296 | Model of heat transfer in the liquid phase during axial and twisted turbulent motion of liquid and gas films in short channels | S. G. D'yakonov, V. I. Elizarov and A. G. Laptev |
| 297-302 | Effect of the thermophysical properties of a wall on release of heat in turbulent natural convection. 1. Experimental research | G. I. Abramov and K. A. Ivanov |
| 303-307 | Controlling temperatures in free convection for a high-viscosity fluid | S. E. Gusev and G. G. Shklover |
| 307-309 | Determining the maximum velocity of a gas being discharged out of a nozzle | V. V. Skryabin |
| 310-316 | A study of heated free jets of circular cross section | B. Hanel and B. Weidemann |
| 316-323 | Rheodynamics and exchange of heat in the flow of polymerizing fluids in a cylindrical channel | Z. P. Shul'man, B. M. Khusid, É. V. Ivashkevich, V. B. Érenburg and N. O. Vlasenko |
| 324-326 | Convective instability in a horizontal fluid layer with a permeable barrier under conditions of arbitrary boundary heat conduction | R. V. Birikh and R. N. Rudakov |
| 327-330 | Development of taylor-goertler vortices in the boundary layer of a surface moving curvilinearly in the presence of polymer additives | O. D. Nikishova and N. A. Gorbatyuk |
| 331-335 | Stable diffusion boundaries in three-component gas mixtures | Yu. I. Zhavrin and V. N. Kosov |
| 336-338 | Stratification of a cryogenic liquid in a reservoir in the case of circulation cooling | V. M. Kharin, V. I. Ryazhskikh and R. M. Zavadskikh |
| 338-342 | The hydrodynamics of certain surface phenomena | V. B. Okhotskii |
| 342-347 | Numerical and physical simulation of axisymmetric streamlining of a staged cylinder with a low-velocity flow of air | S. A. Isaev, V. M. Suprun and O. A. Shul'zhenko |
| 348-349 | Exchange of heat in a reverse gas flow with a nonmoving dispersed solid phase | N. I. Gamayunov, R. A. Ispiryan and A. V. Klinger |
| 350-355 | Evaluating the efficiency of drying with various means of energy supply | L. M. Boikov |
| 356-360 | Analysis of the motion of suspended particles in a rotor separator | V. A. Markov and F. V. Prudnikov |
| 360-363 | Using the reversability of the peltier effect to reduce the heat-scattering surfaces of thermal cooling batteries | E. K. Iordanishvili |
| 364-368 | Steadying the instability of a glowing discharge in a longitudinal air stream | Z. Kh. Israfilov and N. F. Kashapov |
| 368-371 | Radial distribution of electron concentration in a compressed layer | I. A. Anoshko, V. S. Ermachenko and L. E. Sandrigailo |
| 371-376 | Thermal properties of superheated potassium vapor at temperatures up to 2150 k and pressures up to 10 MPa | N. G. Vargaftik, A. N. Nikitin, V. G. Stepanov and A. I. Abakumov |
| 376-379 | Determining the heat-transfer constants of an orthotropic layer | E. A. Belov, G. Ya. Sokolov, A. S. Starkov and V. P. Zotov |
| 380-388 | Identification of contact thermal resistances in nuclear reactor fuel elements. 1. Algorithm development | E. A. Artyukhin, A. V. Nenarokomov, A. P. Tryanin, S. A. Utenkov and V. V. Yakovlev |
| 388-394 | An algorithm for a numerical study of the hydrodynamics and exchange of heat in a twisted channel of complex cross section on the basis of the finite-element method | A. A. Kochubei and L. G. Tatarko |
| 395-397 | Comparative analysis of ion and laser pulse annealing of silicon | Yu. A. Bumai, N. E. Domorod and A. G. Ul'yashin |
| 399 | Physicotechnical problems of investigation of monodispersed systems | V. A. Grigor'ev |
| 400-402 | Applicability of monodispersed technology in cryogenic technology | T. A. Alekseev and E. V. Ametistov |
| 403-408 | Capillary instability of liquid jets in the case of heat exchange with the surrounding medium | A. F. Ginevskii and A. S. Dmitriev |
| 408-412 | Experimental investigation of the effect of the signal-to-noise ratio on the characteristics of forced capillary disintegration of a jet | V. V. Blazhenkov, V. F. Gunbin and S. I. Shcheglov |
| 413-415 | Investigation of the evolution of the spectrum of oscillations of the surface of a jet of liquid with forced capillary breakup | A. R. Alikin, V. V. Blazhenkov, V. F. Gunbin and S. I. Shcheglov |
| 416-419 | An experimental investigation of capillary breakup of a liquid metal jet | V. B. Ankudinov |
| 419-422 | Induced capillary jet breakdown | N. A. Razumovskii |
| 422-425 | Possible applications of fiber-optic methods of measuring physical quantities for diagnostics of the breakup of free jets | V. V. Osipov and V. P. Ogorodnikov |
| 425-429 | Capillary breakup of a liquid-metal jet in an oxidizing medium | B. V. Artem'ev and S. G. Kochetov |
| 430-434 | Producing monodisperse powders from refractory metals by gas-plasma dispersal | A. V. Suslov, L. A. Lyalin and K. I. Semenov |
| 435-440 | Features of the capillary breakup of jets of dielectric viscous liquids with surface charges | A. F. Ginevskii and A. I. Motin |
| 440-444 | Effect of an electric field on the capillary breakup of electrolyte jets | A. V. Bukharov, A. F. Ginevskii and N. A. Konovalova |
| 444-450 | Freezing of drops on cooled surfaces | A. V. Klimenko and M. Yu. Kolosov |
| 451-454 | Investigation of the properties of monodispersed microgranules of refractory metals prepared in a pulsed arc | A. V. Suslov, É. L. Dreizin and M. A. Trunov |
| 454-457 | Application of fluorescing solutions for temperature diagnostics of monodispersed macroparticles | V. V. Blazhenkov, A. V. Klimenko and D. S. Lin |
| 458-463 | Photoemissive charging op monodispersed aerosol particles under atmospheric pressure | L. A. Lyalin and A. V. Suslov |
| 463-467 | Freezing of granules in an apparatus for cryogranulation of liquid materials | M. Yu. Kolosov, A. G. Sinitsyn, I. V. Khokhlov and S. I. Shcheglov |
| 468-472 | Unique features of heat exchange for spherical particles in a concentric cavity | V. V. Averin |
| 472-476 | Behavior of monodispersed metal particles in various media | A. V. Suslov, É. L. Dreizin and M. A. Trunov |
| 476-481 | Limiting particle charge for electrification in a corona discharge field | L. D. Grigor'eva and A. I. Motin |
| 481-488 | The mechanism of corona discharge from a water droplet | A. I. Grigor'ev and S. O. Shiryaeva |
| 488-492 | Effect of electrode configuration on efficiency of induction electrification of droplets | V. I. Bezrukov, V. D. Spiridonov and Yu. V. Syshchikov |
| 492-497 | Inductional charging op monodispersed drops formed in the induced capillary breakdown of liquid jets | V. V. Blazhenkov, A. V. Bukharov, A. A. Vasil'ev and S. N. Panasov |
| 497-500 | Path of drop jet and single drop in electrodrop-jet devices | V. I. Bezrukov, A. A. Vydrik and E. F. Sukhodolov |
| 501-505 | Stability in an evaporating chain of identical droplets | A. F. Ginevskii, A. S. Dmitriev and D. A. Ovechkin |
| 505-511 | The boundary layer on a regular droplet chain in controlled motion | V. I. Bezrukov, A. S. Vasil'ev, N. A. Razumovskii and E. F. Sukhodolov |
| 512-513 | Stability of a monodispersed droplet flow in a gaseous medium of variable density | V. V. Blazhenkov and D. B. Chashchikhin |
| 513-521 | Stability of periodic flow in a micropolar fluid | M. A. Brutyan and P. L. Krapivskii |
| 522-531 | Jet electrohydrodynamic signal energy from converters | V. S. Nagornyi |
| 533-539 | Heat transfer of nonspherical particles in a rarefied plasma jet. 1. Metal particles | A. G. Gnedovets and A. A. Uglov |
| 539-543 | Heat transfer of nonspherical particles in a rarefied plasma jet. 2. Dielectric particles | A. G. Gnedovets and A. A. Uglov |
| 543-546 | Theory of random motion of particles in a suspension | A. N. Latkin |
| 547-551 | Interchannel heat-carrier mixing with periodic flow-rate variation over time in spiral-tube bundles | B. V. Dzyubenko, L. A. Ashmantas, A. B. Bagdonavichyus and A. V. Kalyatka |
| 552-556 | Effect of the physical properties of a wall on heat transfer in turbulent natural convection. 2. Analytical study | G. I. Abramov and K. A. Ivanov |
| 556-561 | Dissociation of gaseous hydrates in beds | G. G. Tsypkin |
| 562-566 | Thermal conductivity of aqueous solutions of potassium chloride at 20–340°C | R. I. Pepinov and G. M. Guseinov |
| 566-572 | Study of porous-sublimational cooling | V. V. Druzhinets, N. M. Levchenko and S. M. Ostroumov |
| 572-575 | Comparison of convective heat transfer models in porous media | Yu. A. Zarubin |
| 576-580 | Electrodynamic fluidization of microparticles with a finite electrical conductivity | S. I. Zhebelev |
| 581-586 | Nonstationary phase flow and rectification acceleration in industrial plant | Yu. A. Komissarov, V. V. Kafarov, V. L. Toraashevskii and M. V. Gavrilova |
| 586-590 | Fermentation-medium rheology in antibiotic production | I. Penchev, M. Kyrsheva, S. Chaushev and D. Romanov |
| 591-596 | Influence of nonideal plate contact on heat transfer in compact heat exchangers | Yu. I. Shanin, V. N. Fedoseev and O. I. Shanin |
| 596-601 | Influence of nonaxisymmetric temperature profile in layer of different-temperature components on radiant heat transfer | É. I. Gorb and D. B. Akhmedov |
| 602-606 | Regulation of the pumping current as a method for controlling the temperature of the active region of a pulsed semiconductor laser | V. A. Semenyuk and T. V. Pilipenko |
| 607-612 | Thermal fields in film microelectronic structures on exposure to radiation heating | V. E. Borisenko and S. G. Yudin |
| 612-615 | Power-law approximation of transfer function in nonsteady heat-and mass-transfer problems | A. S. Trofimov and V. V. Kryzhnii |
| 615-623 | Numerical investigation of the process of ventilative drying of a pipeline | V. M. Gorislavets and A. A. Sverdlov |
| 623-625 | A new type of self-excited thermomechanical oscillations | S. E. Nesis and A. F. Shatalov |
| 626-631 | Solitary waves in a thermo-elastic medium | M. D. Martynenko and Nguyen Dang Bik |
| 631-641 | Quasistatic thermoviscoelastic fields in an infinite bicomposite cylindrically isotropic plate | M. P. Lenyuk and G. Ya. Stopen' |
| 642-645 | Distribution of heat transfer agent in the capillary structure of rotating heat pipes with a displaced axis of rotation | M. G. Semena, Yu. A. Khmelev and E. V. Shevel' |
| 645-650 | Numerical study of the problem of unsteady heat transfer in a cased-well-bed system | I. V. Il'in, A. S. Kashik, Yu. A. Popov and S. D. Tseitlin |
| 651-665 | Asymptotic theory of nonlinear mass transfer in systems with intense mass exchange | Khr Boyadzhiev |
| 667-672 | A nonsteady-state two-dimensional model and analysis of nonisothermal state of heat pipe surfaces under nonuniform heat exchange along the perimeter and length | B. M. Rassamakin and Yu. Yu. Khmara |
| 672-676 | Determination of the coefficient of heat transfer at the inner surface of a two-phase heat exchanger | N. I. Klyuev and A. F. Fedechev |
| 676-681 | Special features of flow and heat transfer in staggered bundles of transversely finned tubes | E. N. Pis'mennyi |
| 682-686 | Mass transfer between a flat-bottom side cavity and flow in a conduit | L. V. Averin, Yu. A. Kondrashkov and V. P. Tomilin |
| 687-693 | Engineering methods of analysis of devices with a vibrationally fluidized bed | A. F. Ryzhkov and I. é. Kipnis |
| 693-697 | Model of coal combustion in a fluidized bed and its experimental identification | A. I. Tamarin |
| 697-701 | Choice and optimization of the parameters of a porous-sublimation cooler | S. M. Ostroumov |
| 702-707 | Calculation of diffusion coefficients of two-electron metals in inert gases and molecular hydrogen | K. M. Aref'ev, N. B. Balashova and M. A. Guseva |
| 707-714 | Heat and mass transfer in hydrogen sorption-desorption in metal-hydride power-plant components | V. M. Liventsov and A. V. Kuznetsov |
| 715-719 | Experimental investigation of hydride hydrogen accumulator | B. G. Timoshevskii, S. Yu. Belyakov, S. V. Shulezhko and A. A. Sirota |
| 720-724 | Mass transfer during filtration in a porous medium with a soluble skeleton | A. V. Kosterin, M. G. Khramchenkov and V. A. Chugunov |
| 724-731 | Time dependence of the heat-transfer coefficient between components of a composite during heat transfer | I. V. Goncharov, V. L. Mikov and V. P. Sobolev |
| 731-739 | Problem of heat and mass transfer during short-time phase contact | V. V. Migunov |
| 740-744 | Sliding of a body over a melting surface at a high velocity | O. E. Pushkarev |
| 744-749 | Testing two-temperature thermal-conduction theory for carbon rod composites | N. A. Vasil'eva, I. V. Goncharov, V. L. Mikov and V. V. Sazonov |
| 749-753 | Specific heat and thermodynamic characteristics of the system Bi-Sr-Ca-Mg-Cu-O in the temperature range 4.2–300 K | E. M. Gololobov, B. V. Novysh, N. A. Prytkova, Zh. M. Tomilo and N. M. Shimanskaya, et al. |
| 754-760 | Thermal method of measuring the curing macrokinetics of reactive oligomers | Z. P. Shul'man, B. M. Khusid, é. V. Ivashkevich, N. O. Vlasenko and V. A. Mansurov, et al. |
| 761-768 | Structural-mechanical and thermophysical properties of modified polyvinyl chloride | N. A. Bordyuk, Yu. N. Bestyuk, V. I. Nikitchuk and B. S. Kolupaev |
| 768-772 | Damping of the mechanical vibrations of a piezoelectric element by sensitive coatings | V. E. Savchenko |
| 773-777 | Heat and mass transfer in the surface layer of metals under laser machining | N. A. Dunaevskii and V. P. Reshetin |
| 778-782 | Simulation of energy transfer processes in laser scalpels | V. N. Vasil'ev and S. K. Serkov |
| 783-788 | Conjugate problem of the free convection in a vertical channel, taking into account the rhelogical temperature dependence | Vu Zui Kuang and Nguen Kue |
| 788-793 | Drift of a rarefied gas in a planar channel under the action of monochromatic radiation | I. V. Chermyaninov and V. G. Chernyak |
| 794-799 | Taking into account the spectra of bodies in thermal calculations of furnaces | S. P. Detkov and O. A. Bryukhovskikh |
| 800-805 | Recreating the structure of an object as a whole by using the properties of one part | M. R. Romanovskii |
| 807-811 | Effect of pulsed laser processing on phase composition and properties of surface layers of yttrium ceramic | V. A. Esepkin, A. G. Ul'yashin, I. G. Gorol'chuk, Yu. A. Bumai and D. S. Domanevskii, et al. |
| 811-814 | Metal fusion by laser radiation action in an oxidizing medium | A. A. Uglov, A. A. Volkov and O. G. Sagdedinov |
| 815-819 | Physicochemical interaction of gas and liquid phases in plasma welding | B. L. Bozhenko and V. N. Shalimov |
| 820-824 | Transfer of powerful laser radiation in optical media: Appearance of “optical turbulence” | I. B. Krasnyuk, T. T. Riskiev and T. P. Salikhov |
| 825-831 | Thermal calculation of a mold for continuous casting of metal strip | A. N. Abramenko, A. S. Kalinichenko and Yu. K. Krivosheev |
| 831-837 | Nonisothermal rheodynamics in shs pressing of powder materials | L. S. Stel'makh, N. N. Zhilyaeva and A. M. Stolin |
| 838-841 | Powder bombardment of a metal plate: Superdeep penetration | L. V. Al'tshuler, S. K. Andilevko, G. S. Romanov and S. M. Usherenko |
| 842-846 | An explosive powder accelerator having a cylindrical recess filled with tungsten powder | S. K. Andilevko, G. S. Romanov and S. M. Usherenko |
| 846-849 | Mechanism and functional relations characterizing the influence of ambient noise on the vitrification of glass-forming semiconductor melts | M. I. Mar'yan and V. V. Khiminets |
| 850-852 | Deposition of microparticles from a turbulent stream onto a pipe wall | L. V. Averin and Yu. A. Kondrashkov |
| 853-856 | Turbulence characteristics of external flow around turbine blades | V. M. Kapinos and A. F. Slitenko |
| 856-862 | Startup and steady operating conditions of supersonic diffuser | S. V. Puzach, N. N. Zakharov, S. V. Sovin and R. A. Yanson |
| 863-872 | Spreading flow of a plane laminar jet over a horizontal plate | Yu. A. Buevich and V. N. Mankevich |
| 873-877 | Liquid flow through holes in the wall of a direct-flow centrifugal component | V. A. Markov, A. M. Volk and A. I. Ershov |
| 877-879 | Variable-pressure capillary impregnation of a gassaturated porous medium | A. N. Shandrygin |
| 880-885 | Dry spot radius and microfilm thickness beneath a vapor bubble | M. G. Verdiev and S. A. Ninalalov |
| 885-889 | Kinetics of the solution of mineral salts suspended in a liquid flow | G. A. Aksel'rud, A. E. Boiko and A. E. Kashcheev |
| 889-897 | Two-dimensional filtrational flow in the displacement of petroleum from beds in a borehole system | K. S. Basniev, P. G. Bedrikovetskii and A. A. Shapiro |
| 897-901 | Particle granulation in fluidized bed | A. F. Ryzhkov and V. A. Mikula |
| 902-908 | Equations of state and thermodynamic properties of carbon dioxide and argon in the critical region | Kh. S. Abdulkadirova, S. B. Kiselev, I. G. Kostyukova and L. V. Fedyunina |
| 908-912 | A transversely blown arc discharge in a plasmatron with coaxial electrodes | V. F. Obesnyuk and N. V. Pashatskii |
| 913-918 | Transport relaxation and steady-state stability in an isothermal flow reactor | A. I. Moshinskii |
| 918-922 | Sensitivity and speed of response of a superconducting optoelectronic thermal radiation detector | O. S. Esikov, A. I. Krot, E. A. Protasov, V. P. Sobolev and V. S. Kharitonov |
| 922-926 | Determination of thermophysical properties of materials with the help of characteristics of imaginary frequencies | A. V. Kozlov, A. G. Shashkov and A. S. Trofimov |
| 927-933 | Energy analysis of the engineering-economic optimization of convective heat-transfer surfaces | N. M. Stoyanov |
| 934-939 | Operative regimes of active centers and the general picture of effervescence of a liquid | E. I. Nesis |
| 941-946 | Planning a physical experiment on determination of the parameters of a material by using mathematical methods | A. N. Tikhonov, V. V. Akimenko, V. D. Kal'ner, V. B. Glasko and Yu. V. Kal'ner, et al. |
| 946-948 | Controlled rational heating of objects for heat treatment | É. T. Bruk-Levinson, M. L. German, M. A. Geller and G. V. Gritskevich |
| 948-955 | Nonsteady thermoelastic deformation of cooled laser mirrors | N. I. Golovchenko, I. V. Milov, I. L. Strulya and V. V. Kharitonov |
| 955-959 | Optimal control of ingot heating in flow-through furnaces | V. B. Kovalevskii, F. M. Babushkin and O. Yu. Sedyako |
| 959-964 | Heat transfer on mounting electronic components onto a printed circuit board | V. G. Prokopov, N. M. Fialko, V. G. Sarioglo and A. A. Grachev |
| 965-968 | Application of methods of computational IR thermography in computer-assisted systems for design of radio-electronic apparatus | V. L. Dragun, A. P. Kozlova and S. A. Filatov |
| 969-975 | Heat-transfer equation in pulsational conditions of transitional flow region at supercritical pressures of aromatic hydrocarbons | F. I. Kalbaliev and Ch. M. Verdiev |
| 976-981 | Numerical investigation of heat transfer under laminarization conditions of turbulent flows | V. G. Zubkov |
| 981-988 | Heat transfer by mixed convection in a moving rod bundle | V. I. Eliseev and Yu. P. Sovit |
| 989-992 | Thermal convection in sections of multilayer cryogenic heat insulation | S. D. Egorov |
| 993-999 | Nonsteady temperature field in a thin plate between two tubes interacting with flows of heat carriers | A. M. Makarov, L. A. Luneva and N. I. Zalogina |
| 1000-1006 | Homogeneous heating, evaporation and explosion of a water aerosol drop | A. N. Kucherov |
| 1007-1011 | Characteristics of a freely rotating particle separator for polydisperse material | V. L. Zhokhov, A. L. Genkin and A. A. Krivenko |
| 1011-1018 | Extrusion rheodynamics for a viscous compressible material | L. S. Stel'makh, A. M. Stolin and B. M. Khusid |
| 1018-1023 | Equivalence of formulations of problems when modeling flows of rheologically complex media in screw-shaped channels | Yu. G. Nazmeev |
| 1023-1027 | Small-aspect tomography of heated flows based on IR-radiometric measurements | É. I. Vitkin and S. L. Shuralev |
| 1028-1034 | Combined short-time measurements of the thermophysical properties of organic liquids | G. G. Spirin, E. K. Shirokova, S. N. Kravchun and E. A. Strekalova |
| 1034-1038 | Rapid methods for determination of thermal conductivity coefficients of thermoelectric meaterials in semiconductor thermobatteries | A. I. Gryadunov and A. Sh. Aliev |
| 1038-1041 | Measured specific heats of hexan-1-ol and 3-methyl-2-butanol over wide temperature ranges | T. R. Atrashenok, N. A. Nesterov, I. P. Zhuk and A. D. Peshchenko |
| 1041-1047 | Effective conductivity of matrix composites | V. A. Buryachenko and V. A. Murov |
| 1048-1053 | Heat transfer during filtration in a heterogeneous medium with input conditions at a moving boundary | N. N. Smirnova and V. B. Solov'ev |
| 1053-1055 | Approximate approach to solution of three-dimensional heat conduction problems | V. V. Gorskii, A. M. Sigitova and M. N. Televnyi |
| 1057-1063 | Thermal resonance in a closed circulation loop | A. A. Repin |
| 1064-1067 | Sedimentation of particles from a concentrated dispersed flow | G. I. Kelbaliev, A. G. Rzaev, A. F. Guseinov and A. A. Kasymov |
| 1067-1070 | Influence of adsorbed layers on the electrical conductivity of dispersed systems | D. É. Gutso and V. M. Kiseev |
| 1070-1074 | Improving the efficiency of acoustic foam suppression | V. G. Nevolin |
| 1074-1077 | Surface flow with discrete sinks | A. V. Shchukin and R. S. Agachev |
| 1078-1085 | Frictional drag with longitudinal ribbing of surface in flow | A. I. Korotkin, V. I. Vidanova and A. S. Guzeev |
| 1086-1092 | Velocity profile in ultraviscous-liquid flow in the screw channels of extrusion machines | Yu. G. Nazmeev, V. F. Bobrov, V. G. Dits and E. K. Vachagina |
| 1092-1095 | Degree of crystalline structure of polymer obtained from melt at various cooling rates | A. Ya. Malkin, S. A. Bolgov, V. P. Begishev and O. S. Mazalov |
| 1095-1097 | Noise shear waves in nonlinear smectic liquid crystal | V. I. Erofeev |
| 1098-1105 | Mathematical modeling of gas dynamics and heat exchange in rotating furnace | V. A. Arutyunov and A. V. Povitskii |
| 1105-1112 | Temperature distribution in zone surrounding well hole bottom during thermochemical treatment | G. A. Gamidov, V. I. Mamedkerimov, I. A. Nasrullaev and T. I. Salimov |
| 1113-1116 | Thermophysical parameters for the combustion products from tetrazole-sodium tetrazolate mixtures | L. E. Evseeva, V. Ch. Kruplevich, A. I. Lesnikovich, G. V. Printsev and V. R. Sobol', et al. |
| 1117-1119 | Specific heat of ethyl cyanoacetate | B. G. Iskhakov, T. S. Ismailov, M. G. Khodzhaeva, Kh. T. Igamberdyev and A. T. Mamadalimov |
| 1120-1124 | Optical characteristics of gas-dynamic prisms | É. P. Gritskov, O. G. Martynenko, V. N. Piskunov, V. D. Tyutyuma and S. A. Fedyushin |
| 1124-1129 | Existence of stationary waves of radiation cooling | G. S. Romanov and D. É. Skoromnik |
| 1130-1133 | Effect of thermalized electrons on the energy release of a high-current electron beam in a target | G. E. Gorelik, A. I. Pobitko, S. G. Rozin and L. I. Sal'nikov |
| 1134-1138 | Unsteady-state diffusion model of cryoprecipitate formation | V. N. Kukharenko and A. G. Kolgatin |
| 1139-1143 | Numerical study of thermal instability during heating of ceramics | L. S. Stel'makh, Zh. A. Zinenko, A. V. Radugin and A. M. Stolin |
| 1144-1149 | “Heat reservoir” boundary condition as limiting relation | A. I. Moshinskii |
| 1150-1156 | One approach to constructing a method for designing model heat shields | A. Yu. Bushuev and V. V. Gorskii |
| 1157-1162 | Solution of inverse problems for the quasilinear heat conduction equation in the self-similar mode for the multidimensional case | T. B. Gardashov |
| 1163-1167 | Computational-experimental method for solving temperature problems with coordinate- and time-dependent boundary conditions | Yu. I. Aryutkin, V. F. Kuryakin and Yu. K. Semenov |
| 1168-1174 | Modified Newton-Raphson method for solving a system of nonlinear equations in problems of complicated heat exchange | Yu. K. Malikov, V. G. Lisienko and A. V. Saplin |
| 1174-1179 | Solitary stress waves in a nonlinear thermoelastic medium | M. D. Martynenko and Nguyen Dang Bik |
| 1180-1181 | Yuvenalii Anempodistovich Kirichenko |
| 1183-1188 | Effect of temperature fluctuations on heterogeneous particle combustion | L. I. Zaichik and V. A. Pershukov |
| 1188-1193 | Percolation and diffusion in fractal turbulence | A. G. Bershadskii |
| 1193-1198 | Boundary conditions for the heat- and mass-transfer equations of coarsely disperse aerosols in a turbulent flow | I. V. Derevich and V. M. Eroshenko |
| 1199-1206 | Computational model of turbulent gas-disperse jet flows | A. A. Vinberg, L. I. Zaichik and V. A. Pershukov |
| 1207-1212 | Estimation of the thermal and erosive action of a supersonic dusty stream on a blunt cone | V. I. Timoshenko and E. Yu. Zubkova |
| 1212-1218 | Numerical simulation of the flow of a supersonic stream of viscous compressible gas over a cavity | I. A. Graur, T. G. Elizarova and B. N. Chetverushkin |
| 1218-1224 | Dynamics of a bounded gas cavity in a pipe | V. G. Kinelev and P. M. Shkapov |
| 1225-1234 | Effect of interion interactions on electrolyte properties near a phase separation boundary | Yu. A. Buevich and S. V. Siziya |
| 1234-1240 | Diffusion entropy and theoretical separative work for gas mixtures with variable concentration | D. D. Kalafati |
| 1241-1247 | Thermal diffusivity of inert gases in the vicinity of the critical point | F. M. Gumerov, A. N. Sabirzyanov, R. N. Maksudov and A. G. Usraanov |
| 1247-1253 | Impregnating a heated filler with a non-Newtonian fluid | L. Ya. Kosachevskii', E. A. Kosachevskaya and L. S. Syui |
| 1254-1257 | Effect of a porous partition on the formation of molecular flow | G. E. Gorelik, S. K. Zalenskii' and N. V. Pavlyukevich |
| 1258-1262 | Numerical investigation of evaporation of nonlinear multicomponent volatile solutions from a capillary | P. S. Kuts, V. I. Astapova and S. Yu. Kalinin |
| 1262-1265 | Features of periodic temperature profiles in filtrating capillary porous media | A. A. Lipaev and V. A. Chugunov |
| 1265-1269 | Permeability and percolational properties of sedimentary rock | A. V. Mal'shakov and V. A. Efimov |
| 1270-1277 | Kinetic characteristics of electrons in heated air in a microwave field | N. A. Dyatko, V. A. Permyakov and V. M. Uvarov |
| 1278-1282 | Self-excitation of oscillatory processes when a liquid is injected into a plasma jet | A. N. Golovanov |
| 1283-1284 | Relationship between emissivity of metals and their thermophysical properties | I. P. Zhuk and N. I. Stetyukevich |
| 1284-1288 | Measurement of the temperature of a surface irradiated by concentrated light | V. V. Kan, T. T. Riskiev and T. P. Salikhov |
| 1288-1293 | Radiative properties of composite materials based on phenolic carbon and glass reinforced plastics | M. Ya. Flyaks |
| 1293-1296 | Phase transition kinetics in iron and steel during heating | S. I. Mednikov and D. M. Gureev |
| 1296-1301 | Thermal regimes of chemical gas-phase deposition of condensed products on a moving substrate heated with an electric current | N. G. Luzhkova and Yu. M. Grigor'ev |
| 1302-1305 | Radial-conductive heat transfer of semitransparent bodies | G. V. Derevyanko and P. S. Koltun |
| 1306-1309 | Existence of solitary waves in a nonlinear thermoelastic medium with prior deformations | M. D. Martynenko, Fam Shu Vin' and Nguen Dang Bik |
| 1311-1314 | Structure of the static pressure field on the entrance length of a pipe with a sharp inlet edge | V. M. Legkii and V. A. Rogachev |
| 1315-1317 | Experimental investigation of the outer wave field at the open end of a pipe | L. S. Vasil'ev, R. G. Zaripov, A. T. Magsumova and O. R. Sal'yanov |
| 1317-1324 | Hydrodynamics and heat exchange in cooling systems with intersecting channels. I. Hydrodynamic characteristics | Yu. I. Shanin, V. A. Afanas'ev and O. I. Shanin |
| 1325-1329 | Cascades from destruction of fluid reservoirs | L. N. Lebedeva, M. V. Lure's and A. N. Shvyrkov |
| 1330-1337 | Investigation of thermocapillary convection in a two-layer fluid | V. M. Shevtsova, A. E. Indeikina and Yu. S. Ryazantsev |
| 1338-1344 | Spectral characteristics of vorticity and temperature pulsations in turbulent flow with heat sources | Yu. S. Levitan and N. N. Panchenko |
| 1345-1350 | Numerical modeling of an optimal heat accumulator with phase change | O. V. Dikhtievskii, G. V. Konyukhov, O. G. Martynenko and I. F. Yurevich |
| 1351-1356 | Heating of polymer particles in plasma-jet sputtering | A. N. Koval'kov, A. I. Barkan and D. A. Rodchenko |
| 1356-1361 | Decomposition temperature and mechanism of polymer materials in arc-discharge plasma jet | A. Z. Skorokhod, S. F. Zhandarov and O. R. Yurkevich |
| 1361-1367 | Calculation of the drying of moist particles in apparatus containing opposed swirled streams | I. Kh. Enikeev |
| 1368-1371 | Influence of aerodynamics of a circulation fluidized bed on intensity of external heat transfer | A. P. Baskakov, V. K. Maskaev, I. V. Ivanov and A. G. Usol'tsev |
| 1371-1378 | Resonance regimes in nonuniform moist vibration-fluidized beds | A. F. Ryzhkov and V. A. Mikula |
| 1378-1382 | Nonstationary isothermal evaporation of fluids in a cylindrical chamber | Yu. G. Izmailov, E. A. Utkin and G. P. Vyatkin |
| 1383-1390 | Features of heat transfer for current-stabilized conductors | G. I. Abramov |
| 1390-1393 | Numerical inversion of a Laplace transform using a Fourier series to compute nonstationary temperature fields in layered structures | O. V. Kanunnikov and S. L. Ésaulov |
| 1394-1400 | Concerning the shape of a growing dendrite | M. F. Prokhorova |
| 1400-1405 | Determining the thermal conductivity of ceramic materials by solving the inverse heat-conduction problem | V. E. Ved', V. A. Ivanov, S. F. Lushpenko and Yu. M. Matsevityi |
| 1405-1410 | Calculation of the diffusion coefficients of alkali and alkali-earth metal vapor in helium by exchange perturbation analysis | K. M. Aref'ev and N. B. Balashova |
| 1411-1418 | Nonsteady diffusion with variable coefficients in the boundary conditions | R. M. Cotta and C. A. C. Santos |
| 1419-1424 | Method of probability analysis of static stochastic temperature fields in technical objects | A. G. Madera |
| 1425-1429 | Control of cooling during hardening taking into account the effect of stresses on phase transformations | V. V. Akimenko, V. B. Glasko, V. D. Kal'ner, Yu. V. Kal'ner and A. N. Tikhonov |
| 1430-1435 | Numerical method of solving heat conduction problems for bodies of complex geometry | N. I. Nikitenko, Yu. N. Kol'chik and N. N. Nikitenko |
| 1435-1438 | Solution of the exterior and interior Dirichlet problem of potential theory in a multiply connected domain | V. M. Khvisevich |
| 1439 | Memory of Predrag Anastasievich |
| 1441-1450 | Numerical simulation of an optically active medium of an OD-CO2 laser | A. Yu. Myasnikov, Yu. P. Neshchimenko and A. A. Tubin |
| 1451-1459 | Statistical model of turbulent flow with polymer additives | V. A. Sosinovich |
| 1459-1466 | Model of steady isotropic flow with polymer additives | V. A. Sosinovich and V. A. Tsyganov |
| 1467-1475 | Hydrodynamics and heat transfer in cooling systems with intersecting channels. II. Heat transfer and temperature fields | Yu. I. Shanin, V. A. Afanas'ev and O. I. Shanin |
| 1475-1477 | Unrolling of macromolecules under the conditions of wall turbulence | V. G. Pogrebnyak, Yu. F. Ivanyuta and N. V. Naumchuk |
| 1478-1482 | Effective rheological parameters of a suspension with polyfractionated filler | V. A. Buryachenko, Yu. V. Skorbov, S. V. Gunin and V. V. Lysov |
| 1482-1485 | Some properties of a precursor film | D. I. Vandyshev and S. G. Skakun |
| 1485-1491 | Nonsteady flow of a vapor-drop flow in a heated channel | V. E. Kroshilin and Ya. D. Khodzhaev |
| 1492-1496 | Aerodynamic window with a pressure separation ratio greater than 500 | V. M. Khailov and V. V. Shelomovskii |
| 1496-1500 | Mass transfer for baromembrane separation of solutions | V. V. Beloborodov, O. V. Konstantinova and É. F. Rusar |
| 1500-1504 | Thermophysical properties of granular-fibrous material on the temperature interval from 175 to 450 K | Kh. S. Nurmukhamedov, Z. S. Salimov, S. K. Nigmadzhanov, A. M. Sagitov and Kh. A. Khairidinov |
| 1505-1510 | Transport coefficients in porous granular media | S. Ya. Bronin, I. G. Busarov and V. M. Kolobov |
| 1511-1515 | Mass transfer during filtration of solutions in cracked-porous media | A. V. Kosterin, É. V. Skvortsov and M. G. Khramchenkov |
| 1516-1519 | Study of filtration from the fractal structure in porous media | M. M. Khasanov and I. I. Abyzbaev |
| 1520-1524 | Effect of filtration flow on the equilibrium shape of bodies formed by forced freezing | K. G. Kornev and G. I. Mukhamadullina |
| 1524-1529 | Study of the characteristics of heat and mass transfer in a gas-solid body system at low temperatures | N. V. Atapina, D. N. Garipogly, A. S. Drobyshev, V. A. Kuz'min and S. L. Maksimov |
| 1530-1534 | Irradiation systems which adapt to the shape of the heated object | A. V. Arendarchuk |
| 1534-1541 | Calculation of residual stresses induced during laser quench-hardening of steel | I. V. Shishkovskii |
| 1542-1548 | Quasi-stationary thermal regime arising during periodic pulsed heating | I. S. Arshon and M. M. Yakunkin |
| 1548-1552 | Use of sensitivity functions in the problem of designing a multilayer heat shield | A. Yu. Bushev and V. V. Gorskii |
| 1-4 | Thermodynamic study of high-temperature superconductors YBa2Cu3Ox and Bi2Sr2CaCu2Oy | T. T. Riskiev, T. P. Salikhov, D. Ya. Minadzhiev, C. Kh. Suleimanov and T. N. Baimatov, et al. |
| 4-9 | Heat exchange during the boiling of helium on the surface of YBa2Cu3O7 HTSC-ceramic | Yu. A. Kirichenko, S. M. Kozlov, O. S. Komarevskii, K. V. Rusanov and E. G. Tyurina |
| 9-15 | On calculation of heat exchange for condensation in horizontal tubes | A. I. Sardak |
| 15-20 | Analytic solutions for the problem of condensation of a two-component gas mixture | A. K. Zhebrovskii and M. K. Trubetskov |
| 21-25 | Analytical solution: The one-dimensional melting of metals by a concentrated energy beam | A. A. Uglov, A. A. Volkov and O. G. Sagdedinov |
| 26-30 | Investigation of metal solidification on hardening by laser radiation | V. V. Sobolev and P. M. Trefilov |
| 31-35 | Kinetics of heat transfer between a spherical particle and a rarefied plasma. 1. Cold ion approximation | A. G. Gnedovets, A. V. Gusarov and A. A. Uglov |
| 36-39 | Kinetics of heat transfer between a spherical particle and a rarefied plasma. 2. Monoenergetic ion approximation | A. G. Gnedovets, A. V. Gusarov and A. A. Uglov |
| 39-43 | Mutual thermal effect of deposited particles on the strength of a plasma coating | V. P. Bushlanov |
| 44-51 | Rheological behavior of dilute suspensions of rigid axisymmetric particles | E. Yu. Taran and Yu. V. Pridatchenko |
| 52-54 | Liquid filtration in finely porous capillary structures | A. A. Belyaev, A. Yu. Zubarev, V. M. Kiseev and N. P. Pogorelov |
| 55-59 | Investigation of the structure of a fixed granular bed using computer aided tomography | V. N. Koleskin and P. G. Shtern |
| 60-64 | Mathematical model of the volume dissociation of gas-phase hydrates in a porous medium with water-phase mobility | A. M. Maksimov |
| 65-67 | Gas infiltration into an elastically compressible jointed porous medium | V. S. Nustrov and V. V. Podoplelov |
| 68-76 | Model for calculating the thermal conductivity of soils with their genesis taken into account | R. I. Gavril'ev |
| 76-81 | Radiative-convective heat transfer in a system of two porous plates | S. A. Zhdanok, V. V. Martynenko and S. I. Shabunya |
| 82-87 | Heat exchange in an “Inertial” solar collector | A. V. Sinitsa and A. I. Tyutyunnikov |
| 88-94 | Assessment of the SRSI method using the thermal radiation of water-vapor layer | S. P. Detkov and O. A. Bryukhovskikh |
| 94-100 | Effect of the physical properties of a material on the electrode erosion in a high-current pulsed discharge | A. Z. Aksel'rod and E. A. Popov |
| 100-103 | Diffusion of gaseous emissions in the turbulent wake of a pipe | L. V. Averin |
| 103-106 | Nonlinear problem of heat conduction for a heat-sensitive sphere | Yu. M. Kolyano, E. G. Ivanik and O. V. Sikora |
| 106-114 | Variational formulation of a nonstationary heat-conduction problem | V. A. Bondarev |
| 114-119 | Existence of solitary waves in a prestressed nonlinear thermoelastic medium with dry friction | M. D. Martynenko and Fam Shi Vin |
| 120-121 | Lev Gerasimovich Loitsyanskii |
| 123-127 | Comparative study of thermodynamic efficiencies of evaporation schemes in capillary structures | A. A. Belyaev, Yu. A. Buevich and V. M. Kiseev |
| 128-134 | Heat exchange between a horizontal cylinder and three-phase fluidized bed | V. S. Belousov, L. K. Vasanova, V. V. Korotke, A. V. Sokolov and G. P. Yasnikov |
| 134-139 | Effect of elevated carrier-gas pressure on hydraulic characteristics of gas-solid particle two-phase flow | V. I. Timoshenko, Yu. V. Knyshenko, V. F. Kopysov and E. N. Gromov |
| 139-146 | Unsteady mass transfer to drops in liquid flow for appreciably different diffusion coefficients of the continuous and disperse gas phases | A. I. Moshinskii |
| 147-152 | Model of turbulence for the calculation of mixed convection along a vertical wall | B. P. Golovnya |
| 152-157 | Experimental investigation of heat transfer and hydrodynamics in steady and pulsating laminar flow of a nonlinearly viscous fluid in a tube with a helical tape insert | Yu. G. Nazmeev, A. G. Yakupov and A. M. Konakhin |
| 157-159 | Interaction of a plane shock wave in water with a thin layer of lower density | V. I. Bergel'son, I. V. Nemchinov, T. I. Orlova and V. M. Khazins |
| 160-166 | Numerical investigation of repeated mach reflection and amplification of shock waves coverging to the vertex of a cone | A. I. Marchenko and V. V. Urban |
| 167-172 | Dynamics of the toms effect in flow of polyethylene oxide solutions in a pipe | V. M. Kulik |
| 172-178 | Features of the development of convective processes under nearly weightless conditions | A. M. Vetoshkin, A. V. Korol'kov, V. S. Kuptsova and V. V. Savichev |
| 178-182 | Influence of the energy supply on the conditions of supersonic flow around an obstacle | V. Yu. Borzov, I. V. Rybka and A. S. Yur'ev |
| 182-187 | Inverse cascade in fractal turbulence (vortex-fractons) | A. G. Bershadskii |
| 187-192 | Kinetics of heat transfer to a spherical particle from a rarefied plasma. 3. Maxwellian ion approximation | A. G. Gnedovets, A. V. Gusarov and A. A. Uglov |
| 192-196 | Energy characteristics of a solid-state laser pumped by emission from a cumulative jet | M. Kh. Vergasov, A. F. Leonov, N. A. Makarovets and Yu. A. Torfimov |
| 197-200 | Application of optical superheating of a surface to investigation of the onset of boiling of cryogenic liquids | G. F. Kopytov, B. V. Novikov and A. G. Shklyaev |
| 200-203 | Vaporization in superheated oligomer and polymer liquids | E. D. Nikitin and N. V. Bessonova |
| 204-210 | Study of superheated states of polymeric and polymerizing liquids | P. V. Skripov, S. B. Ryutin, V. P. Begishev, S. É. Puchinskis and V. P. Babushkin |
| 211-215 | Calculation and measurement of the time-constant of a cooling thermoelement in the steady state | E. I. Astakhova, V. P. Babin and Yu. I. Ravich |
| 216-218 | Measurement of dielectric property distribution in thin films on a metallic base | V. V. Kozharinov, V. I. Krylovich and V. A. Kryukov |
| 219-224 | Data processing of steady-state thermophysical experiments while taking into account the error in all measured quantities | I. A. Solov'ev, A. V. Zuev, E. A. Samsonova and V. N. Kirillov |
| 225-231 | Numerical modeling of heat and mass transport processes in an evaporative thermal protection system | I. N. Bobrov and A. P. Kuryachii |
| 232-238 | Self-oscillation during a phase transition in thermophysical automatic control systems | A. S. Rudyi and A. Yu. Kolesov |
| 238-244 | Generalized Stefan problem | A. A. Gukhman, A. A. Zaitsev and B. P. Kamovnikov |
| 245-250 | Transient temperature filed in laminated orthotropic cylinder | Yu. M. Kolyano, B. V. Protsyuk, V. M. Sinyuta, S. M. Shebanov and S. M. Sharov |
| 251-256 | Nonstationary heat-and-mass exchange during simultaneous changes in heat power load and coolant expenditure | B. V. Dzyubenko, A. B. Bagdonavichyus, A. V. Kalyatka and M. D. Segal |
| 256-258 | Improved heat transfer at supercritical pressures of organic heat-transfer agents | I. G. Kulieva, I. T. Arabova, F. Kh. Mamedov and G. I. Isaev |
| 259-263 | Mechanism of blockage during pumping of concentrated water-coal suspensions | M. V. Lur'e and A. M. Lur'e |
| 264-269 | Computation of laminar flow in mixed turbulent convection and its influence on heat transfer | V. P. Golovnya |
| 270-275 | Calculation of the velocity profile in the flow of a nonlinear viscoelastic fluid in a channel with helical knurling | Yu. G. Nazmeev and I. A. Konakhina |
| 276-280 | Thermal-layer effect in a magnetically active plasma | P. E. Aleksandrov and I. V. Nemchinov |
| 281-284 | Choice of operating conditions and plasma parameters of a magnetoplasma compressor | V. M. Astashinskii, G. I. Bakanovich, A. M. Kuz'mitskii and L. Ya. Min'ko |
| 285-289 | Effect of a magnetic field on the through-flow potential in moving aqueous systems | I. M. Ametov and R. V. Mustafin |
| 290-297 | Dispersion effects and heat and mass transfer in filtration flows in porous media with random inhomogeities | Yu. A. Buevich and V. A. Ustinov |
| 297-301 | Equations of hydrodynamics for porous media with a vold structure possessing fractal geometry | A. V. Mal'shkov |
| 302-306 | Transient processes in compacting hot powder materials | N. N. Zhilyaeva and A. M. Stolin |
| 307-310 | Structure formation in an electrodynamic fluidization system | S. I. Zhebelev |
| 310-315 | Longitudinal nonuniformity with a consideration of gravity in an electrodynamic fluidization system | S. I. Zhebelev |
| 315-321 | Modelling the combustion of high-ash content solid fuel in circulating systems | É. P. Volkov, L. I. Zaichik and V. A. Pershukov |
| 322-327 | Heterogeneous ignition and extinguishing of a particle with consideration of radiant heat exchange | V. V. Kalinchak, S. G. Orlovskaya and A. I. Kalinchak |
| 327-330 | Deflagration of titanium in oxygen for various rates of exposure of juvenile metal surface | V. I. Bolobov, K. M. Makarov and A. A. Prokof'ev |
| 330-335 | Method for measuring the integral radiation, transmission, and reflection coefficients for selective transluscent materials | G. K. Kholopov |
| 335-340 | Thermal conductivity of polymer composites with a disperse filler | I. A. Furgel', O. V. Molin, V. E. Borshch, E. M. Sigal and M. A. Tyrtsakova |
| 341-346 | Evaporation of moderately coarse drops of binary solutions in a gas mixture | E. I. Alekhin and Yu. I. Yalamov |
| 346-352 | Double explosion above a heated surface | V. A. Andrushchenko and M. V. Meshcheryakov |
| 353-358 | Heat transfer in a comprsional crystal-growth unit | Yu. K. Lingart, S. V. Mukhin, A. S. Sapozhnikov and N. A. Tikhonova |
| 358-362 | Calculation of metal plate fusion by a concentrated energy flux | A. A. Uglov and O. G. Sagdedinov |
| 363-366 | The coupling relation between the excess temperatures in an active element | V. S. Loginov |
| 367-372 | Resonant generation of harmonic thermal waves in media with memory | I. A. Novikov |
| 555-558 | Specific features of the effect of pressure on the heat-transfer rate in the boiling of water on a porous surface | M. G. Semena, V. Yu. Kravets, Yu. V. Fridrikhson and E. A. Nabochenko |
| 559-562 | Effect of thermal load on heat-transfer coefficient in porous-sublimation cooling | S. M. Ostroumov |
| 563-567 | Heat transfer characteristics of tube bundles during boiling in vacuum | V. N. Slesarenko and G. A. Zakharov |
| 568-578 | Hydraulic drag and structure of gas-liquid mixture plug flow in horizontal and nearly horizontal tubes | É. É. Markovich |
| 578-582 | Hydraulic resistance and heat transfer in longitudinal flow past staggered tube bundles with walls of divergent-convergent profile | F. V. Vasil'ev and V. T. Buglaev |
| 583-588 | Determination of aerodynamic characteristics for preseparation diffusers based on the solution of the inverse boundary layer problem | V. M. Molochnikov |
| 589-594 | Viscous-fluid flow in a thin layer on the side surface of a rotating braking-upper-end cylinder | V. D. Borisevich and D. E. Potanin |
| 594-598 | The spatial scales of heterogeneities in the direct-current discharge stream | I. A. Alekseev, G. A. Baranov, A. S. Boreisho, A. F. Leonov and V. V. Lobachev, et al. |
| 599-603 | Influence of chemical nonequilibrium on the characteristics of power units operating on a chemically reactive gas | M. V. Mal'ko and N. M. Shiryaeva |
| 603-610 | Mathematical model for soot formation during natural-gas burning. 2. Soot formation parameter and polyatomic carbon complexes | A. G. Blokh and A. I. Shchelokov |
| 611-617 | Unique nonanalytic equation of state of the refrigerant R218 | A. D. Kozlov, V. F. Lysenkov, P. V. Popov and V. A. Rykov |
| 618-621 | A method of obtaining the equations of moisture adsorption and desorption isotherms | M. S. Smirnov and V. I. Lysenko |
| 622-627 | On changes in the structure of water due to its contact with a solid phase. I. NMR-spectroscopy studies | P. P. Olodovskii and I. L. Berestova |
| 627-632 | On changes in the structure of water due to its contact with a solid phase. II. IR-spectroscopy studies | P. P. Olodovskii |
| 633-639 | Characteristics of the thermal radiation of nonisothermal regions | E. V. Lapovok and S. I. Khankov |
| 639-643 | Local characteristics of heat-radiation superconductor detectors based on high-temperature superconductor films | O. S. Esikov, A. I. Krot, I. G. Merinov, E. A. Protasov and V. P. Sobolev, et al. |
| 643-649 | Numerical method for analyzing a stochastic stationary heat-conduction equation with random coefficients | A. G. Madera |
| 749-756 | Macrokinetics of an autowave mode of synthesis of organic powders in a condensed phase. 1. Dynamic investigations of self-propagating synthesis of organic powders in a condensed phase | A. D. Ubortsev, B. M. Khusid, Z. P. Shul'man, A. G. Merzhanov and V. A. Mansurov |
| 757-762 | Macrokinetics of an autowave mode of synthesis of organic powders in a condensed phase. 2. Structural transformations in a wave of self-propagating synthesis of organic powders | A. D. Ubortsev, B. M. Khusid, Z. P. Zhul'man, A. G. Merzhanov and V. A. Mansurov |
| 763-765 | Dynamic structurization in solutions of hydrodynamically active polymers | V. G. Pogrebnyak, S. V. Tverdokhleb and N. V. Naumchuk |
| 766-768 | Investigation of mechanical and thermophysical properties of composite materials based on “black binders” with the aim of optimizing the process of their cementing | N. I. Ivanova, V. V. Kharitonov and V. E. Ivanov |
| 769-770 | Homogeneous fractals in supercritical glass composites | M. I. Ozhovan and M. B. Kachalov |
| 771-774 | Influence of colored noise on particle combustion | M. V. Tret'yakov |
| 775-777 | Low-temperature nonequilibrium-ionization inert-gas plasma and MHD-generators | R. V. Vasil'eva and V. L. Goryachev |
| 778-783 | Low-temperature plasma as applied to preparation and recovery of a catalyst for ammonia synthesis | G. P. Visokov and G. P. Georgiev |
| 784-788 | Change in temperature field distribution during electric-arc hardening | V. N. Davydov, N. V. Denisova and N. N. Davydova |
| 789-794 | The approximation function of thermal resistance on rough contact surfaces in multilayer structures | P. G. Pimshtein, V. N. Zhukova, A. A. Tupitsyn and E. G. Borsuk |
| 795-799 | Pressure indicators for measurements in wind tunnels | L. B. Nevskii and S. M. Zadonskii |
| 800-803 | Laminar boundary layer with dispersed impurity entrained from a plate surface | V. A. Naumov |
| 804-807 | Axisymmetric blunt body-to-gas flow heat transfer in the presence of coolant injection via round holes and vibrational disturbances | A. N. Golovanov |
| 808-812 | Calculation of nonequilibrium two-phase, two-dimensional flows in an initial condensation zone | Yu. Ya. Kachuriner and A. M. Trevgoda |
| 813-817 | Influence of partitions on natural-convective flow ina closed space. 1. A single partition | K. P. Morgunov and T. Yu. Morgunova |
| 818-825 | Mathematical model of a gas condensing into a solid state on a finned surface | A. K. Zhebrovskii and M. K. Trubetskov |
| 826-828 | Bernoulli theorem generalized to rheologically complex viscous fluid flow | M. A. Brutyan and P. L. Krapivskii |
| 829-831 | Effect of particle size on the average heat-transfer rate from a cylinder in a liquid-penetrated granular bed | V. V. Baluev and A. I. Rzaev |
| 832-836 | Modeling of the behavior of loose materials in a vibrating chute | S. F. Yatsun and O. G. Maslova |
| 837-840 | Influence of a low-frequency acoustic field on the carillary impregnation of gas-saturated porous systems | S. N. Zakirov, A. N. Shandrygin, V. N. Beloneko and P. É. Allakulov |
| 841-845 | Stress and strain in a plate subjected to intensive drying | V. A. Minenkov |
| 846-849 | Dynamics of heat and mass transfer in the sorption sensor of a photocolorimetric moisture meter | A. F. Novikov and A. B. Utkin |
| 850-851 | Determination of the temperature field in composite two-dimensional systems | Yu. I. Dudarev, M. Z. Maksimov and L. K. Nikonenko |
| 853-862 | Heat transfer in film boiling on a horizontal surface | V. S. Granovskii, A. A. Sulatskii, V. B. Khabenskii and S. M. Shmelev |
| 863-870 | Determination of the heat transfer capability of laser mirrors with cooled cells | Yu. V. Zhernovyi, I. G. Odnorozhenko, D. B. Potyagailo and Ya. P. Romanchuk |
| 871-878 | A stress-strain state in capillary cooling systems with local heating | V. V. Korolev and N. F. Pupynina |
| 879-883 | Strong evaporation of a laser-heated water aerosol droplet | A. V. Butkovskii |
| 884-888 | A contribution to the theory of parametric excitation of thermomechanical oscillations | E. I. Nesis and E. B. Borisov |
| 889-891 | Influence of the optical thickness of an emitting and scattering flat layer on characteristics of radiative heat transfer | M. L. German, V. P. Nekrasov and E. F. Nogotov |
| 892-897 | Generalization of experimental data on thermal conductivity of nitrogen, oxygen, and air at atmospheric pressure | T. N. Abramenko, V. I. Aleinikova, L. E. Golovicher and N. E. Kuz'mina |
| 898-903 | Thermal conductivity and density of ethers | M. M. Safarov and Kh. Madzhidov |
| 904-909 | Determination of the thermal conductivity of amorphous metallic alloys | V. A. Barsukov, G. M. Koval', S. F. Lushpenko and Yu. M. Matsevityi |
| 910-913 | Diagnostics of mesomorphic states of composite lubricants by their temperature-dependent viscosities | V. E. Ivanov and N. I. Ivanova |
| 914-920 | About the influence of phase transitions on the angular distribution of particles emerging from a cylindrical channel | V. V. Levdanskii, N. V. Pavlyukevich and Khoang Van Viet |
| 921-925 | Energy losses in a two-phase flow at interaction of solid particles with the wall of a vertical channel | V. N. Oleinik, P. V. Ovsienko, L. I. Krupnik and V. G. Ainshtein |
| 926-928 | Effect of partitions on flow structure with natural convection in a closed volume. II. Two vertical partitions | K. P. Morgunov and T. Yu. Morgunova |
| 929-934 | A possible unified description of ad- and absorption phenomena. The Dubinin-Radushkevich equation and its physical justification | A. V. Tvardovskii |
| 935-938 | Extraction in a column for the case of solid spherical particles with a polydisperse composition | A. É. Golland |
| 939-942 | Design of electromagnetic stirring conditions involving continuous casting of steels | Yu. A. Samoilovich and D. G. Sedyako |
| 943-948 | Mathematical model of hydrodynamics for filling closed volumes with account of air injection | A. P. Ogurtsov, Yu. N. Yakovlev, S. E. Samokhvalov, G. N. Chernomaz and I. A. Pavlyuchenkov |
| 949-952 | Calculation of hydrostatic plastic medium-lubricated thrust bearings | N. V. Tyabin, V. O. Yablonskii and V. M. Yashchuk |
| 953-957 | Accurate solutions of the one-phase problem on the melting of a solid wedge | O. P. Reztsov and A. D. Chernyshev |
| 959-964 | Investigation of the EHD effect in liquid nitrogen | V. I. Boyarintsev, S. F. Kuznetsov, P. E. Molotov and Yu. V. Parinov |
| 965-971 | Thermoconvective motion in a volume containing two layers of a viscous liquid | V. M. Shevtsova, Yu. S. Ryazantsev and T. Fudzhivara |
| 972-975 | Development of natural convection in a liquid heated by the front of self-propagating high-temperature synthesis (SHS) | Yu. G. Nazmeev, V. V. Kulebyakin and E. V. Ubortseva |
| 976-984 | Models of turbulent momentum and heat transfer in a dispersed phase based on equations for the second and third moments of particle velocity and temperature pulsations | L. I. Zaichik |
| 985-994 | Theory of a coarse-dispersed fluidized bed | Yu. A. Buevich and A. G. Rubtsov |
| 995-998 | Thermal condition in plasma flows of a coaxial-electrode hall accelerator | I. A. Anoshko, V. S. Ermachenko and L. E. Sandrigailo |
| 999-1003 | Determination of thermophysical properties of solids at high temperatures by measuring phase characteristics of a plane temperature wave at two frequencies | A. G. Shashkov, V. A. Karolik and A. V. Osipchik |
| 1004-1008 | Application of pulse heating method for various thermal studies | A. A. Tarzimanov, F. R. Gabitov, I. N. Ponikarova and F. D. Yuzmukhametov |
| 1009-1015 | On invariants of a convective drying process | M. M. Razin |
| 1016-1022 | Thermal state of organic laser-irradiated tissue | V. N. Vasiliev and S. K. Serkov |
| 1023-1026 | Condensation rate and coefficients of refraction and reflection of vacuum cryocondensates of water vapors on a metallic mirror | N. V. Atapina, D. N. Garipogly, A. S. Drobyshev and S. L. Maksimov |
| 1027-1031 | An inverse problem of carbonitriding | V. B. Glasko, I. É. Stepanova, V. D. Kal'ner and S. A. Yurasov |
| 1032-1036 | Self-similar solutions of the Stefan problem | M. F. Prokhorova |
| 1037-1044 | High-pressure melting—Solidification of a substance | A. B. Zelenetskii, V. I. Kolesnichenko and A. I. Tsaplin |
| 1045-1049 | Pressure crystallization of a polymeric sphere | S. A. Bolgov, V. N. Aptukov, V. P. Begishev and O. S. Mazalov |
| 1050-1055 | Determination of unsteady-state temperature fields in multilayered orthotopic plates | O. N. Demchuk and R. A. Starodub |
| 1057-1058 | Power SHS compacting and high-temperature rheodynamics | A. G. Merzhanov and A. M. Stolin |
| 1059-1064 | Some chemical aspects of power SHS compacting | I. P. Borovinskaya, V. I. Ratnikov and G. A. Vishnyakova |
| 1065-1074 | Technological basis of SHS extrusion | V. V. Podlesov, A. V. Radugin, A. M. Stolin and A. G. Merzhanov |
| 1075-1081 | Technological fundamentals of SHS compacting | G. A. Adadurov, I. P. Borovinskaya, Yu. A. Gordopolov and A. G. Merzhanov |
| 1082-1090 | Microstructure and properties of extruded SHS materials | T. N. Shishkina, V. V. Podlesov and A. M. Stolin |
| 1091-1105 | Specific features of structure formation of synthetic hard tool materials in the SHS compacting process | E. A. Levashov, Yu. V. Bogatov, A. S. Rogachev, A. N. Pityulin and I. P. Borovinskaya, et al. |
| 1106-1110 | Specific features of the behavior of synthetic diamond in a self-propagating high-temperature synthesis (SHS) combustion wave | K. L. Padyukov, E. A. Levashov, I. P. Borovinskaya and A. G. Kost |
| 1111-1119 | Macrokinetics of the process of SHS compaction | V. A. Shcherbakov, A. N. Gryadunov and A. S. Shteinberg |
| 1120-1129 | High-temperature rheology of SHS materials | L. M. Buchatskii and A. M. Stolin |
| 1130-1135 | Specific features of compaction of a viscoplastic medium with a variable yield point | L. M. Buchatskii |
| 1136-1144 | Rheodynamics and heat transfer in hot compaction of powder materials | L. S. Stel'makh, N. N. Zhilyaeva and A. M. Stolin |
| 1145-1150 | Mathematicla modeling of thermal regimes of SHS compaction | L. S. Stel'makh, N. N. Zhilyaeva and A. M. Stolin |
| 1151-1155 | Periodic character of the density-charge mass relationship in pressing thin layers of some powders | M. A. Ponomarev and A. S. Shteinberg |
| 1156-1165 | SHS extrusion of electrode materials and their application for electric-spark alloying of steel surfaces | V. V. Podlesov, A. M. Stolin and A. G. Merzhanov |
| 1166-1170 | Explosive treatment of SHS end products (of high-temperature superconductors) | V. M. Fedorov, Yu. A. Gordopolov and A. G. Merzhanov |
| 1 | Address to readers and authors of the Journal of Engineering Physics |
| 2-7 | Effect of spatial orientation on the kinetics of capillary absorption into porous materials | A. I. Rabinovich and V. N. Antsiferov |
| 8-13 | Modeling of mass transfer in continuous and dispersed phases during droplet motion in extractors | S. G. D'yakonov, V. I. Elizarov, A. G. Laptev and O. V. Zaikova |
| 14-22 | Separation kinetics of ferrocolloids in the absence of a magnetic field | Yu. A. Buevich and A. O. Ivanov |
| 23-26 | Gasdynamic regimes of evaporation and explosion of a water aerosol droplet | A. N. Kucherov |
| 27-30 | Experimental study of heat transfer to liquids containing additives of high polymers and surfactants | O. K. Bezyukov, V. A. Zhukov and V. A. Larin |
| 31-37 | Spreading flow of an axisymmetric laminar jet over a horizontal obstacle | Yu. A. Buevich, V. N. Mankevich and V. A. Ustinov |
| 37-40 | Effect of the perforation of the pipeline wall on the velocity of propagation of long compression waves in a fluid | N. M. Kuznetsov and E. I. Timofeev |
| 40-45 | Dielectric visualization of the convective instability in nonpolar nonviscous fluids | A. A. Potapov |
| 46-50 | Comparison of calculation results using 5-, 7-, and 11-component air models | I. M. Gurovich and V. G. Shcherbak |
| 50-52 | Restrictions in implementation of multistage laser amplifiers | V. V. Lobachev and V. L. Moshkov |
| 53-57 | Brightness temperature measurment by a wide-band pyrometer | V. N. Snopko |
| 58-61 | Measurement of the thermal diffusivity coefficient of materials | V. V. Morilov, A. D. Ivliev and A. N. Pozdeev |
| 61-64 | Influence of particle compaction on thermophysical properties of a layer | G. I. Kelbaliev, A. I. Aliev, L. V. Nosenko and N. I. Zul'fugarova |
| 65-70 | Temperature wave method for heat-insulating materials | A. V. Galaktinonov, V. A. Petrov, S. V. Stepanov and S. Al. Ulybin |
| 71-79 | A systemic approach to the development of computer-aided combined productions | A. Yu. Naletov and Yu. A. Chernegov |
| 80-86 | Thermophysical design of the parameters of a computer board with a microchannel cooling system | A. V. Vydai, S. B. Soshelev, G. V. Reznikov, V. V. Kharitonov and S. V. Cheremuskhin |
| 87-91 | Conjugate heat transfer and thermostressed state of the wall in steady flow in a triangular pipe | V. I. Zavelion |
| 92-97 | Solution of coefficient inverse problems of heat conduction with account of a priori information on the values of the sought functions | F. A. Artyukhin, A. G. Ivanov and A. V. Nenarokomov |
| 99-106 | Gas-vortex stabilization of a jet in the near-axis zone of a plasma reactor | G. R. Baldinov, E. P. Volchkov, N. A. Dvornikov, Ma Tong Ze and V. I. Terekhov |
| 107-114 | Turbulent diffusion of inertial particles in the field of mass forces | I. V. Derevich |
| 115-118 | Application of a Fokker-Planck equation to describe processes of coagulation and disintegration of droplets in a turbulent flow | G. I. Kelbaliev, A. G. Rzaev and A. A. Kasymov |
| 119-123 | Mathematical modeling of heat and mass transfer in transpiration cooling of water droplets in a cooling tower | S. P. Fisenko |
| 124-130 | Deposition on a flat substrate of gas molecules emerging from a cylindrical channel with an evaporating inner surface | V. V. Levdanskii, V. G. Leitsyna and Khoang Wan Viet |
| 131-134 | Thermal interaction between water flow and frozen ground under hydroerosion | E. A. Bondarev and V. E. Nikolaev |
| 135-140 | A possible refresentation of a virial state equation in the form of a finite pressure polynomial | V. G. Beketov and V. A. Rabinovich |
| 141-145 | Study of the time specific features of the rheodynamics of weakly conducting fluids in electric fields | Z. P. Shul'man, D. L. Piil, V. A. Ballou and E. V. Korobko |
| 146-152 | Structure formation mechanisms of titanium inflammation in a nitrogen atmosphere | A. S. Mukas'yan, A. S. Rogachev, V. Figush, Z. Panek and Ya. Kozankova |
| 153-156 | Effect of the rheological properties of a lubricant on the carrying capacity of hydrostatic bearings | V. O. Yablonskii, N. V. Tyabin and V. M. Yashchuk |
| 157-164 | Analysis of the limiting regime of a continuous process of mass crystallization of salts from solutions | A. I. Moshinskii |
| 165-171 | Quasistatic deformation of a granular medium | Yu. A. Buevich, D. E. Dyusembaev, Sh. K. Kapbasov and E. V. Maksimov |
| 172-174 | Effect of cryogenic cooling on the structure, hardness, and surface quality of 60C2A spring steel | E. T. Brook-Levinson, I. P. Vasilenko, O. I. Koval and S. A. Tanayeva |
| 175-180 | Flat-probe method for determination of the thermophysical properties of massive materials | R. I. Gavril'ev |
| 181-185 | Temperature fields in thermal radiation detectors | A. A. Goncharenko, V. G. Gritsai, S. N. Kulish and V. F. Kravchenko |
| 186-194 | Heat conduction and thermal elasticity equations for operating elements of metal ceramic cases (MCC) containing sector- and wedge-shaped foreign inclusions | N. S. Veremeichuk, R. V. Gladysh, V. A. Volos, V. V. Filippov and L. M. Zakala, et al. |
| 195-201 | Method of analysis of stochastic nonstationary heat conduction equations | A. G. Madera |
| 203-212 | Methods of calculating heat transfer in metallurgical plants and control models | V. G. Lisienko |
| 213-215 | Study of radiation heat transfer and the temperature state in the combustion chambers of small-size gas-turbine engines (GTEs) | V. P. Lukash |
| 216-219 | Analysis of heat transfer in the furnace of the P-67 boiler P-67 furnace and improvement of its design | O. G. Shishkanov, Yu. V. Kovalev and S. V. Sryvkov |
| 220-223 | Fouling and heat transfer in a furnace under variable load of a liquid slag removal boiler | V. N. Baltyan |
| 224-226 | Calculation of flow and heat transfer over the radiation section of a fluidized bed furnace-equipped boiler | M. N. Abramzon and Yu. A. Popov |
| 227-232 | Calculation of radiative fluxes in flame power units | M. N. Abramzon, O. M. Malysheva and L. N. Podobedova |
| 233-235 | Studies of combustion and heat-transfer processes in a combustion flame in a melt | V. N. Shimov and V. V. Lisienko |
| 236-238 | A calculation procedure for heat radiation in an area affected by open flames | V. M. Sedelkin, A. V. Paimov, O. A. Tolokonnikova and O. Yu. Kuleshov |
| 239-242 | Radiative-convective heat transfer for high-temperature two-phase flow around bodies | V. E. Abaltusov, N. N. Alekseenko, V. F. Dementiev and T. N. Nemova |
| 243-246 | About radiation transfer in combustion of a filler in a porous body | V. V. Levdanskii and Khoang Wan Viet |
| 247-250 | Calculation of the optical characteristics of radiation heat transfer in furnace chambers | M. L. German, E. F. Nogotov and V. P. Trofimov |
| 251-254 | A temperature distribution study in cross sections of axially symmetric flames | L. T. Grebenshchikov, V. Ya. Klabukov, E. A. Kosolapov and L. D. Shvartsblat |
| 255-259 | Investigation of spectral thermoradiation characteristics of solid nontransparent materials | O. E. Khlebnikov, A. A. Khalatov and O. V. Shikhabutinova |
| 260-265 | Investigation of parameters of an instrument for measuring high-temperature heat fluxes | V. A. Morgun, L. D. Burak and A. N. Trofimov |
| 266-271 | Optical thermophysical characteristics of the condensed phase of combustion products and heatproof materials | L. T. Grebenshchikov, M. A. Ivashevskii, V. A. Kudryavtsev, K. B. Panfilovich and A. A. Pyatin |
| 272-275 | Reduction of the NOx generation through enhancing heat transfer in a furnace | V. V. Isaev and I. P. Kuznetsova |
| 276-283 | Form of the asymptotic equation of state for a liquid—Gas system in the framework of the van der Waals theory | Yu. E. Sheludyak and V. A. Rabinovich |
| 284-289 | Modeling the hydrodynamics of a spouting layer | P. V. Akulich, P. S. Kuts and A. V. Akulich |
| 290-294 | Method for the steady solution of a nonhyperbolic system of equation for the motion of a two-phase flow | F. A. Krivoshei |
| 295-301 | Numerical study of propagation and precipitation of radioactive aerosols in the containment in the event of an accident at a nuclear power station | A. I. Porshnev and V. P. Reshetin |
| 303-307 | Motion of a temperature autowave upon change of boiling regimes on a massive heated plate | K. V. Rusanov and E. G. Tyurina |
| 308-314 | Experimental investigation of droplet-evaporative cooling of heated metal surfaces | A. S. Zaitsev and V. M. Korotkov |
| 315-321 | Quasi-stationary thermal regime in a film-substrate system during periodic-pulsed heating by laser radiation | M. M. Yakunkin |
| 322-327 | Experimental investigation of a developing flow in a round tube at different levels of turbulence. 1. Experimental setup and measuring procedure | A. V. Medvedev, S. Ya. Raisikh and P. D. Sergievskii |
| 328-333 | Kinetics of saturation of liquid metal flow with gases | B. L. Bozhenko, L. I. Bedenko, V. L. Kovtun and G. G. Chernyshov |
| 334-338 | Nonsteady-state heat transfer in a high-temperature granular bed | Yu. S. Teplitskii, V. I. Kovenskii and I. I. Markevich |
| 339-344 | Qualitative analysis of the processes of aerosol propagation in a containment | A. I. Porshnev and V. P. Reshetin |
| 345-351 | Prediction and correction of the PVT-data of various substances along the saturation line | N. M. Putintsev |
| 352-354 | Density of diheptyl ether in the liquid phase | M. M. Safarov and R. Sh. Asoev |
| 355-359 | A possible mechanism of vibroseismic action on an oil-bearing bed | É. M. Simkin |
| 360-366 | Filtration of a non-newtonian fluid through a cracked-porous medium | V. S. Nustrov and A. V. Plastinin |
| 367-372 | Design and full-scale tests of a microclimatic container for transport of frost-sensitive freight under Arctic conditions | V. A. Zagoruiko, A. M. Zhuravlev and A. G. Slyn'ko |
| 373-378 | Investigation of structure formation of SHS products in model experiments | V. A. Shugaev, A. S. Rogachev and A. G. Merzhanov |
| 379-386 | Thermoelastic stresses in tubes produced from a melt by Stepanov's method | A. V. Zhdanov, V. A. Borodin and L. P. Nikolaeva |
| 387-390 | Behavior of the crystallization parameters for alloys of the system Al-Si near the lyotectic point | A. N. Chichko, N. P. Yurkevich and V. F. Sobolev |
| 391-395 | Kinetics of heat transfer from a rarefied plasma to a spherical particle emitting thermoelectrons | A. G. Gnedovets, A. V. Gusarov and A. A. Uglov |
| 396-400 | Heat conduction in a multilayer composite wedge | A. L. Kalamkarov, B. A. Kudryavtsev and O. B. Rudakova |
| 401-414 | Cooling systems of rotating molds | A. N. Abramenko, A. S. Kalinichenko and Yu. K. Krivosheev |
| 935-936 | First International Symposium on Self-Propagating High-Temperature Synthesis | V. V. Barzykin |
| 937-940 | Interaction of Zr+Nb with carbon, nitrogen, and hydrogen in the combustion mode | N. N. Agadzhanyan and S. K. Dolukhanyan |
| 941-944 | Propagation of a combustion front over the surface of metal powders with diluents | E. V. Chernenko and L. F. Afanas'eva |
| 945-948 | Influence of grinding of a titanium powder on explosion characteristics of its aerosuspension | E. Ya. Shafirovich and O. V. Roslyakova |
| 949-952 | A low-temperature zone of the SHS wave of some metal oxide systems | N. N. Mofa, V. I. Antonyuk and N. S. Sharipova |
| 953-956 | Changes of the combustion regimes of nongasifying and low-gas systems over the parameter range | A. G. Strunina |
| 957-962 | Distinctive features of thermodynamic analysis in SHS investigations | A. A. Shiryaev |
| 963-966 | Thermal synthesis under the conditions of electric pulse heating | S. A. Balankin, V. S. Sokolov, A. O. Troitskii and D. M. Mishchenko |
| 967-970 | Some kinetic laws and the mechanism of carbonization in the high-temperature synthesis of carbides of transition metals | L. V. Asatryan, A. A. Chatilyan and S. L. Kharatyan |
| 971-973 | Direct determination of the enthalpy of formation of MoB in synthesis from simple substances in an SHS system | E. G. Lavut, N. V. Chelovskaya and O. E. Kashireninov |
| 974-980 | Thermodynamic studies of the possibility of forming inorganic materials by SHS with a reduction stage | S. S. Mamyan, A. A. Shiryaev and A. G. Merzhanov |
| 981-987 | Theoretical development of nonisothermal methods applied for chemical reaction investigations: Some aspects related to SHS | V. T. Gontkovskaya and A. N. Peregudov |
| 988-990 | Numerical investigation of nitriding of refractory metals (with account of the phase constitution diagrams for metal-gas systems) | I. P. Borovinskaya, T. P. Ivleva, V. E. Loryan and K. G. Shkadinskii |
| 991-993 | Mathematical simulation and structural macrokinetics of the high-temperature synthesis of intermetallic compounds | V. E. Ovcharenko, A. G. Radutskii and O. V. Lapshin |
| 994-998 | Mathematical simulation of combustion of three-component SHS systems | K. G. Shkadinskii, V. V. Chernetsova and V. I. Yukhvid |
| 999-1003 | Mathematical simulation of the process of combustion of slightly gaseous porous compositions | K. G. Shkadinskii, A. G. Strunina, A. N. Firsov, L. K. Demidova and S. V. Kostin, et al. |
| 1004-1007 | Relationship of the structural and physicomechanical characteristics in porous SHS materials based on titanium carbide | V. N. Bloshenko, V. A. Bokii, V. I. Boyarchenko, A. A. Kashtanova and I. I. Fedorova, et al. |
| 1008-1011 | Influence of ultrasound vibrations on the process of synthesis and the fine structure of combustion products in the titanium-silicon system | V. V. Klubovich, M. M. Kulak and V. M. Mal'tsev |
| 1012-1015 | Some characteristics of phase formation in combustion of powdered titanium-silicon and molybdenum-silicon mixtures | A. R. Sarkisyan, M. M. Sarkisyan and S. L. Kharatyan |
| 1016-1019 | Mechanism of porous structure formation in intermetallic synthesis | A. P. Savitskii |
| 1020-1023 | SHS-system combustion models accounting for macrostructural transformations | V. K. Smolyakov |
| 1024-1025 | Self-propagating high-temperature synthesis of high-temperature light refractories | E. Kh. Baimukhamedov, G. G. Gladun and A. A. Shirinkhanov |
| 1026-1029 | Self-propagating high-temperature synthesis of composite materials. The high-melting compounds (TiC, TiB2)-intermetallides, their structure and properties | A. N. Tabachenko and G. G. Kryuchkova |
| 1030-1033 | Regularities of the synthesis of the TiB2-Al2O3 composite ceramic powder and the material based on it | V. I. Vershinnikov, S. S. Mamyan and G. Georgiev |
| 1034-1035 | Production of boride-containing ceramic materials from borate ores by the SHS method | G. I. Ksandopulo, Yu. A. Moiseyeva, R. G. Abdulkarimova, V. L. Efremov and G. A. Petrova |
| 1036-1039 | Prospects for the use of acoustic fields in SHS technologies | E. A. Levashov, A. G. Merzhanov and N. N. Khavskii |
| 1041-1043 | Laboratory studies and commercial tests of a polymeric agent for reduction of the power consumption on an oil pipeline | V. N. Manzhai, A. V. Ilyushnikov, M. M. Gareev and G. V. Nesyn |
| 1044-1046 | A method for calculating the temperature dependence of the viscosity of low-molecular-weight organic liquids | V. I. Skomorokhov and A. F. Dregalin |
| 1047-1051 | Mathematical modeling of aerodynamics and physicochemical processes in the freeboard zone of a circulating fluidized bed furnace. 1. Statement of the problem. Basic aerodynamic equations | B. B. Rokhman and A. A. Shraiber |
| 1052-1057 | Electric field dependence of the limiting concentration of an EDF-system | S. I. Zhebelev |
| 1058-1063 | Natural convection of a dusty gas in a plane closed region | G. M. Makhviladze, O. I. Melikhov and E. B. Soboleva |
| 1064-1072 | Simulation of the process of aerosol washout from the vent pipe plume of a nuclear power station on interaction with the steam-air plume of a water-cooling tower | V. V. Ivanov and S. P. Fisenko |
| 1073-1077 | Focusing of shock waves on reflection from concave curvilinear surfaces | O. V. Achasov, S. A. Labuda, V. V. Kondrashov, O. G. Penyaz'kov and R. M. Pushkin, et al. |
| 1078-1082 | Mixing of plasma jets with air | A. Marotta, L. I. Sharakhovskii and O. I. Yas'ko |
| 1083-1085 | Rheological factor in the thermal problem of SHF-hyperthermia treatment. I. Homogeneous tissue | Z. P. Shul'man and A. A. Makhanyok |
| 1086-1090 | Rheological factor in the thermal problem of SHF-hyperthermia-treatment. 2. Simulation of relative blood flow variation | Z. P. Shul'man and A. A. Makhanyok |
| 1091-1096 | Modeling of silicon diffusion in gallium arsenide | O. I. Velichko, A. A. Egorov and S. K. Fedoruk |
| 1097-1101 | Thermal resonance in the heat conduction problem with a heat source moving along a closed circuit | A. A. Repin |
| 1102-1104 | Regularities of the change in the physicomechanical properties in the Cr2O3−Al system in accordance with SHS conditions | T. V. Chernoglazova, A. N. Baidel'dinova and N. S. Sharipova |
| 1105-1108 | Regularities of the change in the critical combustion thickness for porous low-gas pyrotechnic specimens | G. M. Koledinskii and B. V. Novozhilov |
| 1109-1112 | Modeling a combustion wave using laser radiation | V. A. Bezprozvannykh, V. A. Ermakov and A. A. Razdobreev |
| 1113-1116 | Chemical activation of the SHS process in the Nb−C system | A. G. Dorunts, N. A. Martirosyan and S. L. Kharatyan |
| 1117-1120 | Interactions of oxides in heating and combustion | V. I. Smirnov and V. V. Aleksandrov |
| 1121-1123 | Investigation of SHS processes using laser hardening | A. I. Kirdyashkin, Yu. M. Maksimov, O. K. Lepakova, V. D. Kitler and A. A. Razdobreev |
| 1124-1127 | Formation of the fine-grain structure of polycrystalline SHS zinc sulfide | S. V. Kozitskii, I. S. Molodetskaya, V. P. Pisarskii and O. O. Ulanova |
| 1128-1130 | Effect of the interparticle contact cross section on SHS processes | T. V. Monasevich |
| 1131-1133 | SHS of refractory materials | M. B. Ismailov and Zh. A. Gabayev |
| 1134-1137 | Some features of the chemical transformation of a highly exothermic ore concentrate-based mixture in a combustion wave | Sh. V. Gedevanishvili, V. I. Yukhvid and G. Sh. Oniashvili |
| 1138-1142 | Superplastic ductility of oxide and nonoxide ceramics | O. A. Kaibyshev, N. G. Zaripov, L. V. Petrova and O. Yu. Efimov |
| 1143-1145 | Use of SHS refractories for the lining of ferrous metallurgy units | A. R. Seidaev, M. B. Ismailov, G. I. Ksandopulo, A. G. Permenev and L. A. Borodina |
| 115-125 | Control of radiation heat transfer through a composite window featuring ER fluid: A conceptual investigation | C. Zhang and J. R. Lloyd |
| 126-132 | Laboratory modeling of the enhancement of heat and mass transfer processes in chimney-type evaporative cooling towers | L. Kh. Garmize, G. V. Dashkov, A. D. Solodukhin and S. P. Fisenko |
| 133-136 | Dynamics of heat precursors in a medium containing channels with elevated thermal diffusivity | V. I. Bergel'son and D. V. Pomazkin |
| 137-140 | Mechanism responsible for the cooling of air heated by a strong shock wave | I. M. Kozlov, S. L. Min'ko, G. S. Romanov and D. É. Skoromnik |
| 141-148 | Mathematical modeling of aerodynamics and physicochemical processes in the freeboard region of a circulating fluidized bed furnace. 2. Interaction of particles (pseudoturbulence) | B. B. Rokhman and A. A. Shraiber |
| 149-152 | Experimental evaluation of the distribution function of droplets in a viscoelastic liquid spray | A. A. Avdienko |
| 153-158 | Thermal efficiency of manifold-heat-pipe heat exchangers | S. V. Konev and Tsinlian |
| 159-163 | Action of a rectangular pulse of a neodymium laser on porous metal targets | V. K. Goncharov, V. L. Kontsevoi, M. V. Puzyrev and A. S. Smetannikov |
| 164-171 | Thermal conductivity and kinetics of polymerization of an acrylate polymer coating | A. P. Drin', V. V. Efanova and N. I. Shut |
| 172-175 | Thermophysical properties of electrical insulation after multiple cooling and irradiation at temperatures of 4.2–400 K | S. A. Tanaeva and L. E. Evseeva |
| 176-180 | Control of energy consumption on ventilation of cooling devices of the shaft type | L. V. Golubeva |
| 181-190 | Numerical modeling of nonisothermal moisture transfer in biological colloidal porous materials | C. Strumillo, N. N. Grinchik, P. S. Kuts, P. V. Akulich and I. Zbicinski |
| 191-198 | Mathematical modeling of the dynamics of nonequilibrium crystallization from a supersaturated solution | L. Yu. Artyukh, A. T. Luk'yanov and S. E. Nysanbaeva |
| 199-202 | Nonlinear schrödinger equation in a hydroelasticity problem | A. N. Volobuev and A. P. Tolstonogov |
| 203-211 | Temperature field in a heat-sensitive multilayer half-space | Yu. M. Kolyano, V. A. Volos, E. G. Ivanik and V. I. Gavrysh |
| 212-214 | Solution of Grinberg and Chekmareva's first integral equation using an asymptotic series in a small parameter that is present | L. É. Rikenglaz |
| 215-220 | Method of approximating series for numerical integration of systems of differential equations | A. Yu. Dronik |
| 221-224 | Change in the structural state of titanium in electrical heating in liquid nitrogen | V. N. Nikiforenko, I. S. Braude, O. P. Salita and V. G. Khomenko |
| 225-228 | Specific features of wake flow behind a two-dimensional body with a cavity on its rear edge | V. L. Zhdanov and H. Eckelmann |
| 229-232 | Numerical simulation of gasdynamic processes in the case of catastrophic volcanic eruptions | I. M. Kozlov, G. S. Romanov and A. E. Suvorov |
| 233-239 | Conditions for the occurrence of elastic turbulence in polymer solution flows through porous media | M. G. Tsiklauri |
| 240-245 | Propagation of elastic waves through a discontinuity in a medium | Yu. A. Buyevich, L. Yu. Iskakova, V. V. Mansurov and V. B. Pisetskii |
| 246-250 | Applicability of a one-dimensional conjugate scheme for solving nonstationary convection problems | V. A. Slesarev and A. A. Panteleev |
| 251-256 | Singular solutions of the stationary linearized Navier-Stokes problem for micropolar viscous liquids | M. D. Martynenko and Murad Dimian |
| 257-265 | Enthalpy approach to the investigation of the combustion process. I. Energy equation for systems with chemical reactions and its corollaries for the combustion process | L. Ya. Kashporov, V. A. Rabinovich and Yu. E. Sheludyak |
| 266-274 | Enthalpy approach to the investigation of the combustion process. II results of thermal analysis of some combustible systems | L. Ya. Kashporov, V. A. Rabinovich and Yu. E. Sheludyak |
| 275-278 | Solid-phase reactions in powder mixtures —A divided-couple model | S. V. Kornienko and A. M. Gusak |
| 279-285 | Evolution of a system of nuclei in a supercooled binary melt | A. V. Alyabieva and V. V. Mansurov |
| 286-294 | Nonanalytical unified equation of state of freezant R23 | V. F. Lysenkov, A. D. Kozlov, P. V. Popov and M. V. Yakovleva |
| 295-298 | Calculation of thermal conductivities of ternary gas mixtures | V. A. Kurbatov and S. P. Fisenko |
| 299-301 | Influence of thermal expansion on the conductivity of polymer conducting composites | A. Kh. Zainutdinov, A. A. Kasymov, R. A. Alimov and M. A. Magrupov |
| 302-303 | Improvement of the characteristics of a plasma torch at low gas flow rate | A. Marotta |
| 304-308 | Heating of metallized particles by high-intensity laser radiation | L. G. Astaf'eva and A. P. Prishivalko |
| 309-311 | Capacitive structures based on “muscovite” mica | S. V. Gavrilyuk, I. I. Grigorchak and Z. D. Kovalyuk |
| 312-315 | Generalized percolation theory for the analysis of the structure and properties of porous and composite materials | Yu. N. Kryuchkov |
| 316-319 | Simulation of the process of scaling of tube heat exchangers | L. S. Baran and Yu. S. Razladin |
| 320-324 | Optimum heating of metal in chamber furnaces with minimum oxidation | V. B. Kovalevskii and Kho Zhuitian' |
| 325-329 | Thermal regime of brazing carbides | S. V. Vashchenko, A. Ya. Kamenev, L. A. Klimova, I. S. Kulikov and L. G. Lukashevich |
| 330-334 | Fundamental solution of a net heat conduction equation | L. L. Rotkop |
| 335-345 | Statistical description of a turbulent gas suspension flow of large particles colliding with channel walls | I. V. Derevich |
| 346-352 | Approximate determination of the magnitude of the critical size in the problem of the evolution of an impact | S. V. Petrovskii |
| 353-359 | Movement stability analysis of a pipe string in a thixotropic fluid | I. Sh. Akhatov, M. M. Khasanov and I. G. Khusainov |
| 360-366 | Numerical investigation of the effect of properties of the liquid on cavitation at solid surfaces | G. I. Kuvshinov, G. Ernetti, A. Francescutto, P. Cuti and P. P. Prokhorenko |
| 367-372 | Boundary conditions for the slippage of a binary mixture of gases and their application in the dynamics of aerosols. I. Flow of a mixture of gases along a solid plane wall | Yu. I. Yalamov, A. A. Yushkanov and S. A. Savkov |
| 373-379 | A model of multicomponent grouting and suffosion filtration | B. Khuzhaerov |
| 380-387 | Optimization of the method of pulsed thermal defectometry of extended defects | V. G. Sevast'yanenko, D. A. Rusakevich, A. A. Rusak and M. T. Kolesnikova |
| 388-392 | Influence of the polarization azimuth of incident radiation on space-polarization characteristics of the flux reflected by composite materials | V. A. Dlugunovich, E. A. Kruplevich and V. N. Snopko |
| 393-397 | Dynamics of sublimation and initial erosion plasma formation under the action of quasicontinuous laser radiation on metals | L. Ya. Min'ko, U. I. Masonov, G. S. Romanov, Yu. A. Stankevich and A. N. Chumakov |
| 398-402 | Destruction of moist porous materials by thermal shock-induced rapid internal evaporation | E. Yu. Shangareeva |
| 403-411 | Analysis of heat and mass transfer processes in a metal hydride layer without simplification of local thermodynamic equilibrium | A. V. Kuznetsov |
| 412-419 | Model of gas diffusion through solid and porous membranes of finite thickness | A. V. Melkikh and V. D. Seleznev |
| 420-424 | Effect of diffusion on the crystallization of binary systems | A. Yu. Dovzhenko and P. V. Zhirkov |
| 425-427 | Reconstruction of diffusion coefficients in the problem of carbonitriding | V. B. Glasko and I. E. Stepanova |
| 428-433 | Modeling of silicon diffusion in gallium arsenide. 3. Numerical method for solving the diffusion equation | O. I. Velichko, A. A. Egorov and S. K. Fedoruk |
| 434-435 | Experimental studies of the heat capacity of liquid octene-1 in the temperature range 282–368 K | T. R. Atrashenok, N. A. Nesterov and A. D. Peshchenko |
| 436-440 | Heat conduction equation for systems with an inhomogeneous internal structure | S. L. Sobolev |
| 441-448 | Thermal conductivity of a composite material reinforced by regularly distributed spheroidal particles | V. I. Kushch |
| 449-454 | Experimental investigation of supersonic flow about an obstacle with power delivery into the undisturbed flow | V. Yu. Borzov, V. M. Mikhailov, I. V. Rybka, N. P. Savishchenko and A. S. Yur'ev |
| 455-460 | Experimental investigation of a flow developing in a circular tube at various levels of turbulence. 2. Analysis of experimental results | A. V. Medvedev, S. Ya. Raisikh and E. D. Sergievskii |
| 461-467 | Modeling of vortex structures on the lateral surface of a cylinder in a longitudinal flow | B. A. Kolovandin, I. I. Kovalev and A. V. Bykov |
| 468-472 | Use of computer tomography for determining the transverse temperature and concentration profiles in a jet of combustion products | Yu. V. Belyaev, É. I. Vitkin, O. B. Zhdanovich and S. L. Shuralev |
| 473-480 | Propagation and emission of a nonstationary heat wave in air | I. M. Kozlov, S. L. Min'ko and G. S. Romanov |
| 481-489 | Numerical modeling of light-induced convection and thermooptical interaction of a vertical radiation beam with liquids | N. Ye. Galich and V. A. Petrushchenkov |
| 490-495 | Laminar torch mode of aerodynamic choking of a flat channel | I. V. Voloshin, B. I. Bondarenko, Ya. A. Voloshina and A. V. Kolesnichenko |
| 496-502 | Mathematical modeling of the process of formation of thin coatings by centrifuging with the aim of determining an efficient regime | G. V. Abramov, V. K. Bityukov and G. V. Popov |
| 503-507 | Similarity of desublimation processes | A. G. Podol'skii, V. N. Kukharenko and A. G. Kolgatin |
| 508-514 | Justification of rheotechnological methods of control of colmatage | M. M. Khasanov and É. U. Mamadzhanov |
| 515-519 | Mass transfer in filtration processes of waters containing corrosive components | M. G. Khramchenkov |
| 520-523 | Interaction of laser radiation with metals entering into the composition of iron-based alloys | V. K. Goncharov, V. L. Kontsovoi and M. V. Puzyrev |
| 524-533 | Characteristics of a high-enthalpy electric-arc heater for air at atmospheric pressure | V. L. Sergeev |
| 534-540 | Calculation of the density of active nucleation sites in the boiling of liquids on metal-fibrous capillary-porous structures | Yu. V. Fridrikhson, V. Yu. Kravets and M. G. Semena |
| 541-546 | Boundary conditions of slip of a binary gaseous mixture and their application in the dynamics of aerosols. 2. Gas flow along a slightly curved surface. Theory of diffusion phoresis of moderately large nonvolatile aerosol particles | Yu. I. Yalamov, A. A. Yushkanov and S. A. Savkov |
| 547-551 | Thermal expansion of semiconductor materials | E. A. Marchenkov and V. P. Shipul' |
| 552-556 | Three-dimensional linearized steady-state problems for micropolar viscous liquid media | M. D. Martynenko and Murad Dimian |
| 557-562 | Nonclassical heat conduction problem for crystal bodies with coatings heated by radiation with account for the curvature of the coating | Yu. M. Kolyano and M. E. Khomyaevich |
| 563-569 | Determination of nonstationary surface distortions of an axisymmetrically heated half-space by the Green's function method | A. A. Evtushenko and O. M. Ukhanskaya |
| 571-577 | Propagation of a shock wave in a locally anisotropic medium containing channels with elevated thermal diffusivity | V. I. Bergel'son, I. V. Nemchinov and D. V. Pomazkin |
| 578-583 | Fluctuation model of a nonequilibrium two-phase channel flow | F. A. Krivoshei |
| 584-587 | Pair explosion in an exponential atmosphere | V. A. Andrushchenko |
| 588-592 | Priority of factors contributing to volume vapor formation in laser targets | V. K. Goncharov, V. L. Kontsevoi and M. V. Puzyrev |
| 593-597 | Analysis of the influence of drop diameters on the intensity of heat transfer in dropwise condensation | A. S. Gavrish, V. G. Rifert and A. I. Sardak |
| 598-606 | Nonstationary process of heat transfer in a tube with longitudinal fins | A. M. Makarov, L. A. Lunyova and N. I. Zalogina |
| 607-614 | Mathematical modeling of the aerodynamics and physicochemical processes in the freeboard zone of a circulating fluidized bed furnace. 3. Boundary conditions. Some numerical results | B. B. Rokhman and A. A. Shraiber |
| 615-621 | Perturbed motion of a viscous fluid layer on the surface of a rotating cylinder | V. E. Epikhin, P. N. Konon and V. Ya. Shkadov |
| 622-627 | Hydrodynamic and thermal characteristics of systems of porous cooling in the presence of small periodic perturbations | A. N. Golovanov |
| 628-631 | Gasdynamic control of arc motion | L. I. Sharakhovskii, A. S. Olenovich, L. P. Podenok, V. N. Borisyuk and A. M. Esipchuk |
| 632-633 | Measurement of the temperature of a pulsating electric arc discharge | A. Marotta |
| 634-637 | Improvement of the method of canonical elements for modeling transfer processes in systems with curvilinear boundaries | N. I. Nikitenko |
| 638-643 | Specific features of motion of rheopectic fluids | M. M. Khasanov |
| 644-647 | Modified Tate equation for calculating the heat conduction of liquid ethers | M. M. Safarov |
| 648-650 | Simulation of the diffusion of silicon in gallium arsenide. 4. DPSU program and results of numerical calculations | O. I. Velichko, A. A. Egorov and S. K. Fedoruk |
| 651-654 | Theory of an anisotropic thermoelectric refrigerator in a magnetic field | I. S. Buda and V. S. Lutsyak |
| 655-659 | Computational thermography: Numerical modeling of the thermal regimes of building structures | V. L. Dragun, L. S. Domorod, M. I. Rabetskii, S. A. Filatov and V. A. Pavlovtsev |
| 660-662 | Thermal expansion of silicon carbide materials | D. K. Palchaev, Zh. Kh. Murlieva and Kh. S. Palchaeva |
| 663-669 | Conditions for forming thermal structures in a metallic conductor heated by an electric current | V. I. Ikryannikov |
| 670-673 | Conditions for existence of exact solutions of the problem of a fusing wedge | O. P. Reztsov and A. D. Chernyshov |
| 674-677 | Modeling of phase transitions of the first kind by the method of integral equations in the case of a stationary moving surface source | S. A. Nekrasov |
| 679-685 | Taylor-Görtler laminar instability near a concave surface | A. A. Khalatov and A. A. Avramenko |
| 686-689 | Thermogravitational convection in a square cell involving a phase transition | P. T. Zubkov and K. M. Fedorov |
| 690-695 | Estimation of the time for pressure growth in a tank with a cryogenic liquid in zero gravity | V. A. Nevrovskii |
| 696-698 | Dependence of the heat transfer coefficient on the vibration amplitude and frequency of a vertical thin heater | E. I. Nesis, A. F. Shatalov and N. P. Karmatskii |
| 699-702 | Nature of acoustic emission during phase transformations and adequacy of the Stefan condition | I. I. Sakharov |
| 703-706 | Heat transfer in a nuclear rocket engine | G. V. Konyukhov and A. I. Petrov |
| 707-712 | Mathematical modeling of the aerodynamics and physicochemical processes in the free board zone of a circulating fluidized bed furnace. IV. Heat and mass transfer and combustion | B. B. Rokhman and A. A. Shraiber |
| 713-716 | Effect of a peripheral gas supply on the hydrodynamics of a spouting bed | P. V. Akulich |
| 717-720 | Local mass transfer along the height of a cyclindrer submerged in a fluidized bed | A. V. Ostrovskaya and V. N. Korolev |
| 721-726 | Mathematical modeling of convective heat and mass transfer in the drying of solid particles in a bed | A. I. Nakorchevskii, A. N. Vylegzhanin and I. V. Gaskevich |
| 727-731 | A mechanism of formation of gas-liquid systems | N. N. Beskaravainyi, V. G. Kovalev and M. B. Rigina |
| 732-738 | A quadrature of the two-dimensional equations of the hydrodynamics of an incompressible ideal liquid and a model of the flow around convex symmetric bodies with suction or injection | V. E. Firstov |
| 739-744 | Initiation of detonation in reflection of a shock wave from a concave curvilinear surface | O. V. Achasov, S. A. Labuda, O. G. Penyaz'kov, P. M. Pushkin and A. I. Tarasov |
| 745-748 | Fractal and information characteristics of the stressed state of a massif and their effect on the process of fracture formation | L. L. Mishnaevskii |
| 749-751 | Diffusion of barium vapor in helium | K. M. Arefiev, N. V. Balashova and M. A. Fuseva |
| 752-756 | Spectrum of the electron-phonon interactions of zinc single crystals induced by a basal-dislocation network | V. N. Nikiforenko |
| 757-763 | Comparative investigation of the heat-transferring ability of heat pipes with lengthwise uniform and variable porous capillary structures | A. G. Kostornov, N. É. Skrynskaya and M. I. Cherkasov |
| 764-768 | Emitting radiator based on low-temperature heat pipes | L. L. Vasil'ev and L. E. Kanonchik |
| 769-772 | Retrograde condensation in the case of steady radial filtration | O. Yu. Dinariev |
| 773-776 | Nonstationary concentration polarization in laminar ultrafiltration in a plane channel | V. I. Baikov and A. V. Bil'dyukevich |
| 777-780 | Thermal state of a plasma in a compressed layer | I. A. Anoshko, V. S. Ermachenko and L. E. Sandrigailo |
| 781-787 | Low-temperature plasma exposed to external acoustic disturbances | V. A. Pinchuk |
| 788-790 | Theory of the current to a plane wall probe in the regime of a continuous medium | V. A. Kotel'nikov and A. V. Shan'kov |
| 791-794 | Inverse boundary-value problem of a drying process | A. S. Trofimov, V. V. Kryzhnii and E. P. Kryzhnyaya |
| 795-799 | Heat and mass transfer in abnormal metal plasticity | G. M. Klyuchnikov and I. G. Klyuchnikov |
| 800-809 | Calculation of fields in laminated structures and computation of integral parameters | M. A. Aramyan |
| 810-814 | Thermodynamic instabilities in machining processes. 1. General solution of a mathematical model | M. L. Kheifets |
| 815-822 | Thermodynamic instabilities in machining processes. II. Numerical investigation of stability | M. L. Kheifets |
| 823-830 | Effect of a coating on the electrical and thermal resistance of a plane single contact for a two-layer half-space | M. A. Korotkov, O. V. Sutyagin and É. A. Demenkov |
| 831-836 | Theory of singularities in heat transfer problems: Relaxation-type solutions | I. B. Krasnyuk |
| 837-841 | Heat transfer of HTSC-ceramic cooled by liquid hydrogen | I. M. Kolod'ko, N. M. Levchenko, S. V. Nozdrin, K. V. Rusinov and E. G. Tyurina |
| 842-847 | Molecular bond in superconductivity | L. A. Rott |
| 848-853 | Free convective flow on a vertical plate with a constant heat flux in the presence of one or more steps | V. S. Burak, S. V. Volkov, O. G. Martynenko, P. P. Khramtsov and I. A. Shikh |
| 854-858 | Numerical simulation of turbulent flow in the lap of a paper-making machine with a separating plate | V. E. Karyakin and Yu. E. Karyakin |
| 859-865 | Heat and mass transfer in a solidfying binary melt under mixed convection with account for turbulence | V. V. Belousov, F. V. Nedopekin and I. L. Povkh |
| 866-875 | Distinctive features of the model of the drift of phases used in computational dynamic reactor programs | V. B. Khabenskii, Yu. A. Migrov and O. V. Tokar' |
| 876-883 | Self-similar solutions in the problem of diffusion of a vortex in a temperature field | A. A. Repin |
| 884-890 | Conservative Eulerian method for numerical investigation of the hydrodynamics of liquids with a free surface | S. E. Samokhvalov |
| 891-895 | Concentrational polarization in ultrafiltration in a plane channel | V. I. Baikov, A. V. Bil'dyukevich, N. N. Luchko and T. V. Sidorovich |
| 896-898 | Numerical modeling of capillary hysteresis | D. V. Gil' and O. V. Dikhtievskii |
| 899-905 | Modeling the heat transfer process in an infiltrated granular bed with regard for the temperature difference of the phases | Yu. S. Teplitskii and I. I. Markevich |
| 906-910 | Influence of collisional dissipation on internal pulsations in a fluidized bed | Sh. K. Kapbasov |
| 911-913 | Kinetics of distillation with vapor (gas) in a layer | V. V. Beloborodov and M. L. Konovalov |
| 914-916 | Operation of thermosyphons at small angles of inclination to the horizontal | G. R. Kudritskii |
| 917-921 | Analysis of a radiative heat exchanger for systems for thermal control of space vehicles | L. L. Vasil'ev, L. E. Kanonchik and V. A. Babenko |
| 922-929 | Calculation of the operation of a metallohydride refrigerator and optimization of the switching time for heat fluxes | A. V. Kuznetsov |
| 930-935 | Heat flux measurement by the temperature field of a heated surface. 1. Uniform flux | V. P. Aksenov, Yu. V. Isaev and E. V. Zakharova |
| 936-940 | Measurement of vibrational temperatures in the working chamber of a technological electric-discharge CO2 laser | O. V. Achasov, P. Kukiello, S. A. Labuda, E. I. Lavinskaya and G. Slivinskii |
| 941-948 | Simulation of the structure and calculation of the thermal conductivity of napped composites | S. N. Berezko, Yu. P. Zarichnyak, P. A. Korenev and A. N. Sokolov |
| 949-955 | Kinetic model of the action of a rarefied cold-ion plasma flow on a spherical metal particle | A. G. Gnedovets, A. V. Gusarov and A. A. Uglov |
| 956-959 | Effect of the self-electric field of HEB on energy release in targets | A. I. Pobitko and L. I. Sal'nikov |
| 960-964 | Vacuum heating of spherical alumina particles | G. P. Ledneva |
| 965-969 | Numerical modeling of heat transfer in a bunch of crystallizing moving fibers | V. I. Eliseev, Yu. P. Sovit and L. A. Fleer |
| 970-974 | Solution of the conjugate problem of the gas flow in the pulling of fluoride fiber light guides | M. V. Gorbunov |
| 975-984 | Determination of the relaxation time of a heat flux | I. B. Krasnyuk and T. T. Riskiev |
| 985-990 | Low-temperature thermomagnetic phenomena in metals under Joule heating conditions | V. R. Sobol', O. N. Mazurenko and V. K. Solonovich |
| 991-995 | Friction of solids with the formation of a melt layer | A. A. Shugai |
| 997-1002 | Effect of local energy supply to a hypersonic flow on the drag of bodies with different nose bluntness | V. Yu. Borzov, I. V. Rybka and A. S. Yur'ev |
| 1003-1012 | Model of a nonstationary isotropic turbulent flow of a liquid with polymer additives | V. A. Sosinovich and V. A. Babenko |
| 1013-1017 | Calculation of a three-dimensional flow of a viscous incompressible liquid in the neighborhood of a shallow well on a flat surface | S. A. Isaev, V. B. Kharchenko and Ya. P. Chudnovskii |
| 1018-1025 | Semiempirical model of impact interaction of a disperse impurity particle with a surface in a gas suspension flow | Yu. M. Tsirkunov, S. V. Panfilov and M. B. Klychnikov |
| 1026-1030 | Power spectrum of tangential stress on a wall in a turbulent flow | A. V. Chinak |
| 1031-1037 | Role of end flows in the internal aerodynamics of vortex plasmatrons | N. A. Kostin, A. S. Olenovich, L. P. Podenok and L. I. Sharakhovskii |
| 1038-1041 | Influence of rheological properties of a lubricant on power consumption and heat transfer in a hydrostatic lubricating layer | V. O. Yablonskii, N. V. Tyabin and V. M. Yashchuk |
| 1042-1053 | Investigation of heat transfer in a plane channel with discrete heat supply with account for the axial thermal conductivity of the wall | A. N. Zharov and A. V. Sharkov |
| 1054-1058 | A theoretical and experimental study of the mobility of loose materials | L. I. Karnaushenko and S. N. Pavlovskii |
| 1059-1061 | Ignition of a fuel-air mixture with a high-speed plasma jet | V. V. Afanas'ev, A. K. Kuz'min, S. A. Abrukov, V. N. Podymov and S. V. Il'in |
| 1062-1066 | Heat exchange between a fluidized bed and small-sized bodies | Yu. S. Teplitskii |
| 1067-1070 | Modeling of diffusion of magnesium in gallium arsenide. 1. Thermal diffusion of Mg in AlxGa1−xAs | V. A. Labunov, O. I. Velichko and S. K. Fedoruk |
| 1071-1078 | Theoretical foundations of a method of precipitation of inorganic salts in water under the influence of a dispersed solid (silica) | P. P. Olodovskii |
| 1079-1087 | Study and numerical solution of a generalized mathematical model of isothermal adsorption | Yu. A. Komissarov, V. N. Vetokhin, V. A. Tsenev and E. L. Gordeeva |
| 1088-1092 | Experimental study and calculation of heat and mass transfer in moist bodies | G. Kanevce, M. Uroshevich, M. Stefanovic and D. Voronets |
| 1093-1097 | Hygroscopic properties of biological materials and the binding energy of moisture | C. Strumillo, P. S. Kuts, P. V. Akulich and W. Kaminski |
| 1098-1105 | Stresses in a layer of a high-concentration disperse system under drying conditions | A. V. Kosterin and V. A. Minenkov |
| 1106-1112 | Temperature measurements using a birefringent sensor | V. L. Kolpashchikov, O. G. Martynenko and M. I. Shribak |
| 1113-1117 | Reconstruction of nonstationary temperatures from the results of measurements on a heat-insulated wall surface | A. S. Trofimov and V. V. Kryzhnii |
| 1118-1121 | Absorption of electromagnetic radiation in a polar dielectric layer | P. M. Kasimov |
| 1122-1128 | Thermal problems in modeling of welding by a fixed fusing electrode | A. B. Mazo and A. G. Egorov |
| 1129-1134 | A certain modification of the fourier hypothesis | I. B. Krasnyuk and B. L. Revzin |
| 1135-1141 | Motion of a spherical heat source in a melting medium | L. Ya. Kosachevskii |
| 1-5 | Unsteady free-convection heat transfer during vortex flow in a horizontal tube | V. F. Vinokurov, O. G. Martynenko, P. P. Khramtsov and I. A. Shikh |
| 6-9 | Heat emission of gas bubbles in a rotating bubbling layer | I. I. Borisov, A. A. Khalatov, E. É. Ikonnikova, G. V. Kovalenko and S. V. Shevtsov |
| 10-15 | Calculation of the rise velocity of large gas bubbles | Yu. B. Zudin |
| 16-21 | Numerical simulation of the axisymmetric low-velocity flow around a cylinder with coaxial disks | S. A. Isaev |
| 22-28 | Load control in low-power fluidized bed boilers | Yu. S. Teplitskii and S. M. Dobkin |
| 29-34 | Vertical transfer of137Cs in peat soils fallen out as a consequence of the chernobyl accident | N. M. Olekhnovich, G. I. Makovetskii, A. I. Galyas, O. I. Pashkovskii and G. M. Severin, et al. |
| 35-39 | Modeling of magnesium diffusion in gallium arsenide. 2. Redistribution of ion-implanted impurity | V. A. Labunov, O. I. Velichko and S. K. Fedoruk |
| 40-45 | Influence of anharmonic effects on the structural-mechanical and thermophysical properties of filled polymer systems | N. A. Bordyuk, V. I. Nikitchuk, O. M. Voloshin, Yu. S. Lipatov and B. S. Kolupaev |
| 46-49 | Highly efficient cryogenic thermal insulation for optical devices and pipelines | T. A. Kurskaya, R. S. Mikhal'chenko and V. F. Getmanets |
| 50-60 | Thermal properties of superheated rubidium vapor at temperatures up to 2150 K and pressures up to 5 MPa | N. B. Vargaftik, A. N. Nikitin, V. G. Stepanov and A. I. Abakumov |
| 61-65 | Equation of state and thermodynamic properties of 1,1,1,2-tetrafluoroethane (refrigerant R134a) | E. T. Vas'kov |
| 66-69 | Equation of state of salicylates | R. A. Mustafaev and R. S. Ragimov |
| 70-79 | Theoretical analysis of thermal processes in living biological tissue under local hyperthermia treatment. 1. Biothermal equation and local hyperthermia | Z. P. Shul'man, B. M. Khusid and I. V. Fain |
| 80-89 | Thermal stresses in tubes, produced from a melt by the Stepanov method, during their cooling | A. V. Zhdanov and L. P. Nikolaeva |
| 90-102 | Mathematical modeling of thermal processing of individual solid-fuel particles | V. P. Patskov, A. N. Dudnik, A. A. Anishchenko and G. F. Kuznetsov |
| 103-109 | Mathematical models of purification of a melt centrifuged at high temperatures | A. B. Mazo and B. A. Snegirev |
| 110-115 | Development of a method of heat treatment of metals in soaking pits in the bar-rolling shop of the Belarusian Metallurgical Works | Yu. V. D'yachenko, Ho Juituuan, A. B. Steblov, V. S. Timofeev and V. B. Kovalevskii, et al. |
| 116-120 | Determination of the stress-strain state of a cooling plane region with account for a polymorphic transformation | S. S. Savinskii and R. F. Shakirov |
| 121-128 | Thermoelastic stresses in composite ceramic fibers | I. A. Filimonov and Yu. M. Grigor'ev |
| 129-134 | Quantum concept of the rearrangement of a crystal lattice | M. D. Gureev and S. I. Mednikov |
| 135-137 | High-frequency sintering of multilayer ceramic capacitors | Yu. I. Bokhan, V. G. Komar, V. Z. Misyuvyanets, V. V. Mikhnevich and M. N. Saraseko |
| 138-140 | Hydrodynamic activity of polymers in high-speed flows | V. G. Pogrebnyak and N. V. Naumchuk |
| 141-147 | Mathematical model of least cost planning of regional energy supply | V. T. Borukhov and V. L. Ganzha |
| 148-151 | Calculation of the temperature of a heat-transmitting surface from the results of indirect measurements | A. S. Trofimov, V. V. Kryzhnii and E. P. Kryzhnyaya |
| 153-156 | Heat transfer by natural convection and hydrodynamics on a vertical plate with a discontinuity in the heat flux | V. S. Burak, S. V. Volkov, O. G. Martynenko, P. P. Khramtsov and I. A. Shikh |
| 157-163 | Estimation of the two-phase flow on a horizontal smooth plate in the laminar and transient regions | I. P. Faddeev and V. A. Palkin |
| 164-175 | Model of gas bubble breakup in a turbulent liquid flow | V. A. Sosinovich, V. A. Tsyganov, B. A. Kolovandin, B. I. Puris and V. A. Gertsovich |
| 176-181 | Theoretical studies of transport of solid particles in pulsating flows | A. I. Akhremenko, V. L. Belousov and V. P. Marchenkov |
| 182-185 | Experimental determination and analytical investigation of certain properties of a free vortex | V. A. Budarin |
| 186-192 | Heatproof characteristics of composite materials in the cases of constant and variable flow parameters | V. L. Sergeev |
| 193-196 | Averaged heat transfer during periodic fluctuations of the heat transfer intensity of the surface of a plate, a cylinder, or a sphere | Yu. B. Zudin |
| 197-200 | Accoustic spectra in a disperse system of aerosil and polypropyleneglycol (PPG-425) | A. P. Rudenko, A. V. Gamera, V. S. Sperkach and I. A. Slyusar |
| 201-208 | One-dimensional statistical model of active transfer of substances in membranes | A. V. Melkikh and V. D. Seleznev |
| 209-214 | Analysis of materials of heat sinks for injection lasers with internal acoustic modulation of radiation | M. M. Belov |
| 215-219 | Thermal and electromagnetic parameters of a high-frequency discharge in induction heating of a gas | R. N. Gainullin, A. R. Gerke and A. P. Kirpichnikov |
| 220-224 | Design of metal mesh fire nozzles of infrared radiation burners | O. N. Bryukhanov, A. I. Pluzhnikov, S. M. Shlyakhov and E. N. Bryukhanova |
| 225-229 | Combustion kinetics of coal dust | A. V. Sal'nikov, B. S. Repič, P. T. Radulovič and L. L. Jovanovič |
| 230-236 | Formation of light-reflecting powder shells for scintillation crystals with a complicated shape | V. I. Mel'nik and B. V. Grinev |
| 237-241 | Change in the radiative characteristics of substances at phase transitions | K. B. Panfilovich, P. I. Budarin, V. V. Sagadeev and V. A. Glinkin |
| 242-247 | Theory of the effect of the change in the pH of water upon contact with the surface of finely dispersed solids (flint) | P. P. Olodovskii |
| 248-251 | Hydrodynamic potentials for the micropolar Navier-Stokes problem | M. D. Martynenko and Murad Dimian |
| 252-254 | Viscosity and density of aqueous solutions of hydrazine and phenylhydrazine as functions of temperature at atmospheric pressure | M. M. Safarov, A. V. Kartavchenko and M. A. Zaripova |
| 255-268 | Databank on thermodynamic and optical properties of plasma | G. S. Romanov, Yu. A. Stankevich, L. K. Stanchits and K. L. Stepanov |
| 269-273 | Mathematical simulation of heat conduction processes in an abrasive tool in the presence of physicochemical transformations in it | A. K. Tsokur, A. Ya. Tsokur and V. G. Gavrilov |
| 274-280 | Engineering solution to the problem of ingot solidification in slab continuous-casting machines | A. N. Shichkov, E. N. Bykasova, N. G. Bashirov, V. V. Klochai and L. G. Bystrov |
| 281-283 | Melting of a solid with account for the change in density | P. N. Vabishchevich |
| 284-291 | Method of integral cross sections in heat conduction problems | V. V. Novikov and O. B. Papkovskaya |
| 292-296 | Method of a synchronously moving field and its application to calculating heat and mass transfer processes in a filter bed | M. M. Razin |
| 297-301 | Hydrodynamic focusing of a particle flux | G. M. Makhviladze, O. I. Melikhov and I. P. Nikolova |
| 302-306 | The effect of particles on the gas velocity in a free turbulent flow | M. B. Stakič and D. Z. Milojevič |
| 307-312 | Characteristics of the behavior of the small-scale turbulence structure in the boundary layer | O. V. Dobrocheev and J. Wojciechowski |
| 313-319 | The initial section of a plane nonisothermal jet developing under asymmetric conditions with and without combustion | S. K. Voronov and T. A. Girshovich |
| 320-324 | Laboratory modeling of the interaction of vapor-air plumes from cooling towers with jets from the ventilation pipes of atomic electric power plants | N. I. Lemesh, L. A. Senchuk, A. D. Solodukhin and S. P. Fisenko |
| 325-333 | A mathematical model, algorithm, and package of programs for simulation and prompt estimation of the atmospheric dispersion of radioactive pollutants | V. I. Nikolaev and S. Ń. Yatsko |
| 334-335 | Linear heat transfer in a flow around a cylinder or a sphere | O. P. Kornienko |
| 336-340 | Experimental investigation of a manifold heat-pipe heat exchanger | S. V. Konev, Wang Tszin'Lyan' and I. I. D'yakov |
| 341-345 | Evaporation of liquids from cylindrical vessels under conditions of free concentrational convection in a gas phase | Yu. G. Izmailov, N. M. Pisarev and G. P. Vyatkin |
| 346-352 | Influence of absorption on nonlinear vibrations of gas in a closed pipe | R. G. Galiullin, É. R. Galiullina and E. I. Permyakov |
| 353-363 | Rheological factor and Fahraeus-Lindqvist effect | Z. P. Shul'man, L. V. Markova and A. A. Makhanek |
| 364-366 | Efficiency of heating methods for polymer fibers with formation of adhesion compounds | L. V. Markova, E. M. Markov and L. S. Pinchuk |
| 367-373 | Theoretical analysis of thermal processes in living biological tissue under local hyperthermia. II. Analysis of temperature fields in local SHF hyperthermia with regard for nonstationary nonlinear tissue perfusion | Z. P. Shul'man, B. M. Khusid and I. V. Fain |
| 374-378 | Heat transfer in hydrocarbon fuel boiling under conditions of natural convection | T. N. Shigabiev and F. M. Galimov |
| 379-384 | Change of pressure in wells opening up highly inhomogeneous porous collectors | O. I. Boroznyak and M. B. Panfilov |
| 385-389 | Calculation of heat conductivity of organic liquids as function of temperature | M. M. Safarov and Kh. Khadzhidov |
| 390-394 | Density dependence of heat conductivity of aqueous hydrazine solutions within wide ranges of temperature and pressure | M. M. Safarov and M. A. Zaripova |
| 395-399 | Numerical simulation of plasma treatment of charge used in vitrification of radioactive wastes | L. I. Krasovskaya, N. A. Svidunovich and V. E. Vasil'kov |
| 400-407 | Influence of radiation on the limits of heterogeneous combustion of a particle in two parallel reactions on its surface | V. V. Kalinchak, S. G. Orlovskaya and A. I. Kalinchak |
| 408-412 | A contact method of determination of thermophysical properties of rocks from core samples | R. I. Gavril'ev |
| 413-418 | Thermomechanic behavior of a polymer upon its formation in a crystallization process: Theoretical principles, hypotheses, and mathematical model | V. N. Aptukov and S. A. Bolgov |
| 419-426 | Impurity microsegregation due to periodic changes in the temperature and pulling rate of crystal grown by the Stepanov method | A. V. Zhdanov, L. P. Nikolaeva and B. S. Red'kin |
| 427-431 | Modification of the iteration algorithm for solving the inverse heat conduction problem | S. V. Mavrin |
| 569-579 | Studies of instability of two-phase flows in parallel channels | V. Jovič, N. Afgan and L. Jovič |
| 580-583 | Influence of structure on the thermophysical characteristics of porous metals | V. V. Polyakov, M. A. Utemesov and A. V. Egorov |
| 584-594 | Linear thermodynamic systems with memory. II. Necessary and sufficient conditions for applicability of the second law of thermodynamics | V. L. Kolpashchikov and A. I. Shnip |
| 595-598 | Superconductivity under irradiation conditions | L. A. Rott |
| 599-604 | Statistical computation of tensor of self-diffusion coefficients in the liquid-crystal nematic phase | V. S. Vikhrenko, V. B. Nemtsov and G. S. Bokun |
| 605-613 | Averaged characteristics of stressed laminated media | A. G. Kolpakov |
| 614-619 | Optimization of the designs of small-size helium cryostats | N. I. Narykin |
| 620-625 | Theory of dielectric polarization of a substance. Calculation of dielectric permittivity of water, ammonia, and chlorine | N. M. Putintsev |
| 626-631 | Numerical simulation of hydrodynamics of a weakly compressible gas-liquid medium | N. I. Nikitenko, S. E. Samokhvalov, M. V. Babenko and A. A. Pogorel'chenko |
| 632-639 | Heating of a film flowing over the surface of a rotating heat transfer device | F. M. Gimranov, G. N. Zinnatullina, E. B. Gavrilov, B. M. A. Azizov and I. V. Flegentov |
| 640-643 | Calculation of the density of solutions (sunflower oil +n-hexane) over a wide range of temperatures and pressure | M. M. Safarov and Z. Abdukhamidova |
| 644-648 | Linear effects of the energy transfer in gases | T. N. Abramenko, V. I. Aleinikova, M. V. Sagarda and N. E. Kuz'mina |
| 649-658 | Temperature-dependent effective thermal conductivity and thermal diffusivity of catalysts and their supports in various gas media and in vacuum. 1. Thermal conductivity and thermal diffusivity of granular porous supports and catalysts | Kh. Madzhidov |
| 659-662 | On prediction of the thermal conductivity of liquids | P. M. Kesselman and T. V. Vasil'tsova |
| 663-666 | Adequacy of the methods used to approximate the volt-ampere characteristics of dc electric-arc plasma generators | T. V. Laktyushina, A. Marotta and O. I. Yas'ko |
| 667-672 | Anisotropic model of an emitting electric arc | A. F. Bublievskii |
| 673-677 | A short swirl chamber | N. A. Kostin |
| 678-682 | Simulation of thermophysical processes occurring in transition of the surface metal layer of a moving strong-current gas discharge electrode to an amorphous state | É. I. Vitkin, A. I. Zolotovskii, I. P. Smyaglikov and V. D. Shimanovich |
| 683-686 | Influence of Saffman's lift force on the motion of a particle in a Couette layer | V. A. Naumov |
| 687-692 | Physical model of flow with anisotropic layer impregnation | A. V. Baranov, S. V. Timofeev and A. Ya. Malkin |
| 693-698 | Mathematical modeling of flow along a cylinder in a homogeneous granular bed | V. V. Baluev and E. E. Denisov |
| 699-703 | Investigation of deep filtration by computer experiment | G. D. Reznikov |
| 3-7 | Mechanism and kinetics of grinding of zirconium dioxide powder | S. N. Pashcherenko and I. V. Antsiferova |
| 8-13 | Experimental investigations of filtration of relaxing liquids in heterogeneous porous media | B. A. Suleimanov, E. M. Abbasov and N. S. Aliev |
| 14-22 | Simulation of heat exchange of a lithospheric platform in the zone of subduction. I. Statement of the problem | S. V. Solov'yov |
| 23-27 | Initiation of detonation by burning jets | O. V. Achasov and O. G. Penyaz'kov |
| 28-32 | Application of a model of a quasiequlibrium plasma and methods of lie algebra to calculations of parameters of a transported high-current relativistic electron beam | A. I. Borodich, V. I. Stolyarskii and A. A. Khrushchinskii |
| 33-35 | Concerning the mechanism of thermal destabilization of an arc discharge | L. P. Podenok, L. I. Sharakhovskii, V. D. Shimanovich and O. I. Yas'ko |
| 36-45 | Development of combined methods of high-intensity surface treatment. II. Electric and electronic treatment | M. L. Kheifets, L. M. Kozhuro, A. A. Shipko and I. A. Senchilo |
| 46-54 | Thermal field on the surface of a material heated by a laser pulse in a narrow ring of illumination | V. V. Bacherikov and A. V. Fabrikov |
| 55-60 | Study of radiative heat transfer in a coaxial cylindrical system with a rotating polygonal emitting prism | V. K. Samoilikov |
| 61-66 | Thermostressed state at a local thermal contact in turning friction | A. A. Evtushenko and E. G. Ivanik |
| 67-71 | Conjucate heat transfer and thermostressed state of a plate with radiation and conduction heating | V. I. Zavelion |
| 72-76 | Evaporation of ‘lubricating agent’ in thermal treatment of technical synthetic fibers | A. V. Vlasov and S. P. Fisenko |
| 77-83 | Influence of gas bubbles on nonlinear dynamic characteristics of the oil film of a tilting pad bearing | N. Ya. Khlopenko |
| 84-87 | Pairwise interaction of drops of magnetic emulsion under the action of rotating field | B. É. Kashevskii |
| 88-94 | Cavitation phenomena in magnetic liquids | P. P. Prokhorenko, A. R. Baev, G. I. Kuvshinov, G. Ernetti and P. Severi |
| 95-99 | Flow of an anomalously viscous fluid film in a centrifugal force field | N. Kh. Zinnatullin, I. M. Nafikov, A. A. Bulatov and V. V. Antonov |
| 100-103 | Hydrodynamics of a point vortex ring | V. I. Korobko and I. V. Chekh |
| 104-108 | Thermal state of coated solids in asymmetric cyclic heat exchange with ambient media | Yu. A. Kirsanov |
| 109-112 | Development of a two-layer fluid flow near a rotating disk upon acceleration | V. S. Gasilov, A. B. Mazo and S. I. Ponikarov |
| 113-119 | Equation of state and equations of thermodynamic processes in dense liquids and gases (nitrogen and argon) | V. P. Dobrodeev and N. A. Mochalova |
| 120-127 | Effective thermal conductivity and thermal diffusivity of catalysts and their supports as functions of temperature in various gaseous media and in vacuum. II. Thermal conductivity and thermal diffusivity of granulated porous catalysts as functions of internal and external factors | Kh. Madzhidov |
| 128-135 | On the theory of the effect of inhibition of radionuclide and heavy-metal transfer from soil to plants by ameliorants. II. Estimation of the changes in the ion diffusion coefficients in soil at low concentrations of filtration solutions. Theory and calculations | P. P. Olodovskii |
| 136-137 | Oleg Grigorievich Martynenko
|
| 279 | To readers of the Journal of Engineering Physics and Thermophysics | Z. P. Shul’man |
| 280-282 | Rheological factor of blood flow in SHF-local hyperthermia. “Rheomed” project | Z. P. Shul’man |
| 283-286 | Thermal destruction of erythrocyte spectrin: Rheology, deformability, and stability with respect to detergents | M. V. Yamaikina, V. A. Mansurov and É. V. Ivashkevich |
| 287-297 | Heat generation and transport in the heart | Johannes H. G. M. van Beek |
| 298-301 | Blood rheological factor in the problem of gaseous embolism | S. P. Levitskii |
| 302-304 | Medical instrument based on a heat pipe for local cavity hypothermia | L. L. Vasil’ev, A. S. Zhuraviyov, F. F. Molodkin, V. V. Khrolenok and V. L. Zhdanov, et al. |
| 305-307 | About temperature dependence of the rheological properties of human blood at low shear rates | V. A. Mansurov, V. V. Kulebyakin and S. V. Vilanskaya |
| 308-315 | Optical and biophysical parameters of biotissues in the normal state and in the case of pathology and multiple scattering-based methods for their determination in the visible and near ir spectral regions | A. Ya. Khairullina |
| 316-328 | Biofluid mechanical studies in models of blood vessels and some applications | D. Liepsch |
| 329-333 | Development of computerized methods for estimation of peripheral blood circulation in children under screening investigations | M. B. Lobachenko, L. M. Belyaeva and E. V. Novikov |
| 334-337 | Specific features of blood flow in a microcirculatory cell | V. A. Kalion, Yu. I. Shmakov, V. A. Tyutyunov and O. N. Tyutyunova |
| 338-340 | Mathematical modeling of the damage threshold of cornea tissues by short IR laser pulses | A. S. Podol’tsev |
| 341-345 | Investigation of the interrelation between micro- and macroproperties of polymers in a block state | V. A. Sidletskii and B. S. Kolupaev |
| 346-353 | Heat transfer in regional extracorporal perfusion of limbs | Z. P. Shul’man, É. A. Zhavrid, Yu. P. Istomin, I. V. Fain and S. Z. Fradkin |
| 354-359 | Hormonal and metabolic changes in oncology patients subjected to general hyperthermia and ways for their correction | V. I. Prohkorova, A. A. Mashevskii, S. V. Lappo, T. P. Tsyrus’ and M. S. Abramovich |
| 360-363 | Modification of the functional state of neutrophilic granulocytes of blood due to coagulation and shear stress in patients with coronary heart disease: General cytochemical phenomena | A. I. Teplyakov and N. G. Kruchinskii |
| 364-366 | The hemorheological basis of transfusion therapy in the case of extrauterine pregnancy | T. A. Smirnova, G. I. Gerasimovich and G. M. Kostin |
| 367-369 | The effect of changes in the intravascular pressure and blood flow rheology on malignant growth | F. V. Rudenko, A. V. Rutskii and Yu. D. Kovalenko |
| 370-372 | Reduction of pressure in arterial vessels as an antitumoral effect | F. V. Rudenko, A. V. Rutskii and Yu. D. Kovalenko |
| 373-376 | Improvement in the resolving power of impedance thermo- and tomography of biological tissues | V. A. Gutsalenko and V. D. Stashuk |
| 377-381 | The state of hemodynamics and level of repair processes in patients with lower jaw fractures | A. S. Artyushkevich and M. B. Lobachenko |
| 382-389 | Planiks disk valve prostheses | Yu. P. Ostrovskii |
| 390-394 | Enterosorption and ultraviolet irradiation of autoblood in complex treatment of patients with radiocesium incorporation in their bodies | N. G. Kruchinskii, A. I. Teplyakov, V. T. Klimov, A. M. Gorchakov and V. A. Ostapenko |
| 395-399 | Method of thermography in diagnosing cardiovascular diseases | D. G. Lazyuk, I. V. Sidorenko and T. V. Krushevskaya |
| 400-403 | Mathematical simulation of an urgent surgical pathology of abdominal cavity organs | G. P. Shorokh, V. A. Savel’ev, M. B. Lobachenko and N. I. Lobachenko |
| 404-407 | Ultrasonic investigations of brain in infants with some neurological diseases | E. A. Ulezko and G. G. Shan’ko |
| 408-412 | Thermal energy imbalance in human organism. A method of prevention and elimination | K. Piotrowič, L. Yu. Mazanik and G. G. Man’shin |
| 413-419 | Compressor-adsorber with a heat pipe | V. A. Babenko, L. L. Vasil’ev and L. E. Kanonchik |
| 420-423 | Mathematical modeling of natural-gas production systems | É. A. Bondarev and T. V. Sobolevskaya |
| 424-426 | Concerning the mechanism of “choking” in tube flows of disperse systems | G. M. Panakhov |
| 427-431 | Effect of a surface-active substance on nonequilibrium phenomena in filtration of gas-liquid systems in the subcritical region | B. A. Suleimanov |
| 432-442 | Orbitally quantized vortex states of laser radiation and photonic superfluidity | V. I. Kruglov |
| 443-445 | Investigation of gaseous light-beam wavefront correctors as adaptive optics elements | O. G. Martynenko, N. I. Lemesh, V. N. Piskunov and L. A. Senchuk |
| 446-449 | Investigation of planar microrefrigerators | S. I. Bondarenko, A. A. Svyatukha, V. N. Fenchenko and V. M. Bakumenko |
| 450-453 | Thermostable scintillation detector | V. I. Mel’nik and B. V. Grinev |
| 454-459 | Potential energy of magnesium atom-hydrogen molecule interaction and interdiffusion coefficient | K. M. Aref’ev, N. B. Balashova, A. V. Zhilin and N. V. Vinogradova |
| 460-466 | Dielectric relaxation of epoxy polymer in composites cured in an electric field | V. I. Dubkova, V. I. Alekseenko and O. I. Maevskaya |
| 467-472 | Electro-and thermophysical properties of polyaniline | A. S. Zakirov, Kh. T. Igamberdyev, A. T. Mamadalimov and M. A. Temirova |
| 473-480 | The pressure-flow characteristic of circular molding channels with a nonisothermal flow of thermoplastic polymers | L. M. Ul’ev |
| 481-488 | Local characteristics of an axisymmetric impact jet | S. V. Alekseenko, V. V. Kylebyakin, D. M. Markovich, N. A. Pokryvailo and V. V. Tovchigrechko |
| 489-495 | A method for calculation of heat transfer coefficients for optimization of thermoelectric coolers | B. G. Shabashkevich, S. I. Pirozhenko, I. M. Pilat and Z. K. Khomitskaya |
| 496-501 | Thermophysical models for evaluation of the activity of the functioning kidney by means of infrared thermography | V. L. Sigal and T. E. Shumakova |
| 502-506 | Statement of the problem of optimization and control of tissue temeprature distribution in local hyperthermia of malignant tumors | V. G. Litvinov, A. D. Panteleev, V. L. Sigal, Z. P. Shul’man and T. E. Shumakova |
| 507-514 | Influence of heat and mass transfer on the development of two-dimensional separated flows | A. A. Prikhod’ko and O. B. Polevoi |
| 515-521 | Solution of inverse problem of solidification of a cylindrical ingot | É. S. Zal’tsman and A. A. Kobyshev |
| 651-652 | Third Minsk international heat and mass transfer forum | N. V. Pavlyukevich and I. G. Gurevich |
| 653-663 | Use of the principle of discrete pulsed introduction of energy for development of efficient energy-conserving technologies | A. A. Dolinskii |
| 664-671 | Some regularities and models in heat transfer theory | Yu. V. Polezhaev |
| 672-675 | Prospects for simulating heat and mass transfer in intensification and scaling of technological processes | P. P. Loboda |
| 676-687 | Free convection in the internal problem: Results and prospects | V. I. Polezhaev |
| 688-693 | Avogadro program: Environmental problems of heat engineering | G. Ya. Gerasimov, S. A. Losev and V. N. Makarov |
| 694-707 | Heat transfer and hydrodynamics near urvilinear surfaces | A. A. Khalatov |
| 708-714 | Mitosis and meiosis as branches of a single kinetic process | L. A. Rott |
| 715-720 | General hyperthermia—Current status of the conceptual-theoretical basis | Z. P. Shul'man |
| 721-725 | Change in the structure of colloidal capillary-porous bodies in the process of heat and mass transfer | N. I. Gamayunov and S. N. Gamayunov |
| 726-733 | Heat transfer involving the laminar-turbulent transition and the enhanced turbulence of an external flow | E. P. Dyban and É. Ya. Épik |
| 734-737 | Modeling of moving boundaries and interfaces in real water systems | A. A. Andrizhievskii, A. A. Mikhalevich and A. G. Trifonov |
| 738-746 | Turbulent mixed convection in channels for different orientations of them in space | P. Poškas |
| 747-752 | Some features of convective heat and mass transfer in multicomponent gaseous mixtures | Yu. I. Zhavrin, V. N. Kosov and S. A. Krasikov |
| 753-756 | An approach to the design calculation of contact heat exchangers operating in the regime of complete evaporation of a spraying liquid | A. Yu. Val'dberg and N. M. Savitskaya |
| 757-759 | Removal of organic impurities from sewage by evaporation through polymer membranes | Yu. E. Lukach, N. V. Shafarenko, I. O. Mikulenok and G. L. Ryabtsev |
| 760-763 | Effects of relaxational diffusion in film boiling of a polymer solution | O. R. Dornyak, S. P. Levitskii, V. A. Polev, Z. A. Shabunina and Z. P. Shul'man |
| 764-770 | Heat and mass transfer in fluidized-bed furnaces in combustion of a coal-water mixture | B. V. Berg and T. F. Bogatova |
| 771-776 | Numerical simulation of processes of thermochemical transformation of single coal particles at elevated pressures | Yu. P. Korchevoi, V. P. Patskov, A. Yu. Maistrenko and V. V. Kulichenko |
| 777-779 | Heat and mass transfer under conditions of hydrogen evolution in reactions of amorphous-crystalline alloys with water | B. A. Troshen'kin and V. B. Troshen'kin |
| 780-784 | Experimental investigation of heat transfer and simulation of reaction tube furnaces | A. V. Stepanov |
| 785-792 | Dependence of the characteristics of radiative heat exchange on the optical properties of absorbing, emitting, and scattering media and their boundary surfaces | E. A. German, M. L. German, V. P. Nekrasov and E. F. Nogotov |
| 793-796 | Heat treatment of organic polymers in a flow of a gaseous heat carrier | G. I. Zhuravskii, L. M. Vinogradov, A. Zh. Greben'kov, V. N. Drozdov and N. N. Egorov |
| 797-806 | Simulation of heat and mass transfer processes and a system approach | L. A. Kozdoba |
| 807-813 | Initiation of detonation by gasdynamic methods | O. V. Achasov, S. A. Labuda and O. G. Penyaz'kov |
| 1-8 | The mechanism of nonperiodic motion in porous media as a result of the accumulating effect of nonlinear waves | A. M. Maksimov, E. V. Radkevich and I. Ya. Édel’man |
| 9-12 | The possibility of using the thermal equation of absorption from the theory of volume filling of micropores for calculation of holding capacity of busofit in thermal vacuum desorption | A. F. Dolidovich, G. S. Akhremkova and T. V. Tumysheva |
| 13-17 | Thermophysical properties of epoxy compounds at low temperatures | S. A. Tanaeva and L. E. Evseeva |
| 18-22 | Effect of polyvinyl butyral and metal oxychlorides on thermophysical properties of phenolic resins | V. Ya. Matyushenko, M. M. Bliznets and V. I. Inyutin |
| 23-26 | Athermal dislocational anomalies in microcontact spectra of zinc single crystals | V. N. Nikiforenko |
| 27-29 | A formula relating the thermal conductivity of liquids to the sound velocity in them | R. A. Mustafaev and A. A. Abbasov |
| 30-40 | Evolution of homogeneous turbulence in a density-stratified medium. 1. Analysis in far field | V. A. Babenko |
| 41-45 | Concerning the existence of wall terms in a three-parameter model of turbulence | A. N. Volobuyev and A. P. Tolstonogov |
| 46-50 | Selection of applicability limits of a mathematical model of turbulence in formation of a steel ingot | I. L. Povkh, F. V. Nedopekin and V. V. Belousov |
| 51-55 | Tangential friction on the wall of a container with a spherical charge and fluid motion through the charge | V. V. Sorokin |
| 56-60 | General analysis of concentration polarization in separation of multicomponent mixtures by baromembrane methods | V. I. Mushtaev, S. A. Trifonov and N. V. Tyrin |
| 61-65 | Calculation of thermal-diffusion separation in a mixture of gases | A. S. Raspopin and T. V. Solomeina |
| 66-69 | Predicting the thermal-diffusion chacteristics of a hydrogen-oxygen binary gas mixture by the similarity method | A. N. Berezhnoi |
| 70-74 | Determination of kinetic parameters of reactions in gas-liquid systems by electrical measurements | S. V. Demidkov |
| 75-82 | Formation and dynamics of propagation of radioactive contamination in rivers of belarus after the chernobyl nuclear accident | O. M. Zhukova, I. I. Matveenko, N. K. Myshkina, G. A. Sharovarov and N. M. Shiryaeva |
| 83-88 | Dispersion model and program for calculation of radiochemical contamination in rivers with consideration for interaction of radionuclides, sediment, and suspended matter | V. I. Nikolaev and S. N. Yatsko |
| 89-94 | Use of a plasma reactor with a three-jet mixing chamber for processing of liquid toxic waste materials | A. L. Mossé, D. Hebecker and G. N. Kuznetsov |
| 95-99 | Influence of plasma properties on ARC discharge destabilization | L. P. Podenok, L. I. Sharakhovskii, V. D. Shimanovich and O. I. Yas’ko |
| 100-106 | Dimensionless relations for zero-consumption electric arcs in a channel | A. F. Bublievskii |
| 107-112 | Concerning numerical simulation of the failure of a magnetic-fluid seal with a rotary outer profiled cylinder | A. N. Vislovich and V. K. Polevikov |
| 113-118 | Thermomechanical processes in the friction heating of disk brakes | A. A. Evtushenko, N. V. Gorbacheva and E. G. Ivanik |
| 119-124 | Study of heat transfer in recuperators by computer models | E. L. Mediokritskii, V. L. Gaponov and V. E. Loginov |
| 125-132 | Vibrations and bifurcations of relaxing heat fluxes in nonlinear media | O. N. Shablovskii |
| 133-138 | Heat conduction equations allowing for finite phonon velocity | V. P. Koval’kov |
| 139-144 | Nonlinear heat-conduction problem for an orthotropic thermosensitive plate | V. I. Gromovyk, E. G. Ivanik and O. V. Sikora |
| 145-149 | Specific features of hydrodynamics and heat transfer in a free-convective near-wall jet | V. N. Korovkin and A. P. Andrievskii |
| 150-156 | Influence of stefan flow on the characteristics of heterogeneous combustion of a carbon particle in air | V. V. Kalinchak, S. G. Orlovskaya, A. I. Kalinchak and A. V. Dubinskii |
| 157-160 | Photoacoustic spectroscopy of condensed media with a phase transition | G. S. Mityurich and E. G. Starodubtsev |
| 161-168 | Algorithms for solving algebrized transfer equations | S. S. Belyavskii, S. G. Mulyarchik and A. V. Popov |
| 169-172 | Energy method for measuring nonelectrical quantities using quartz resonators | V. E. Savchenko |
| 173-178 | The effect of the surface state of particles on pair interaction in a magnetic suspension | B. É. Kashevskii and V. A. Kuz’min |
| 179-181 | Boiling characteristics of emulsions with a low-boiling dispersed phase and surfactants | B. M. Gasanov, N. V. Bulanov and V. G. Baidakov |
| 182-190 | Two-phase film adsorption complicated by an irreversible first-order chemical reaction in the liquid phase in a unidirectional flow regime | V. N. Babak and T. B. Babak |
| 191-195 | Some energy characteristics of the process of heating of a porous layer by an incompressible liquid or gas flow | A. V. Kuznetsov |
| 196-201 | Development of liquid flow in a plane channel with moving permeable walls | G. A. Babadzhanyan, L. E. Danielyan and R. Zh. Mnatsakanyan |
| 202-207 | Study of space-time impurity distributions using A “Lumped-Capacitance” Scheme | A. I. Filippov and O. I. Korkeshko |
| 208-213 | Nonlinear oscillations of a bubble under various boundary conditions | S. N. Syromyatnikov |
| 214-217 | Evaporation of a highly volatile liquid on a rotary disk surface | A. A. Bulatov, N. Kh. Zinnatullin and S. G. Nikolaeva |
| 218-223 | Effect of the surface structure of a composite material on spatio-polarization characteristics of reflected radiation | V. A. Dlugunovich, E. A. Kruplevich, Yu. A. Kurochkin and V. N. Snopko |
| 224-227 | Monte Carlo simulation of electron heating in a one-dimensional GaAs-quantum conductor | V. M. Borzdov, O. G. Zhevnyak, F. F. Komarov and A. V. Khomich |
| 228-233 | On modulation of sound by sound | V. I. Krylovich and G. N. Byl’ |
| 234-236 | Thermodynamic properties of a fluid at high pressures | V. P. Dobrodeev and N. A. Mochalova |
| 237-243 | Influence of plasma-flux parameters on raw-material melting in the production of mineral microfibers | A. N. Laktyushin, V. L. Sergeev and I. V. Khvedchin |
| 244-249 | Dependence of thermal destabilization of electric-arc plasma in an air flow on discharge conditions | V. N. Borisyuk, S. V. Goncharik, L. E. Krat’ko, A. S. Olenovich and L. P. Podenok, et al. |
| 250-257 | Influence of the size factor on the accuracy of volt-ampere characteristics of a vortex electric-arc plasmatron with tubular electrodes | T. V. Laktyushina and O. I. Yas’ko |
| 258-261 | On reaction-sintering production of silicon carbide materials | L. N. D’yachkova, E. V. Zvonarev, V. M. Shelekhina and M. A. Isupov |
| 262-265 | Magnetotemperature waves in electrically conducting media | E. I. Nesis and S. E. Nesis |
| 266-277 | Evolution of homogeneous turbulence in a density-stratified medium. 2. Asymptotic analysis of final stage of decay | V. A. Babenko |
| 278-282 | Experimental and theoretical investigation of Taylor-Görtler instability in the boundary layer on a concave surface | A. A. Avramenko, S. G. Kobzar and A. A. Khalatov |
| 283-289 | The effectiveness of using one variant of the finite-element method for solving nonlinear nonstationary heat-conduction problems | V. A. Dutka |
| 290-296 | A method for solving the heat conduction problem for continuously discrete rod systems | V. P. Kravchenko and N. I. Shut |
| 297-303 | Conjugate heat transfer in moving filament bundles with arbitrary biot numbers | V. I. Eliseev and Yu. P. Sovit |
| 304-308 | Modeling of rolled-sheet cooling | A. M. Timofeev and A. A. Fyodorova |
| 309-314 | On the freezing time of cylinders and spheres | S. V. Frolov |
| 315-318 | An efficient method for solving diffusion equations | S. D. Algazin |
| 319-327 | Conservation laws and shock waves in the theory of relaxation heat transfer | O. N. Shablovskii |
| 328-331 | On the mechanisms of energy and momentum transfer | A. S. Okhotin and L. I. Zhmakin |
| 332-341 | Modeling of temperature field of “Besser“ concrete blocks under standard fire conditions | V. I. Nikolaev |
| 343-349 | Ways of increasing the accuracy of thermophysical measurements. 1. Increasing the accuracy of conventional methods | V. I. Krylovich |
| 350-355 | A process for production of porous elements with an asymmetric structure for tangential microfiltration of liquid media | V. M. Kaptsevich, L. P. Pilinevich, V. V. Savich and A. L. Rak |
| 356-363 | Effect of dispersion factors on decay regimes of short waves in a gas-saturated porous medium | A. M. Maksimov |
| 364-368 | Interpretation of stationary well investigations for gas-condensate fields | O. Yu. Dinariev |
| 369-374 | Optimum control of porous body heating by a flow of incompressible liquid (gas) | A. V. Kuznetsov |
| 375-378 | Influence of temperature-time heat treatment regimes on operating characteristics of oxide films as applied to copper capillary-porous structures | A. I. Rudenko and A. P. Nishchik |
| 379-382 | Structure of flow through an immovable granular layer | U. Dalabaev |
| 383-393 | The evolution of homogeneous turbulence in a density-stratified medium. 3. Analysis of the near region | V. A. Babenko |
| 394-398 | Enhancement of heat and mass transfer in a plane channel with turbulizers on one of the walls | V. I. Timoshenko, Yu. V. Knyshenko and Yu. G. Lyashenko |
| 399-402 | Numerical modeling of the process of emplying a tank with a cryogenic liquid | V. V. Volkov |
| 403-409 | Calculation of the emergency regimes of cryostats | Yu. L. Buyanov |
| 410-417 | Principles of the dynamic mechanism of unforced convection of continua under ordinary conditions | V. D. Evdokimov |
| 418-425 | On a simplified model of chemical kinetics near the detonation limits | V. V. Kondrashov |
| 426-432 | Rheological and hydrodynamic characteristics of high-concentration suspensions of water-soluble polymers | V. V. Tovchigrechko, N. A. Pokryvailo, T. V. Yushkina and B. A. Barbanel’ |
| 433-441 | Analysis of parameters of electric and magnetic phenomena accompanying explosion and shock processes | S. V. Demidkov |
| 442-445 | Space-time extents of optical distortions in the cylindrical active element of a high-power solid-state laser | K. V. Dubinin, V. V. Lobachev, S. Yu. Strakhov and A. V. Trilis |
| 446-453 | Calculation of a steady-state thermal regime in electron-beam autocrucible melting in the case of circular scanning with a beam | A. A. Berezovskii, Yu. V. Zheraovyi and M. T. Saichuk |
| 454-460 | Interphase heat transfer between low-temperature plasma and disperse materials in a plasma reactor | A. I. Mossé and D. Hebecker |
| 461-467 | Influence of interelectrode gap and magnetic induction on the voltage of an electric arc moving in air under the action of a magnetic field | V. A. Vashkevich, A. M. Esipchuk, T. V. Laktyushina and O. I. Yas’ko |
| 468-471 | A Model of thermal effects on the resistance of steels to cracking | V. E. Zhogolev and Yu. G. Romanov |
| 472-479 | Simulation of thermally stressed state and evaluation of the fire-resistance limit for a wall of “Besser” concrete blocks | S. L. Galkin, A. A. Malyshev and V. I. Nikolaev |
| 480-486 | The phenomenon of vibration transfer in two-component oscillating interacting systems | A. I. Filippov, V. A. Kotel’nikov and M. R. Minlibaev |
| 487-494 | Forced oscillations of three-layered rod with a liquid interlayer | B. É. Kashevskii |
| 495-501 | Friction-heat distribution in a rod-disk tribosystem | A. A. Evtushenko, O. M. Ukhanskaya and R. B. Chapovskaya |
| 502-506 | Experimental estimation of contact conditions in problems of mechanics of a solid deformable body | G. I. Kulakov |
| 507-510 | Calculation of the effect of evaporating drops on the relative law of heat exchange with a disperse mist flow | Yu. V. Zudin |
| 511-527 | Heat transfer and hydrodynamics in channels rotating about their axis | I. V. Shevchuk and A. A. Khalatov |
| 529 | To the readers of the journal of engineering physics and thermophysics | A. L. Mosse |
| 530-543 | Numerical modeling of electric arcs | J. A. Bakken, L. Gu, H. L. Larsen and V. G. Sevastyanenko |
| 544-549 | Statistical analysis of energy-transfer processes in magnetomovable arc | A. M. Esipchuk, N. I. Chubrik and O. I. Yas’ko |
| 550-558 | Heat transfer and plasmatron electrode erosion | A. Marotta, L. I. Sharakhovsky and V. N. Borisyuk |
| 559-566 | Experimental study of a heterogeneous plasma flow in a reactor with a multijet mixing chamber | V. D. Shimanovich, A. L. Mossé, L. E. Krat'ko, N. I. Chubrik and E. A. Ershov-Pavlov, et al. |
| 567-573 | Calculation of parameters of a cylindrical hydrogen electric arc from generalized relationships | A. F. Bublievskii |
| 574-577 | The effect of plasma-forming gas flow swirling on the energy characteristics of swirl plasmatrons | V. N. Borisyuk, N. A. Kostin and A. S. Olenovich |
| 578-580 | Heat fluxes in plasmatron channel | L. N. Panasenko |
| 581-585 | Generalization of characteristics of cascade electric arcs in various gases | A. F. Bublievskii |
| 586-592 | Production and properties of ultrafine inorganic powders in an electric arc plasma | G. P. Vissokov |
| 593-597 | Plasma-thermal processing of toxic halogen-containing organic waste | A. N. Knak, V. A. Kalitko, A. L. Mossé and S. A. Fyodorov |
| 598-604 | Synthesis of oxide catalysts by thermolysis of solutions in a plasma flow | P. N. Tsybulev, V. A. Pop, P. N. Voronin, I. V. Ocheretyanyi and N. V. Parkhomenko |
| 605-608 | Synthesis and regeneration of catalysts in electric arc plasma | G. P. Vissokov |
| 609-615 | Calculation of the filtering properties of a charged bed in a shaft process of plasmothermal treatment of radioactive waste | A. L. Mossé, V. A. Kalitko, A. Marotta and E. M. Ermolaeva |
| 616-619 | Analysis of the processes of heat and mass exchange in a slag-lined plasma reactor in production of microfibers from powder minerals | A. N. Laktyushin, V. L. Sergeev and I. V. Khvedchin |
| 620-624 | Non-self-maintained dischange plasma treatment of aqueous heavy-metal solutions | V. Ya. Chernyak, P. N. Tsybulev, S. V. Olszewski and P. N. Voronin |
| 625-630 | Multicriterion optimization of plasma processes | T. V. Laktyushina, A. N. Laktyushin and O. V. Zhilinskii |
| 631-638 | Use of electric-arc plasma for radioactive waste immobilization | L. I. Krasovskaya and A. L. Mossé |
| 639-648 | Problems of physical modeling of electric-arc discharges | O. I. Yas'ko |
| 649-654 | Studies of the three-dimensional structure of a pulsed periodic gas jet | V. S. Burak, S. V. Volkov, S. A. Labuda, O. G. Penyaz'kov and G. Sliwinski, et al. |
| 655-659 | Interaction between a stationary vortex tube and an infinite plane | V. A. Budarin |
| 660-667 | Mathematical model of the gas combustion rate in a vortex chamber | S. Nemoda |
| 668-673 | Boundary conditions in a multicomponent gas mixture flow past a volatile nonspherical surface at knudsen numbers 0.01 and 0.3 | E. I. Alekhin |
| 674-678 | Simulation of heat transfer in a conductive heat exchanger of loop heat pipes by a finite-element method | K. V. Makarenko, A. S. Tkachenko and V. A. Yakutenok |
| 679-682 | A mathematical model of extraction with a variable mass-transfer coefficient | V. V. Beloborodov and B. A. Voronenko |
| 683-690 | Diffusion model of longitudinal agitation in heat and mass transfer processes. 1. Classification of mass transfer processes-lst-level problems | V. V. Zakharenko and T. N. Azyasskaya |
| 691-695 | Steady-state vertical thermoelastic oscillations in a system of two plane-parallel layers with friction heat generation | D. V. Grilitskii and P. P. Krasnyuk |
| 696-698 | Influence of the “coefficient of thermal activity” of a wall on heat transfer in transient boiling | Yu. B. Zudin |
| 699-706 | Optimization of the process of continuous mass crystallization of salts from solutions | A. I. Moshinskii |
| 707-713 | Hydrodynamics of pipeline filling with cryogenic fluid | S. P. Gorbachyov and I. V. Gorlach |
| 714-717 | Law of vapor-bubble growth in a tube in the region of low pressures | Yu. B. Zudin |
| 718-728 | Diffusion model of longitudinal agitation in heat and mass transfer processes. problems of the 2nd level | V. V. Zakharenko and T. N. Azyasskaya |
| 729-734 | Investigation of thermal noise in a dynamic thermovacuum method for measuring moisture content of loose materials | V. I. Malaryov and R. M. Proskuryakov |
| 735-743 | Analysis of heat and mass transfer processes in systems of dynamic thermovacuum hydrometry | V. I. Malaryov and R. M. Proskuryakov |
| 744-748 | Statement and personal-computer-aided realization of the conjugate problem of heat transfer in a power-technological boiler with a moving bed of dispersed heat-transfer agent | L. D. Zabezhinskii, M. F. Prokhorova, V. V. Prokhorov, M. N. Mil'shtein and S. G. Stakheev |
| 749-752 | Structure and hydraulic resistance of a packed layer in annular channels | V. T. Kazazyan and V. M. Polyukhovich |
| 753-756 | Characteristics of the molecular structure of weakly conducting liquids in an electric field | Yu. M. Rychkov, L. V. Kropocheva and A. V. Esipok |
| 757-762 | An ion-dipole model of charge clusters in low-conductivity liquids | Yu. M. Rychkov |
| 763-768 | Spreading of a drop of an electrorheological suspension in an external field | E. V. Korobko, R. G. Gorodkin and V. V. Mel'nichenko |
| 769-772 | Some features of the magnetorheological effect | M. L. Levin, D. É. Polesskii and I. V. Prokhorov |
| 773-780 | Transport of a high-current relativistic electron beam by magnetic multipoles | A. I. Borodich and I. A. Volkov |
| 781-784 | Special features of the interferometry of radially loaded large glass laser matrices | V. V. Lobachev, S. Yu. Strakhov and A. V. Trilis |
| 785-787 | Nonstationary heating of particles by a plasma with an exponentially changing temperature | P. N. Tsybulev, A. I. Manevich, A. A. Pleskonos and N. V. Parkhomenko |
| 788-792 | The effect of a constant electric field on the combustion wave of self-propagating high-temperature synthesis. a model of a medium of interacting diffusion pairs | I. M. Kotin |
| 793-798 | Rayleigh numbers for critical instability levels in the case of isothermal three-component diffusion in a cylindrical channel | V. N. Kosov, S. M. Belov and Yu. I. Zhavrin |
| 799-804 | Some characteristics of ethylene glycol as a heat-transfer agent for closed two-phase systems | A. I. Rudenko, A. N. Gershuni and L. V. Kalabina |
| 805-813 | Application of the method of integral cross-sections for estimating the effective elastic properties of composite materials | V. V. Novikov and O. B. Papkovskaya |
| 814-819 | Cylindrical shell loaded by radial forces around circular regions | B. V. Nerubailo, V. P. Ol'shanskii and Yu. I. Selemeneva |
| 820-824 | Nonstationary gas discharge from a semiclosed cavity | A. V. Podanev and T. V. Podaneva |
| 825-828 | Monte carlo simulation of dose loads in forests of the chernobyl zone | I. A. Savushkin, E. I. Ravkova, O. B. Gurko, L. V. Komarovskaya and A. V. Luk'yanov |
| 829-839 | Review Bomb calorimeters for determination of the specific combustion heat of fuels | L. I. Vorob'yov, T. G. Grishchenko and L. V. Dekusha |
| 841-845 | Determination of thermophysical properties of partly pyrolyzed fire retardant-treated sawdust | I. P. Vasilenko, L. E. Evseeva, S. A. Tanaeva, N. K. Luneva and S. M. Arinkin |
| 846-852 | Nondestructive techniques for determining the thermophysical characteristics of materials by the instantaneous-heat-source method | B. A. Arutyunov, I. M. Grigorivker, A. I. Fesenko and V. V. Shteinbrekher |
| 853-859 | Study of forced convection in the presence of a liquid-porous-medium interface | A. V. Kuznetsov |
| 860-864 | Concentration polarization in pipe ultrafiltration | V. I. Baikov and O. M. Karatai |
| 865-872 | On propagation of linear waves in a cylindrical channel with a permeable wall | V. Sh. Shagapov and N. M. Khlestkina |
| 873-877 | Measurement of tangential friction in gas flows with solid particles | P. V. Ovsienko, L. I. Krupnik and V. G. Ainshtein |
| 878-882 | Calculations of turbulent jets with finely dispersed solid admixtures | E. F. Avdeev and I. A. Chusov |
| 883-888 | Numerical analysis of probability characteristics for temperature processes of fluidized-bed treatment of material | V. N. Tkachenko |
| 889-894 | Unsteady mass transfer of spherical particles | S. P. Rudobashta and É. M. Kartashov |
| 895-903 | On the theory of suppression of radionuclide and heavy metal transfer from soil to plants by the ameliorant. IV. calculation of binding energy of exchange ions in disperse systems. Optimal ameliorant application rate | P. P. Olodovskii |
| 904-911 | Diffusion model of longitudinal agitation in heat and mass transfer processes. 3. Third-level problems | V. V. Zakharenko and T. N. Azyasskaya |
| 912-917 | Development of a systems approach to the solution of physicochemical gasdynamics problems | V. N. Makarov |
| 918-926 | Model of fractionation and coalescence of gas bubbles in a turbulent liquid flow | V. A. Sosinovich, V. A. Tsyganov, B. I. Puris and V. A. Gertsovich |
| 927-935 | Concerning the alternating-sign dissipation of energy in a fluid with relaxing viscous stresses | O. N. Shablovskii |
| 936-940 | Heat and mass transfer in the case of sublimation in a gap between rotating disks | V. V. Faleev, S. V. Faleev and D. A. Firtych |
| 941-951 | A sink-flow theory of tornados | I. I. Smul’skii |
| 952-957 | Resistance reduction and stability improvement for helicopter-shipped loads when a leading separation zone is organized | S. A. Isaev and N. A. Sumovskii |
| 958-965 | Kinetic energy of isolated thermal vortices | V. A. Bubnov |
| 966-969 | Some properties of the contact of metals with liquid dielectrics | Yu. M. Rychkov, L. V. Kropocheva and A. V. Esipok |
| 970-976 | Contact phenomena in poorly conducting liquid media | Yu. M. Rychkov |
| 977-982 | Investigation of the effect of a microwave field on the curing process and properties of epoxy compositions | V. I. Dubkova, S. V. Bordusov, A. P. Dostanko, O. I. Maevskaya and M. M. Neverovich |
| 983-987 | Thermally stressed state and optical quality of a glass active medium of a powerful solid-state laser | A. V. Ivashchenko, V. V. Lobachev, S. Yu. Strakhov and A. V. Trilis |
| 988-996 | Modeling of ion-implanted arsenic diffusion in a polysilicon-silicon system | O. I. Velichko, F. F. Komarov, N. M. Lukanov, A. N. Muchinskii and N. L. Prokhorenko, et al. |
| 997-1000 | A technique for increasing the thermal stability of the pulse radiation power of injection lasers | K. N. Korostik, I. S. Manak and V. A. Shevtsov |
| 1001-1008 | Solution of nonlinear problem of combined heat transfer by different approximations of heat transfer equations on different-scale grids | A. V. Saplin |
| 1009-1012 | Plastic properties of matrix composites in bending | V. V. Novikov and O. B. Papkovskaya |
| 193-197 | Toward calculation of heat-engineering characteristics of two-phase thermosiphons filled with ethylene glycol I. Thermophysical properties of ethylene glycol | A. I. Rudenko, V. N. Savina, A. P. Nishchik and A. E. Koloskov |
| 198-201 | Toward calculation of heat-engineering characteristics of two-phase thermosiphons filled with ethylene glycol II. Heat-engineering characteristics | A. I. Rudenko, V. N. Savina, A. P. Nishchik and A. E. Koloskov |
| 202-213 | Two-phase absorption complicated by a second-order irreversible chemical reaction in a liquid phase under direct-flow conditions (solution for the fourth quadrant of a hydrodynamic plane) | V. N. Babak, T. B. Babak and L. P. Kholpanov |
| 214-216 | An anomalous change in the supercooling of vapor in spontaneous condensation | Yu. Ya. Kachuriner |
| 217-220 | Boiling of liquid in the cell of a jet printer | Yu. B. Zudin |
| 221-224 | Effect of evaporation on the dynamics of falling drops | V. A. Naumov |
| 225-233 | Modeling of heat and mass transfer in capillary-porous materials | P. V. Akulich and N. N. Grinchik |
| 234-236 | Shrinkage phenomena in drying of natural organomineral dispersions | S. N. Gamayunov and O. S. Misnikov |
| 237-240 | Filtration in the face zone of an oil pool with abnormally high seam pressure | A. V. Kosterin, P. N. Lebedev and E. V. Skvortsov |
| 241-247 | Structure of polymer networks as a percolation system | G. V. Kozlov, V. U. Novikov, M. A. Gazaev and A. K. Mikitaev |
| 248-253 | Development of horizontally oriented crystallization of high-melting dielectric single crystals | Kh. S. Bagdasarov and L. A. Goryainov |
| 254-262 | A study of macroliquation in solidification of a thin strip of a binary mixture produced by continuous casting | A. V. Kuznetsov |
| 263-268 | A front problem concerning the decomposition of gas hydrates in natural strata on exposure to high-frequency electromagnetic radiation | V. Sh. Shagapov and V. R. Syrtlanov |
| 269-274 | Hyperthermia of cylindrical biotissue samples by microwave electromagnetic radiation | Z. P. Shul’man, G. Ya. Slepyan, T. L. Popkova and A. A. Makhanyok |
| 275-278 | Radiation of the inner surface of a perforated circular cone | S. N. Shevchenko and A. P. Makarov |
| 279-283 | Nonlinear distribution model of ions implanted at high doses | A. L. Danilyuk |
| 284-287 | Reflectionless absorption of electromagnetic radiation in polar mixtures | R. M. Kasimov, M. A. Kalafi, Ch. O. Kadzhar and E. R. Kasimov |
| 288-294 | Investigation of moisture transfer through polymer films under the action of an electric field | I. M. Panchenko and B. S. Kolupaev |
| 295-300 | Optimal management of the parameters of a focusing field for obtaining a minimum-emittance beam | A. I. Borodich and I. A. Volkov |
| 301-307 | Simulation of the oxidation kinetics of NOx in a gas discharge | O. V. Petrova, A. P. Chernukho, P. I. Porshnev and S. A. Zhdanok |
| 308-312 | Adaptation of a turbulent boundary layer on a convex sufrace | E. É. Ikonnikova, A. V. Kuz’min and A. A. Khalatov |
| 313-319 | Resonance gas oscillations in a tube with an open end under weakly developed turbulence | R. G. Galiullin, E. R. Galiullina and E. I. Permyakov |
| 320-325 | Features and efficiency of interphase heat and mass transfer with a pulsation organization of the process | A. I. Nakorchevskii |
| 326-333 | Mathematical simulation of fluid flow in hydraulic drives of apparatuses | M. M. Chuiko and V. D. Zakhartseva |
| 334-339 | Turbulent isentropic flows | V. A. Bubnov |
| 340-346 | The frequency-pulse method for determining the thermophysical characteristics of solid materials | A. I. Fesenko and S. S. Matashkov |
| 347-353 | Analytical and numerical solution of the problem of meteoroid motion in terrestrial atmosphere | N. A. Kudryashov and E. A. Mukhai |
| 354-358 | Problems arising in applications of counterflow difference schemes in engineering calculations of contamination of shallow reservoirs | L. A. Krukier and L. G. Chikina |
| 359-367 | Thermal slip for a gas with collision frequency proportional to the velocity of molecules | A. V. Latyshev and A. A. Yushkanov |
| 368-379 | Towards a solution of the problem of local effects on cylindrical shells-panels | B. V. Nerubailo, V. P. Ol’shanskii and Yu. I. Selemeneva |
| 381-386 | Heat and mass transfer between local combustion sites in metallic powder preforms under thermal-explosion conditions | V. D. Zozulya |
| 387-392 | Steel density change under superdeep-penetration conditions | S. K. Andilevko, E. A. Doroshkevich, S. S. Karpenko, S. M. Usherenko and V. A. Shilkin |
| 393-397 | Hydrodynamic model of superdeep penetration of absolutely solid axisymmetric particles into a seminfinite metal target | S. K. Andilevko |
| 398-406 | Simulation of nonisothermal moisture transfer and stresses in wood in drying | P. V. Akulich and K. -E. Militzer |
| 407-411 | Design of a heater for drying articles made of current-conducting materials | V. A. Lashkov, T. G. Khasanov and R. G. Safin |
| 412-419 | Internal stresses, rheology, and structure formation in drying of a concentrated disperse system | V. A. Minenkov |
| 420-428 | Engineering calculation of the characteristics of a filtration-combustion wave based on a one-dimensional two-temperature model | K. V. Dobrego and S. A. Zhdanok |
| 429-436 | Propagation of acoustic waves in unsaturated porous media | A. M. Maksimov |
| 437-442 | Thermal conductivity and quasihomogeneity criterion of disperse materials | G. G. Spirin, N. Yu Nenarokov and K. N. Leshchinskii |
| 443-449 | Heat transfer in a circulating fluidized bed | Yu S. Teplitskii |
| 450-455 | Method of splitting of physical factors for nonsolenoidal motion of gas-liquid media | S. E. Samokhvalov |
| 456-464 | Rise of an air bubble (a thermal) in the atmosphere | L. G. Kaplan and E. I. Nesis |
| 465-469 | Breakup of drops in a pipeline | L. P. Pergushev and V. P. Tronov |
| 470-473 | Temperature field in a heat-transfer wall with a thin liquid film evaporating periodically from its surface | Yu B. Zudin |
| 474-480 | Numerical investigation of the effect of a recess on the characteristics of a pulsating gas flow | A. N. Antonov, M. A. Antonov, I. A. Graur, L. V. Kosarev and B. N. Chetverushkin |
| 481-487 | Numerical study of the eddy mechanism of enhancement of heat and mass transfer near a surface with a cavity | S. A. Isaev, A. I. Leont’ev and A. E. Usachev |
| 488-492 | Effect of the molecular weight of polyethylene oxide on the dynamics of reduction of resistance | V. M. Kulik |
| 493-499 | Particle growth in laser radiation-induced chemical deposition of a substance from the gas phase | V. V. Levdanskii, P. Moravec and I. Smolik |
| 500-505 | Ultrafiltration in a pipe filter with gelation | V. I. Baikov and O. M. Karatai |
| 506-512 | Mathematical models and program packages for calculating pollutant transport in the atmosphere | V. I. Nikolaev, V. P. Mironov, V. G. Kompel and S. N. Yatsko |
| 513-518 | New system of standard exergies of chemical elements. I. Standard exergies of ionogen elements | G. F. Pinaev |
| 519-524 | Unsteady-state thermophysical models for detection of physiological and pathological conditions of the kidney by methods of active dynamic IR thermography | V. I. Sigal and T. E. Shumakova |
| 525-528 | Correlation between some hemorheological indices and parameters of erythrocyte hemolysis in patients with autoimmune hemolytic anemia | L. I. Ershova, Z. M. Likhovetskaya, G. N. Kurbanova and N. A. Gorbunova |
| 529-531 | Hemorheological disorders in hemophiliacs | Z. M. Likhovetskaya, L. I. Ershova, G. N. Kurbanova, I. A. Tentsova and N. A. Gorbunova, et al. |
| 532-535 | Calculation of the gate current due to injection of hot electrons into the subgate oxide of a submicrometer mos field-effect transistor | V. M. Borzdov, N. P. Boreiko, V. O. Galenchik, O. G. Zhevnyak and F. F. Komarov |
| 536-540 | Electromotive force and efficiency ratio of anisotropic optical thermoelements | A. A. Ashcheulov, I. V. Gutsul and A. I. Rarenko |
| 541-542 | Spatial distribution of temperature and temperature instability of a thermoelement | M. B. Nabiev, Kh. U. Olimov, R. Ya Rasulov and A. Kodirov |
| 543-545 | Site of origination of shock waves on exposure of metal targets to high-current electron beams | G. M. Novik, A. I. Pobitko and L. I. Sal’nikov |
| 546-550 | Mathematical model of induction heating of a cylinder for computer-aided manufacturing (CAM) | V. G. Kunshchikov |
| 551-559 | Method for calculating the spectrum of scattered photons under conditions of aerial| 560-564 | Bending of a rib, supporting the edge of a plane thin body, by a concentrated force | B. V. Nerubailo, V. P. Ol’shanskii and Yu I. Selemeneva |
| 565-572 | Numerical solution of stefan problems by the method of green functions | Yu V. Zhernovyi and M. T. Saichuk |
|
| 753-756 | Ultra- and microfiltration in a cell without mixing | V. I. Baikov, N. N. Luchko and T. V. Sidorovich |
| 757-766 | Pulsers with a variable geometry of the working volume and the effect of processed composites on the dynamic characteristics of pulsers | A. I. Nakorchevskii, B. I. Basok and A. I. Chaika |
| 767-770 | Linear front dynamics of sorption in the inlet section of a layer of sorbent | A. V. Larin and K. E. Polunin |
| 771-777 | Heat and mass transfer in condensation of water vapor from moist air | V. I. Terekhov, V. V. Terekhov and K. A. Sharov |
| 778-781 | Free-efflux velocity of a loose material in an electric field | A. I. Tsaturyan |
| 782-787 | Heat transfer between a circulating fluidized bed and extended surfaces: Account for pressure and temperature effects | Yu. S. Teplitskii |
| 788-794 | Features of the method of irregular thermal regime in studies of the thermal conductivity of solids | O. V. Belyaev, G. G. Spirin, V. F. Formalev and N. Yu. Nenarokov |
| 795-802 | Use of the integro-interpolation method for construction of difference equations for determination of thermal properties and unsteady-state heat fluxes | Yu. I. Azima |
| 803-806 | Interrelationship of thermophysical and electrophysical properties of PVC systems | V. S. Kolupaev, N. A. Bordyuk, V. A. Sidletskii and V. A. Mashchenko |
| 807-810 | Temperature oscillations and their interactions with oscillations of a different physical nature | S. E. Nesis |
| 811-836 | A closed equation for the joint probability density function of the magnitudes of fluctuations of a turbulent scalar reacting field and its gradient | V. A. Sosinovich, V. A. Babenko and Yu. V. Zhukova |
| 837-841 | Natural convection of an electrically conducting fluid in a spherical layer. 1. Formulation of the problem | S. V. Solov’ev and S. V. Kuznetsov |
| 842-846 | Calculation of symmetric and nonsymmetric drainage of a liquid from a volume on the basis of the Navier-Stokes equations | A. A. Prikhod’ko |
| 847-851 | The possibility of passing to a one-dimensional hydrodynamic model in the problem of control of the mirror of a magnetoelectric laser scanner with hydraulic damping | I. V. Uskov and A. F. Leonov |
| 852-857 | Calculation of the wind action on a cooling tower in the presence of devices for equalizing the ground flow | V. V. Bungov, S. A. Isaev and V. B. Kharchenko |
| 858-865 | Calculation of detached flow along a profile of intricate shape in the presence of a mobile shield based on the use of N-shaped orthogonal grids | S. Ya. Grabarnik and S. A. Isaev |
| 866-873 | Influence of internal response on the critical conditions of heat and mass transfer of carbon particles | V. V. Kalinchak, V. I. Sadkovskii and S. G. Orlovskaya |
| 874-877 | Generation of bremsstrahlung by an electron beam | G. V. Miloshevskii |
| 878-885 | Simulation of a gallium arsenide running wave amplifier with a schottky barrier by the monte carlo method | A. Jelenski, I. E. Tralle and V. A. Sizyuk |
| 886-888 | Thermal and mechanical loading of the anode grid of an shf generator with a virtual cathode operating under pulsed-periodic conditions | A. E. Dubinov, V. D. Selemir, V. A. Sidorova, N. I. Sel’chenkova and V. L. Sel’chenkov |
| 889-892 | Qualitative properties of optimum acoustic structures | E. L. Gusev |
| 893-897 | Heating of cylindrical bodies in furnaces for rolled production | V. B. Kovalevskii and I. A. Koval’kova |
| 898-905 | Use of the method of green functions for numerical solution of multidimensional stefan problems | Yu. V. Zhernovyi and M. T. Saichuk |
| 906-916 | Theoretical substantiation of the possibility of inducing a ponderomotive thermodynamic force in a solid and a gas | O. V. Minin |
| 917-923 | Application of isothermal surfaces for calculation of unsteady heat transfer processes | M. Ya. Brovman |
| 1-6 | Heat exchange of dynamic powder beds with a heat-transfer surface. I. A helical screw conveyer and a horizontal rotating cylinder | D. S. Pashkevich, Yu. I. Alekseev, A. A. Moiseenko and S. M. Radchenko |
| 7-10 | Heat exchange of dynamic powder beds with a heat-transfer surface. II. A dust-laden gas flow | D. S. Pashkevich, V. N. Krasnokutskii, V. B. Petrov and V. L. Korolev |
| 11-17 | Some aspects of the stability of vertical pneumotransport of solid particles | Yu. S. Teplitskii and V. I. Kovenskii |
| 18-23 | Modeling of nitrogen oxide release in coal combustion | B. S. Repić, Ž. G. Kostić, M. P. Martinović and A. B. Gaiger |
| 24-29 | Entropy analysis of filtration flows | I. M. Ametov |
| 30-36 | Ultrafiltration in a plane channel with one permeable surface | V. I. Baikov and P. K. Znovets |
| 37-42 | Absorption of particles in filters of water-pipeline purification works | G. D. Reznikov |
| 43-49 | Mathematical modeling of evaporative cooling of water films in water-cooling towers | A. I. Petruchik and S. P. Fisenko |
| 50-54 | Burn-out of a liquid under conditions of natural convection | Yu. B. Zudin |
| 55-61 | A mathematical model of erythrocyte sedimentation in capillaries | I. V. Yamaikina and É. V. Ivashkevich |
| 62-67 | Analytical calculation of the conductivity of highly heterogeneous media with allowance for percolation phenomena | A. M. Mandel |
| 68-72 | Modeling grain growth by the monte carlo method on isotropic grids | M. Yu. Al’es, A. I. Varnavskii and S. P. Kopysov |
| 73-78 | Numerical implementaion of a freezing-front model for water-saturated media that includes the dependence of the phase-transition temperature on the pressure and concentration | B. N. Pavlov and E. E. Petrov |
| 79-83 | Temperature field of a two-layer cylinder with volumetric heat sources and nonstationary boundaries | A. K. Sokolov |
| 84-91 | Nonlinear properties of the temperature gradient in problems of wave heat transfer with moving boundaries | O. N. Shablovskii |
| 92-99 | Ejection-induced change in the structure of a turbulent wake | V. L. Zhdanov |
| 100-105 | Scattering of radiation in an anisotropic turbulent medium | E. I. Lavinskaya, E. F. Nogotov and N. A. Fomin |
| 106-108 | Investigation of the effect of moisture on polymer composites by the method of thermogravimetry | T. A. Starzhenetskaya and N. N. Davydova |
| 109-120 | Effect of the PLAZMAZER plasma ignition system on the fuel combustion regimes in combustion chambers of engines | V. P. Vovk, A. A. Egorov and V. N. Shkatulo |
| 121-124 | Mathematical simulation of the bleeding-in of a gas into a tokamak reactor | O. N. Aleksandrova and N. V. Pashatskii |
| 125-128 | Strength characteristics of coatings in electric-arc metallization | M. S. Tret’yak and V. V. Chuprasov |
| 129-134 | Volt-ampere characteristics of a longitudinally blown self-adjusting ARC in plasma generators with a rod cathode | A. M. Esipchuk, L. P. Podenok, E. I. Yurinok and O. I. Yas’ko |
| 135-141 | Calculation of the temperature field in laser irradiation of a laminar composite | A. A. Evtushenko, E. G. Ivanik and S. J. Matysiak |
| 142-144 | Formation of a film-substrate interface in the silicon-diamond system | L. O. Meleshko |
| 145-151 | Extraction from solid materials in an electromagnetic field of superhigh frequencies | V. V. Beloborodov |
| 152-157 | The problem of monitoring the leakage of a heat carrier | I. A. Zhvaniya and V. G. Kashiya |
| 158-161 | A device for uniaxial orientation of gelatinous media and for measuring the anisotropy of their physical properties | A. S. Prishchepov and S. G. Prokopenko |
| 162-166 | Calculation of working loads and evaluation of the service life for icebreaker stern bearings | B. F. Klochkov and V. G. Muramovich |
| 167-169 | Stationary temperature mode of an anisotropic thermoelectric refrigerator based on the Bridgeman effect | V. G. Okhrem |
| 170-175 | A thermal problem of friction for a half-space with a crack | A. A. Evtushenko and V. M. Zelenyak |
| 369-373 | Determination of the thermal conductivity of foam aluminum | A. N. Abramenko, A. S. Kalinichenko, Y. Burtser, V. A. Kalinichenko and S. A. Tanaeva, et al. |
| 374-380 | Measurement of the thermal activity of dielectric liquids with an accuracy of ∼ 104 | P. V. Lebedev-Stepanov and G. G. Spirin |
| 381-383 | Experimental investigation of air cooling of a conductive calorimeter | L. I. Vorob’ev, T. G. Grishchenko and L. V. Dekusha |
| 384-391 | Thermal conductivity of caproic acid esters at high pressures as a function of the temperature | R. A. Mustafaev, M. A. Guseinov and T. P. Musaev |
| 392-395 | Hydrodynamics of two-chamber vortex dryers with counter-colliding twisted flows of a gaseous suspension | A. V. Akulich |
| 396-400 | A modified quasistationary method of describing the kinetics of drying of hygroscopic materials | G. I. Efremov |
| 401-408 | Application of numerical methods in solving problems of interrelated heat and mass transfer and transformation of structure in easily deformable natural systems | V. A. Sychevskii |
| 409-411 | Physical features of acoustic drying of wood | V. N. Glaznev, I. V. Koptyug and Yu. G. Korobeinikov |
| 412-421 | Transition from the regime of low rates of filtration combustion of gases to the regime of high rates with a pressure increase | K. V. Dobrego, S. A. Zhdanok, A. V. Krauklis, E. I. Khanevich and A. I. Zaruba |
| 422-429 | Numerical simulation of the hemodynamics and biomechanics of the arterial system | A. S. Podol’tsev and Z. P. Shul’man |
| 430-437 | Bubble growth rate and phenomenon of degenerate boiling of a fluid in the form of film vaporization | A. R. Dorokhov and V. I. Zhukov |
| 438-444 | Model of heat transfer in bubble boiling | Yu. B. Zudin |
| 445-454 | Numerical modeling of droplet deposition in channels of intricate shape | É. F. Shurgal’skii and I. Kh. Enikeev |
| 455-458 | Distribution of the parameters over the vertical in a break-through wave | M. I. Abu-Khalava and M. T. Gladyshev |
| 459-463 | Break-through wave over a deformable bottom | M. I. Abu-Khalava and M. T. Gladyshev |
| 464-468 | Vibrational processes in mechanical systems | M. D. Martynenko, N. A. Dokukova and L. I. Boiko |
| 469-473 | Displacement of bodies with tossing on a vibrating surface | N. A. Dokukova and M. D. Martynenko |
| 474-476 | Waves in charged thin plates | I. N. Aliev, O. V. Gur’yanova and V. Yu. Temlyantsev |
| 477-481 | Numerical solution of the problem of diffusion of a low-molecular weight substance in a polymer material with a moving phase boundary | G. A. Aminova, G. V. Manuiko, G. S. D’yakonov and V. F. Sopin |
| 482-490 | Skew shock wave at the interface of two media | S. K. Andilevko |
| 491-495 | Glancing shock wave as a limiting case of irregular reflection | S. K. Andilevko |
| 496-502 | Erosion of steels and alloys in their collision with a flux of abrasive particles | L. I. Urbanovich and E. M. Kramchenkov |
| 503-510 | Determination of the temperature field of a metal barrier in collision with an erodent particle | L. I. Urbanovich and E. M. Kramchenkov |
| 511-523 | Natural convection of the earth liquid core in the presence of internal heat sources | S. V. Solov’ev |
| 524-533 | Special features of the processes of heat and mass transfer under a shelf glacier | O. V. Nagornov and O. V. Sergienko |
| 534-549 | A method of paired integral equations in the region of laplace transforms for solving nonstationary heat conduction problems with mixed discontinuous boundary conditions | N. I. Yurchuk, V. P. Kozlov and P. A. Mandrik |
| 550-553 | Numerical modeling of the effect of improving the aerodynamic efficiency of profiles due to the suction in vortex cells | P. A. Baranov, S. A. Isaev, Yu. S. Prigorodov and A. G. Sudakov |
| 554-560 | Modeling of the return of turbulence to an isotropic state | E. P. Sukhovich |
| 561-563 | Cleaning of air of ethyl acetate impurity with the aid of a pulsed corona discharge | S. A. Zhdanok, A. I. Zaruba, N. A. Zarutskaya, A. V. Krauklis and A. N. Ovcharenko, et al. |
| 564-568 | Equilibrium and kinetic properties of an atomic-molecular plasma | Yu. A. Vyzhol, I. A. Mulenko and A. L. Khomkin |
| 569-571 | Influence of electric-current pulses on the operation of sources of twinning dislocations in bismuth single crystals | O. M. Ostrikov |
| 572-577 | Multisalt-carbon chemical cooler for space applications | L. Vasil’ev, D. Nikanpour, A. Antukh, K. Snelson and L. Vasil’ev, et al. |
| 579-585 | Calculation of temperature fields and thermal conductivity in structurized systems | G. P. Brovka and V. A. Sychevskii |
| 586-589 | Study of the processes of mechanical-thermal treatment of food dispersed materials | V. A. Shulyak and D. I. Berezyuk |
| 590-598 | Kinetics of the wood impregnation process. Modeling and experiment | M. A. Brich, V. P. Kozhin and V. K. Shchitnikov |
| 599-605 | Stability of filtration combustion in a cylindrical radiation heater with a porous working medium | K. V. Dobrego, S. A. Zhdanok, A. V. Krauklis, E. I. Khanevich and A. I. Zaruba, et al. |
| 606-611 | Identification of the vortex mechanism of front stabilization in modeling of asymmetric flow of an incompressible fluid along a cylinder with a protruding disk | V. K. Bobyshev, S. V. Guvernyuk and S. A. Isaev |
| 612-616 | Use of carbon fibrous sorbent in an adsorption refrigerator | V. M. Khaustov |
| 617-622 | Effect of coriolis forces on nonstationary incompressible viscous liquid flow in a channel | G. V. Dashkov and V. D. Tyutyuma |
| 623-627 | Hydrodynamic drag of a hydrosol spheroid-shaped particle heated by internal heat sources at small Reynolds numbers | N. V. Malai |
| 628-634 | Self-oscillating process of heat exchange with periodic intensity | Yu. B. Zudin |
| 635-643 | Simulation of correlation of shear rates with pressure fluctuations in the equation for Reynolds stresses | E. P. Sukhovich |
| 644-649 | Numerical analysis of the wind regime in the neighborhood of Pulkovo airport | S. A. Isaev, L. Yu. Belousova and P. A. Baranov |
| 650-657 | Rise of an elipsoidal air bubble (a thermal) in the atmosphere | L. G. Kaplan, E. I. Nesis and A. P. Yakshin |
| 658-668 | Modeling of the impact dynamics of large meteoric bodies on the surface of the planet | F. N. Borovik, G. S. Romanov and A. S. Smetannikov |
| 669-672 | Critical angle of regular interaction upon collision of two unidentical strong skew shock waves in a gas with a constant polytropic index | S. K. Andilevko |
| 673-681 | Interaction of two nonidentical converging skew shock waves in a gas with a constant polytropic index | S. K. Andilevko |
| 682-686 | Ideal tensile strength of metals on the basis of a generalized Van der Waals equation | M. M. Martynyuk |
| 687-692 | Special features of the temperature mode of steel parts in surface-strengthening grinding | M. L. German, M. S. Zheludkevich and V. D. Efremov |
| 693-701 | Nonlinear physical characteristics of a high-voltage electric discharge in a two-phase liquid | K. Kusaiynov and S. E. Sakipova |
| 702-708 | Effective absorption coefficient of a selective medium within a finite spectral range with regard for scattering | M. L. German, D. Lempert, V. P. Nekrasov, E. F. Nogotov and S. Rozin |
| 709-712 | Evaluation of the selective absorption band of waves in a two-layer dielectric-metal system | É. R. Kasimov, M. A. Sadykhov, R. M. Kasimov and Ch. O. Kadzhar |
| 713-714 | Qualitative analysis of the possibility of ignition of controllable thermonuclear fusion | B. A. Barikhin |
| 715-717 | Current-voltage characteristics of a three-phase one-chamber alternating current plasmatron | V. B. Kovshechnikov |
| 718-721 | Study of the properties of magnetorheological suspensions based on amorphous magnetic powders | G. N. Baranov, S. S. Grabchikov, S. Jacobs, N. A. Zhuravskii and D. E. Polesskii, et al. |
| 722-728 | Behavior of a system of uniaxial ferroparticles in a rotating liquid matrix | B. É. Kashevskii |
| 729-735 | Similarity of transfer processes in disperse systems with suspended particles | Yu. S. Teplitskii |
| 736-743 | Analysis of the efficiency of rectifying plates in cross motion of phases | V. N. Pavlechko |
| 744-747 | Modeling of paraffin deposition in flow of a gas-oil mixture in tubes | V. Sh. Shagapov and N. G. Musakaev |
| 748-754 | Alternative form of generalized transfer laws | V. A. Étkin |
| 755-765 | Conjugate problems of unsteady heat and mass conduction under varying external conditions | A. I. Nakorchevskii |
| 766-770 | Thermal model “melt-nucleus” and study of the characteristics of the transition zone under the effect of the electronic structure of the 3| 771-775 | Three-dimensional computer modeling of cooling of a casting and selection of the runner of a gating system based on the heat conduction equation | A. N. Chichko and Yu. V. Yatskevich |
| 776-784 | Vortex motions of solid media in dynamic problems of the elasticity theory | V. A. Andrushchenko, V. A. Goloveshkin and N. N. Kholin |
|
| 785-793 | Thermal conductivity of nitrogen at high pressures and atmospheric pressure: Refinement of generalized data | O. A. Kolenchits |
| 794-807 | New integral representations of analytical solutions to boundary-value problems of nonstationary transfer in regions with moving boundaries | É. M. Kartashov |
| 808-814 | Method of canonical elements for modeling transfer processes in multiply connected regions of an arbitrary shape | N. I. Nikitenko and Yu. N. Kol’chik |
| 815-820 | Concerning the equations of the acoustics of moving media | A. I. Shnip |
| 821-826 | Level recovery curve in the relaxation theory of filtration | O. Yu. Dinariev |
| 827-832 | Limit form of the equation of anisotropic heat conduction in a layer | A. I. Moshinskii |
| 833-840 | Solution of a problem concerning the distribution of gas molecules in a layer with mirror boundary conditions | A. V. Latyshev and G. V. Slobodskoi |
| 841-844 | Viscoelastic properties of magnetorheological fluids | V. I. Kordonskii, S. A. Demchuk and V. A. Kuz’min |
| 845-850 | Dynamic characteristics of hydraulic brake devices with magnetorheological control | A. V. Luk’yanovich, D. É. Polesskii and I. V. Prokhorov |
| 851-855 | Numerical modeling of filling of an axisymmetric channel with a nonlinear viscoplastic fluid with allowance for the π-effect | K. A. Chekhonin and P. A. Sukhinin |
| 856-864 | Modeling of equation for the dissipation rate of Reynolds stresses | E. P. Sukhovich |
| 865-870 | Dynamic characteristics of pulsating turbulent flow of compressible gas in a channel | E. P. Valueva |
| 871-875 | Aerodynamic excitation of same-type narrow-band pulsations in various technical devices | V. A. Vishnyakov, V. G. Zasetskii, R. K. Karavosov, A. G. Prozorov and L. I. Sokolinskii |
| 876-883 | Approximate method for calculating turbulent two-phase flow in a channel with permeable walls | K. N. Volkov and V. N. Emel’yanov |
| 884-890 | Vehicular applications of solid sorbents for natural gas storage | L. L. Vasil’ev, L. E. Kanonchik and D. A. Mishkinis |
| 891-895 | Gel formation in ultrafiltration in a plane channel with one permeable surface | V. I. Baikov and P. K. Znovets |
| 896-899 | Effect of wall-temperature distribution on heat transfer in centrifugal flow in the gap between parallel rotating disks | I. V. Shevchuk |
| 900-904 | Effect of scattering on the contour of the radiation line of a plane layer of a selective medium | M. L. German, D. Lempert, V. P. Nekrasov, E. F. Nogotov and S. Rozin |
| 905-914 | Calculation of radiative transfer in nongray gas using a narrow-band model and Monte Carlo simulation | M. Cherkaoui, M. Asbik and A. Khmou |
| 915-919 | Thermophysical effects in photodynamic tumor therapy | V. N. Bidnenko and V. L. Sigal |
| 920-926 | Numerical analysis of the effect of laser radiation on the plasma of a welding arc | V. N. Startsev |
| 927-934 | Modeling of a direct-current arc in a plasmatron with step electrodes | A. F. Bublievskii, O. I. Yas’ko and E. I. Yurinok |
| 935-938 | Effect of irradiation by boron ions on the character of realization of twinning and slip under prolonged (more than 60 sec) loading of single crystals of bismuth | O. M. Ostrikov |
| 939-946 | Analysis of highly efficient methods of treatment in design of technological complexes | L. M. Akulovich, L. M. Kozhuro, M. L. Kheifets and E. Z. Zeveleva |
| 947-949 | Minimization of mismatch in metal holding in reverbatory furnaces | V. B. Kovalevskii and S. M. Kozlov |
| 950-954 | Hardness of coatings of various filler materials in electric-arc metallization | M. S. Tret’yak and V. V. Chuprasov |
| 955-962 | Evaluation of the contact temperature and wear of a composite friction pad in braking | A. A. Evtushenko and E. G. Ivanik |
| 963-971 | Friction of solid bodies with formation of a melt layer | A. A. Shugai |
| 972-975 | Increasing the performance characteristics of a cutter used to saw diamond crystals | V. K. Goncharov, M. G. Kiselev, V. T. Minchenya and M. V. Puzyrev |
| 976-982 | Piezoelectric effect in composite implants for replacement of bony tissue | V. I. Dubkova, V. I. Alekseenko, O. P. Chudakov, A. V. Glinnik and O. I. Maevskaya |
| 983-991 | Influence of weather conditions on the power of heat removal by the emergency cooling system of a reactor | L. I. Kolykhan, Yu. V. Klimenkov, Ya. A. Golubnichii, P. P. Khramtsov and V. S. Burak, et al. |
| 992-999 | Heat and mass exchange in combustion of a liquid combustible material in a room with an open aperture | S. V. Puzach |
| 1000-1007 | Concerning self-excited oscillations in frontal combustion of a fuel mixture in a resonator with lumped parameters | V. N. Gladyshev |
| 1008-1013 | Hydrodynamics of a circulating fluidized bed | Yu. S. Teplitskii and V. I. Kovenskii |
| 1015-1016 | Foreword | G. S. Romanov and N. V. Pavlyukevich |
| 1017-1024 | Wide-range equations of state of granite and water with allowance for evaporation, dissociation, and ionization | F. N. Borovik and G. S. Romanov |
| 1025-1029 | Theoretical study of the curve of the melting point of iron with allowance for ionization by pressure | F. N. Borovik and G. S. Romanov |
| 1030-1038 | Calculation of thermodynamic and optical properties of the vapors of cosmic bodies entering the earth’s atmosphere | I. B. Kosarev |
| 1039-1046 | Calculation of the optical characteristics of a multicomponent multiply charged plasma | G. S. Romanov and V. I. Tolkach |
| 1047-1053 | Calculation of radiation characteristics of diatomic and some triatomic molecules | G. S. Romanov and V. I. Tolkach |
| 1054-1058 | Average absorption coefficients and mean free paths of radiation of the continuous spectrum in the region of multiple and total ionization | S. I. Kas’kova and G. S. Romanov |
| 1059-1064 | Averaging of the equations of thermal-radiation transfer in a plasma | S. I. Kas’kova and G. S. Romanov |
| 1065-1074 | Integral transfer of radiation of the actual spectrum in problems of radiative plasmadynamics | K. L. Stepanov, L. N. Panasenko, G. S. Romanov, Yu. A. Stankevich and L. K. Stanchits |
| 1075-1082 | Modeling of solar-radiation transfer in the spherical system of atmosphere-earth’s surface | A. B. Gavrilovich, G. S. Romanov and V. P. Busygin |
| 1083-1089 | Mathematical modeling of the passage of the nucleonic-nuclear component of cosmic radiation through the earth’s atmosphere | G. V. Miloshevskii and G. S. Romanov |
| 1090-1098 | Self-similar solutions of one-dimensional problems of gas filtration with a quadratic resistance law | N. A. Kudryashov and A. F. Shevyakov |
| 1099-1106 | Formation of a snow-firn layer in surface melting of snow | N. A. Kudryashov, I. K. Alekseeva and O. V. Nagornov |
| 1107-1110 | Experimental modeling of the breakup of meteoroids in the earth’s atmosphere | G. S. Romanov, M. S. Tret’yak and V. V. Chuprasov |
| 1111-1120 | Radiation of strong shock waves propagating in the earth’s atmosphere | K. L. Stepanov, Yu. A. Stankevich and L. K. Stanchits |
| 1121-1130 | Numerical simulation of a hypersonic gas flow past cosmic bodies during their passage through dense atmospheric layers | V. E. Okunev and G. S. Romanov |
| 1131-1141 | Numerical study of asteroid impact on the earth’s surface with allowance for gravitation and radiation energy transfer | G. S. Romanov and A. S. Smetannikov |
| 1142-1147 | Mathematical simulation of gravitational waves in the ocean in the approximation of “shallow water” | N. A. Kudryashov, Yu. I. Syts’ko and S. A. Chesnokov |
| 1148-1154 | Numerical modeling of gravitational waves in the ocean by the double-layer potential method | N. A. Kudryashov and Yu. I. Syts’ko |
| 1155-1163 | Modeling of cylindrically symmetric wave structures in the ocean | N. A. Kudryashov, A. A. Matveev and Yu. I. Syts’ko |
| 1164-1169 | Experimental modeling of volcanic ejection with formation of mineral filaments | A. N. Laktyushin, G. S. Romanov and I. V. Khvedchin |
| 1170-1178 | Chemical processes in the earth’s atmosphere disturbed by volcanic ejection | S. I. Kas’kova and G. S. Romanov |
| 1179-1187 | Numerical simulation of gasdynamic processes and the dynamics of dust particles in catastrophic volcanic explosions by applying TVD schemes | I. M. Kozlov, G. V. Miloshevskii, G. S. Romanov and A. E. Suvorov |
| 1188-1193 | Mathematical modeling of jet volcanic eruption | M. A. Brich and G. S. Romanov |
| 1194-1223 | Penetration of large meteoroids into the atmosphere: Theory and observations | I. V. Nemchinov, O. P. Popova and A. V. Teterev |
| 1224-1235 | Nonlinear waves on water and theory of solitons | N. A. Kudryashov |
| 1-2 | Foreword | S. V. Reznik and N. V. Pavlyukevich |
| 3-8 | Will there or will there not be a hypersonic airplane? | Yu. V. Polezhaev |
| 9-24 | Mathematical models of radiative-conductive heat exchange in heat-shield materials of shuttle space transportation systems | S. V. Reznik |
| 25-28 | Radiation characteristics of heat protective materials of the buran orbital spacecraft | V. S. Dozhdikov and V. A. Petrov |
| 29-35 | Two-component radiation-gasdynamic model of a turbulent fireball | S. T. Surzhikov |
| 36-40 | Classification and database of thermophysical characteristics of heat protective materials | K. B. Isaev, V. V. Kartuzov and A. K. Lapteva |
| 41-48 | Theoretical modeling of systems of combined thermal protection | A. P. Kuryachii |
| 49-58 | Theoretical principles of design of multilayer swelling heat protection with assigned properties | G. N. Isakov |
| 59-64 | Heat and mass transfer in the destruction of thermal protective materials with a different content of a polymer binder in a high-enthalpy gas flow | V. I. Zinchenko, V. V. Nesmelov and G. F. Kostin |
| 65-72 | Complex model of interaction of composites with radiation and a gas flow | V. L. Strakhov, A. A. Filipenko, A. V. Ostrik, A. B. Mitkevich and Vl. O. Kaledin, et al. |
| 73-77 | Thermal protection based on crystalline hydrates | A. K. Alekseev and M. P. Shuvalov |
| 78-82 | Use of solar furnaces under orbital-flight conditions | E. M. Ovsyannikov |
| 83-86 | Trajectories of an unguided probe with a damping cable | S. A. Shargarovskii and A. N. Temnov |
| 87-97 | Algorithmic and program software for combinatorial simulation of the thermal regime of space objects | V. S. Khokhulin |
| 98-104 | Combined method for calculating temperature fields in the structure of aircraft | V. M. Yudin |
| 105-111 | Calculation of radiative-conductive heat transfer in a system closed by a semitransparent envelope | V. N. Eliseev |
| 112-123 | Mathematical simulation of heat exchange in a nonhermetic instrumental compartment of a spacecraft | V. A. Burakov, E. N. Korchagin, V. P. Kozhukhov, A. S. Tkachenko and I. V. Shcherbakov |
| 124-130 | Analytical methods of investigation of the thermal state of a region with a moving boundary under the conditions of nonstationary heat transfer to the external medium | A. V. Attetkov and I. K. Volkov |
| 131-137 | Use of integral boundary-layer theory for solving conjugate problems of heat transfer in channels of high-power plants | B. B. Petrikevich, S. D. Panin and A. V. Astrakhov |
| 138-144 | Mathematical modeling of thermomechanical processes in aircraft structures | V. S. Zarubin and G. N. Kuvyrkin |
| 145-154 | Problems of numerical modeling of the temperature and stress fields in the structures of sfre nozzle blocks | N. N. Golovin and G. N. Kuvyrkin |
| 155-159 | Selectivity functions and a two-contour algorithm as a tool used in the problems of synthesis of multilayer constructions | A. Yu. Bushuev and V. V. Gorskii |
| 160-164 | Anomalous aerodynamic heating of a dead-end cavity in an oncoming flow | V. I. Kuznetsov and D. D. Shpakovskii |
| 165-174 | Oscillations of a rotary fluid flowing out of a closed vessel | V. V. Orlov and A. N. Temnov |
| 175-180 | Nonstationary radiation-gasdynamic model of a laser-plasma accelerator | S. T. Surzhikov |
| 181-188 | Interaction of shock and detonation waves in gas media with dispersed materials and solid barriers | E. V. Borisov, O. G. Martynov, V. N. Mironov and E. F. Nogotov |
| 189-192 | Allowance for mutual effect of ‘Hot spots’ in solution of problems of site thermal explosion | A. V. Kotovich and G. A. Nesenenko |
| 193-197 | Parametric analysis of site modes of thermal explosions by a ‘geometrical-optical’ asymptotic method | A. V. Kotovich and G. A. Nesenenko |
| 198-201 | Conditions for producing the liquid phase of carbon | A. V. Kostanovskii and L. A. Zhilyakov |
| 202-204 | Germanium-film resistance microthermometers intended for operation within the temperature range of 0.03–300 K | V. F. Mitin, N. S. Boltovets, V. V. Kholevchuk and R. V. Konakova |
| 205-208 | Experimental investigation of the special features of heat transfer through glass packets | O. G. Martynenko, N. I. Lemesh, L. N. Novichenok and L. A. Senchuk |
| 209-219 | Hydrodynamics and heat transfer in cooling systems with intersecting channels. 3. Effect of the angle of flow and the number of stages | Yu. I. Shanin, O. I. Shanin and V. A. Afanas’ev |
| 220-226 | Heat transfer and hydraulic resistance in channel cooling systems with a discontinuous wall | Yu. I. Shanin, O. I. Shanin and V. A. Afanas’ev |
| 227-231 | Effect of prolonged stay of the heat-transfer surface in water on the critical heat flux under steady and stepwise heat-release conditions | S. G. Obukhov |
| 232-237 | Analytical theory of regenerative heat transfer and study of its thermodynamic efficiency | B. N. Okunev and M. S. Safonov |
| 238-242 | Heat transfer in pool boiling of propane under the conditions of different saturation pressures | A. S. Zhuravlev |
| 243-247 | Analysis of the processes of heat transfer with periodic intensity with allowance for temperature fluctuations in the heat carrier | Yu. B. Zudin |
| 248-252 | Determination of the characteristics of droplets generated in a jet printer | Yu. B. Zudin |
| 253-258 | Boiling of a liquid on surfaces with porous coatings | V. M. Polyaev and B. V. Kichatov |
| 259-265 | Stochastic modeling of the development of the taylor instability in liquid filtration in a porous medium | M. D. Noskov and A. V. Rylin |
| 266-273 | Regularities and special features of filtration of microbubble gas-liquid solutions in porous media | A. O. Bogopol’skii, A. N. Ivanov and A. A. Fatkullin |
| 274-278 | Energy characteristics of mass transfer in porous solids | V. V. Beloborodov |
| 279-284 | An approximate method of evaluating the temperature field of a sample in thermal vacuum measurement of the moisture content of loose materials | V. I. Malarev |
| 285-287 | Stabilization of the speed of pumping-out the chamber in the dynamic thermovacuum method of hydrometry of loose materials | V. I. Malarev, R. M. Proskuryakov and O. M. Bol’shunova |
| 288-292 | Hydrodynamics of a spouting bed with an active near-wall zone | P. V. Akulich |
| 293-298 | Gasdynamic stimulation of combustion of lean fuel mixtures. 1. experimental study | O. V. Achasov, T. Kageyama, S. A. Labuda, T. Taillefet and F. Fisson |
| 299-302 | Gasdynamic stimulation of combustion of lean fuel mixtures. 2. Evaluation of thermodynamic parameters and the magnitude of heat losses | O. V. Achasov, T. Kageyama, S. A. Labuda, T. Taillefet and F. Fisson |
| 303-310 | Oscillatory and monotonic instability at the boundary of the transition ‘molecular diffusion-concentration convection’ in ternary gas mixtures | V. N. Kosov, V. D. Seleznev and Yu. I. Zhavrin |
| 311-317 | Theory of the near-probe layer in electronegative gases | S. A. Gutsev |
| 318-329 | Comparative analysis of turbulence models | E. P. Sukhovich |
| 330-336 | ‘Optical turbulence’ in laser radiation problems | I. B. Krasnyuk |
| 337-344 | Numerical and physical modeling of a low-velocity air flow in a channel with a circular vortex cell | S. A. Isaev, S. V. Guvernyuk, M. A. Zubin and Yu. S. Prigorodov |
| 345-348 | Special features of hypersonic flow over blunt bodies with excitation of internal degrees of freedom in the gas | G. A. Tarnavskii and S. I. Shpak |
| 349-361 | Motion and force equilibrium of a local process (a soliton) in a continuous fluid medium | L. G. Kaplan |
| 362-367 | Resonance oscillations of a gas in a shut-end tube in the region of transition to shock waves | R. G. Galiullin, R. G. Zaripov, É. R. Galiullina and R. I. Davydov |
| 368-372 | Experimental investigation of the effect of the gasdynamics of the discharge chamber on the power characteristics of vortex plasmatrons with an interelectrode insert | N. A. Kostin |
| 373-379 | Free convection with a nonlinear dependence of density of temperature: Plane problems | V. N. Korovkin and A. P. Andrievskii |
| 380-383 | Thermal processes in semimoment asymmetric hydrodynamics and the method of characteristics | M. D. Martynenko and S. M. Bosyakov |
| 384-389 | Velocity of motion of bodies with tossing on a vibrating surface | N. A. Dokukova and M. D. Martynenko |
| 390-395 | Equation for stochastic thermal fields | I. A. Solov’ev |
| 396-402 | Evaluation of the radiation contribution in short-duration measurements of thermal conductivity by a nonstationary method of hot filament | G. G. Spirin, E. A. Strekalova and D. V. Vasilevskii |
| 403-409 | Critical curves in mixtures of carbon dioxide with ethane and ethylene based on a generalized fluctuation form of the van der waals equation of state | V. B. Rogankov and E. D. Terzi |
| 410-414 | Elasticity moduli and polytropic indices in processes of change of states of real gases and liquids | V. P. Dobrodeev, N. A. Mochalova and A. V. Dobrodeev |
| 415-419 | Technology of controlled hardening of dies | M. S. Zheludkevich |
| 420-427 | Mathematical simulation of the temperature field in hardening gears by induction heating under a layer of water | P. S. Gurchenko and M. L. German |
| 428-435 | Computer thermal model for hardening grinding | V. D. Efremov, M. S. Zheludkevich and M. L. German |
| 436-439 | Dimension of the local-plasticity zone as a correlation length of the structure of polymers under inelastic deformation | G. V. Kozlov, V. V. Afaunov and Yu. S. Lipatov |
| 440-443 | Dosimetric properties of tungsten-containing complexes of carboxymethyl cellulose | V. V. Komar’ |
| 444-450 | Thermal regimes of anisotropic-thermoelement thermal converters | I. M. Pilat, B. G. Shabashkevich, S. I. Pirozhenko, A. D. Shevchenko and A. M. Gelich |
| 451-454 | A new possibility of building up thin diamond films in precipitation of carbon from the gaseous phase | L. O. Meleshko |
| 455-459 | Hydrodynamic characteristics of magnetically fluidized beds consisting of a mixture of magnetic and nonmagnetic materials | V. L. Ganzha and S. C. Saxena |
| 460-464 | Modification of the adsorption properties of the dispersed phase of magnetorheological liquids | S. R. Gorodkin, V. N. Makatun, S. V. Matveichuk and Z. A. Novikova |
| 465-469 | Study of the operation of a gas-liquid atomizer with a porous mixing element | V. M. Polyaev, V. M. Zhdanov and B. V. Kichatov |
| 470-476 | Unsteady wave flows of a gas suspension with account for phase changes | P. V. Akulich, P. S. Kuts and E. F. Nogotov |
| 477-480 | Investigation of a pulsating-combustion chamber | P. V. Akulich, P. S. Kuts, V. K. Samsonyuk, V. S. Severyanin and V. D. Slizhuk |
| 481-485 | Modeling of transfer of particles of different size by a two-phase filtration flow | D. P. Nikan’shin and A. I. Nikiforov |
| 486-495 | Mathematical modeling of mass transfer and removal of droplet-film moisture in inertia-gravity separators of moist vapor | A. V. Lagerev |
| 496-499 | Wall-thickness effect on the thermohydraulic stability of a homogeneous two-phase flow | Yu. B. Zudin |
| 500-506 | Comparison of the efficiencies of rectification trays in countercurrent motion of phases with allowance for liquid mixing | V. N. Pavlechko |
| 507-515 | Problem concerning the injection of a solvent into a porous medium subjected to “sclerosis” | V. Sh. Shagapov and G. Ya. Khusainova |
| 516-527 | Mathematical modeling of a cylinder with a sorbent and natural gas | V. A. Babenko and L. E. Kanonchik |
| 528-535 | Weak evaporation (condensation) with an arbitrary evaporation coefficient in gases with a constant frequency of molecular collisions | A. V. Latyshev and A. A. Yushkanov |
| 536-543 | Heat and mass transfer under the conditions of the external problem for processes occurring with a decrease in the pressure of the medium | V. A. Lashkov, R. G. Safin, V. P. Andrianov and S. G. Kondrasheva |
| 544-547 | Evaluation of the potential hazard of secondary radioactive contamination of underground water by sewage works | V. V. Skurat, N. M. Shiryaeva, A. V. Basharin, A. A. Vishnevskaya and I. I. Ivanovskii |
| 548-553 | Nonstationary model of heat and mass transfer in electrochemical systems | V. G. Anisimovich, N. N. Grinchik, V. A. Zhuk, S. I. Sakovets and A. A. Khmyl, et al. |
| 554-562 | Passage of an electromagnetic pulse through a layer of homogeneous plasma (exact solution) | A. A. Khrushchinskii and D. Yu. Churmakov |
| 563-567 | Numerical modeling of a gas-discharge CO2 laser with diffusion cooling | R. S. Galeev and A. A. Fedosov |
| 568-572 | Reduction of aluminum oxide in a nonequilibrium hydrogen plasma | V. A. Lyubochko, V. V. Malikov, O. G. Parfenov and N. V. Belousova |
| 573-588 | Derivation and numerical solution of a closed equation for the specific isoscalar-surface area in a turbulent reactive flow | V. A. Sosinovich, V. A. Babenko and Yu. V. Zhukova |
| 589-594 | Numerical investigation of the effect of viscosity on separated flow past an automobile profile in the presence of a mobile screen | S. A. Isaev |
| 595-601 | Numerical analysis of the influence of rotary rear cylinders on a nonstationary wake behind an elongated body | P. A. Baranov, S. A. Isaev and A. E. Usachev |
| 602-608 | Turbulent free-convective jets: Numerical solution of model equations of transfer | V. N. Korovkin and A. P. Andrievskii |
| 609-614 | Three-dimensional mathematical modeling of the initial stage of a fire within a building | S. V. Puzach |
| 615-624 | Optimization of the processes of treatment of materials with supplementation of the definition of unknown random initial characteristics | M. B. Gitman, P. V. Trusov and S. A. Fedoseev |
| 625-633 | Nonstationary temperature fields in an isotropic half-space under mixed boundary conditions characteristic of technologies of laser therapy in medicine | V. P. Kozlov and P. A. Mandrik |
| 634-638 | Mathematical simulation of the process of cooling and freezing of bodies with variable thermophysical characteristics | A. G. Ionov, V. A. Naumov and V. N. Erlikhman |
| 639-642 | Steady cooling effect of an anisotropic thermoelectric refrigerator | V. G. Okhrem and E. A. Okhrem |
| 643-647 | Averaging of the heat-transfer coefficient in the processes of heat exchange with periodic intensity | Yu. B. Zudin |
| 648-650 | Use of controlled heat transfer in thermal hardening of wedge-shaped workpieces | M. S. Zheludkevich |
| 651-654 | Surfaces of weak discontinuity for cubically anisotropic solid bodies | S. M. Bosyakov and O. N. Sklyar |
| 655-660 | Efficiency of recirculation in mass-transfer processes | V. V. Zakharenko and É. O. Amadi |
| 661-667 | Model of tritium dispersion by ground water | A. V. Golubev, S. V. Mavrin and A. V. Sten’gach |
| 668-673 | Model of colmatage-suffosion filtration of disperse systems in a porous medium | B. Kh. Khuzhaerov |
| 674-675 | Extraction of water from a capillary specimen in an acoustic field | V. N. Glaznev, Yu. G. Korobeinikov and N. V. Terpugov |
| 676-682 | Transfer processes in porous catalysts in a microwave-radiation field | H. Y. Kim, H. C. Kim, V. V. Levdanskii, J. Smolik and P. Moravec |
| 683-691 | Mathematical modeling of displacement of oil by water under a cyclic action on the cracked-porous stratum | V. M. Konyukhov, A. V. Kosterin and A. N. Chekalin |
| 692-698 | Experimental study of friction stress on the wall of a cylindrical tube in an oscillating turbulent flow of a liquid | E. D. Barbashov, B. F. Glikman and A. A. Kazakov |
| 699-704 | Response of a pliable coating to turbulent pressure pulsations | V. M. Kulik, S. L. Morozova and S. V. Panov |
| 705-712 | Numerical analysis of the influence of the angle of attack on a turbulent flow on an incompressible fluid past a profile of large thickness with vortex cells | P. A. Baranov, S. A. Isaev, Yu. S. Prigorodov and A. G. Sudakov |
| 713-724 | Flow of a liquid about a nonuniformly heated droplet with arbitrary temperature differences in its vicinity | N. V. Malai |
| 725-729 | Special features of propagation of hydrogen in a building | S. V. Puzach |
| 730-734 | Reduction of a class of inverse heat-conduction problems to direct initial/boundary-value problems | V. T. Borukhov, P. N. Vabishchevich and V. I. Korzyuk |
| 735-740 | Sturm-liouville problem for a differential equation of second order with discontinuous coefficients | B. V. Averin, D. I. Kolotilkin and V. A. Kudinov |
| 741-744 | Systems of coordinate functions in heat-conduction problems for multilayer bodies | V. A. Kudinov, R. Zh. Gabdushev, V. A. Obukhov and V. V. Nekrylov |
| 745-748 | Calculation of the unsteady thermal state of a slab heated by a moving source | S. V. Osovets, E. V. Toropov, A. V. Prokhorov and V. L. Kirillov |
| 749-761 | Variety of the representation of the nonstationary temperature of fuel elements depending on the form of the distribution of the heat sources | P. V. Tsoi |
| 762-767 | Motion of a curvilinear net on normal localized impact | A. S. Kovenya and M. D. Martynenko |
| 768-770 | Growth rate of a vapor bubble in an underheated liquid | Yu. B. Zudin |
| 771-775 | Sedimentation constant of magnetorheological liquids | S. R. Gorodkin, V. I. Kordonskii, E. V. Medvedeva and Z. A. Novikova |
| 776-781 | Flow of a heavy viscoplastic fluid in a gap between rotating rollers | V. M. Shapovalov and I. V. Stepanov |
| 782-786 | Rheological properties of the whole blood of rheumatological patients | S. V. Vilanskaya, V. A. Mansurov and N. P. Mit’kovskaya |
| 787-791 | An axisymmetric explosive accelerator with a conical recess filled with powder | O. V. Roman, S. K. Andilevko and O. A. Dybov |
| 792-796 | Skew plane shock wave at the interface between two polytropic gases. A heavy-light gas system | S. K. Andilevko |
| 797-801 | Effect of increased compacting pressures on the physicomechanical characteristics of metal-filled polyvinyl chloride | Yu. B. Mukha, B. S. Kolupaev and B. I. Mukha |
| 802-806 | Structural synthesis in design of technological complexes for highly efficient treatment | L. M. Akulovich, L. M. Kozhuro, M. L. Kheifets and E. Z. Zeveleva |
| 807-810 | Effect of a nonuniform magnetic field on the time of longitudinal relaxation | 811-814 | Kinetics of formation of charge clusters in low-conductivity liquids | Yu. M. Rychkov and A. E. Vasilevich |
| 815-819 | Cluster structure of the near-electrode layer in liquid dielectrics | Yu. M. Rychkov, S. A. Zaikova and A. E. Vasilevich |
| 820-826 | Nonlinear effects in media heated by electromagnetic radiation | I. L. Khabibullin |
| 827-831 | Mathematical model of quasistationary conditions of mass transfer in an electrodialysis cell | M. N. Khanmamedov |
| 832-839 | Evolution of aerosols in large pressurized spaces | V. V. Smirnov, A. D. Uvarov, A. V. Savchenko and S. N. Zaitsev |
| 840-848 | Problems of the radiation theory of heat and mass transfer in solid and liquid media | N. I. Nikitenko |
| 849-858 | A quantum basis for the relativistic doppler effect for light | Daniel L. Alkon |
| 859-862 | Some special features of the le chatelier-braun principle | E. I. Nesis and Yu. N. Skibin |
| 863-867 | Analysis of the process of onset and growth of a liquid phase in contact of dissimilar crystals | A. A. Akhkubekov |
|
| 1093-1101 | Heat Exchange and Hydrodynamics of Two‐Phase Media under Conditions of Forced Motion in Porous Structures | Yu. A. Zeigarnik and V. M. Polyaev |
| 1102-1107 | Electrostatic Method of Determining the Exterior Specific Surface of Soils | V. N. Lazutin and V. G. Onishchenko |
| 1108-1110 | Evaluation of the Rate of Change of Transfer Potentials in Porous Solid Bodies | V. V. Beloborodov |
| 1111-1117 | Thermal Processes in Capillary‐Porous Bodies with Internal and External Heat Sources | N. G. Kokodii and V. I. Kholodov |
| 1118-1131 | Some Aspects of Treatment of Plastic Powders by Skew Shock Waves | S. K. Andilevko |
| 1132-1134 | Angle of Total Refraction in the Interaction of a Plane Skew Shock Wave with the Interface of Two Media | S. K. Andilevko |
| 1135-1145 | Numerical Calculation of the Turbulent Flow of a Gas Suspension in a Tube | A. V. Starchenko, A. M. Bubenchikov and E. S. Burlutskii |
| 1146-1151 | Heat Transfer in Plug Flow of a Fibrous Suspension in a Tube | V. A. Babkin |
| 1152-1155 | Process of Cooling of a High‐Temperature Two‐Phase Flow | V. I. Volkov and M. A. Utemesov |
| 1156-1165 | Thermal Calculation of the Furnace Chamber of a Fire‐Tube Boiler With a Dead‐End Furnace | M. L. German, V. A. Borodulya and E. F. Nogotov |
| 1166-1169 | Radiative Properties of Light‐Transparent Metallized Coatings | V. I. Bol'shakov, Ya. G. Zhivilo, L. G. Kudrova and S. V. Novikov |
| 1170-1175 | Thermal Radiation of Liquid Metals | K. B. Panfilovich and V. V. Sagadeev |
| 1176-1182 | Temperature Dependence of the Delay in Pulse Radiation of an Injection Laser | K. N. Korostik |
| 1182-1190 | Conduction and Radiation of a Xenon Plasma in Electric‐Discharge Pumping Sources | B. A. Barikhin and Yu. I. Kryshalovich |
| 1191-1194 | Operating Efficiency of an Electric-Discharge Source of Erosion Plasma From a Dielectric Material | V. B. Avramenko |
| 1195-1204 | Homogeneity of the Electric‐Discharge Plasma in a Coaxial Flash Lamp | B. A. Barikhin and Yu. I. Kryshalovich |
| 1205-1213 | Magnetic‐Field Effect on Heat Transfer within a Cathode Arc Spot | A. M. Esipchuk, A. Marotta and L. I. Sharakhovskii |
| 1214-1219 | Velocity of Electric‐Arc Motion between Coaxial Electrodes in a Magnetic Field | A. M. Esipchuk, L. I. Sharakhovskii and A. Marotta |
| 1220-1225 | Unsteady Energy Transfer by Soliton‐Like Waves in a Solid Body After Exposure to a Laser Pulse | E. M. Kudryavtsev, V. I. Emel'yanov and M. Autric |
| 1226-1235 | Enhancement of a Magnetic Field in a Perfectly Conducting Medium on Penetration of a High‐Velocity Jet into It | S. V. Fedorov, A. V. Babkin and S. V. Demidkov |
| 1236-1246 | Quasistationary Forms of Crystal Growth in Locally Nonequilibrium Diffusion of Impurity | P. K. Galenko and D. A. Danilov |
| 1247-1253 | Problem of the Appearance of Acoustic Waves in Dissolution of Substances | Kh. B. Shokarov |
| 1254-1264 | Theory of Thermophoresis of Moderately Large Drops of Concentrated Solutions in Binary Gaseous Mixtures | Yu. I. Yalamov, O. N. Zenkina and M. F. Barinova |
| 1265-1271 | Thermophoresis of Large Volatile One‐Component Drops | Yu. I. Yalamov and A. L. Lebedeva |
| 1272-1277 | Molecular‐Statistical Description of Nonuniformly Deformed Specimens. 1. Formulation of the Problem and Method for Solving It | I. I. Narkevich and A. V. Zharkevich |
| 1278-1281 | Selection of the Temperature Regime of Metal Heating by an Oxidation Minimum Based on the Method of Main Optimization | V. I. Timoshpol'skii, V. B. Kovalevskii, V. M. Ol'shanskii, S. M. Kozlov and I. A. Trusova |
| 1282-1286 | Thermal Processes in Nonsymmetric Heating of Ingots and Billets before Rolling | V. I. Timoshpol'skii, I. A. Trusova and S. M. Kozlov |
| 1287-1297 | Continuous Subduction of a Lithospheric Platform near an Oceanic Trench | S. V. Solov'ev and V. K. Bulgakov |
| 1298-1309 | Study of the Temperature Fields in Oil and Gas Strata with Water Injection Based on the Perturbation Method | A. I. Filippov, O. I. Korkeshko and P. A. Chiganov |
| 1310-1316 | Improvement of the Convergence of Fourier–Hankel Series in Solving Two‐Dimensional Heat‐Conduction Problems | Yu. A. Kirsanov |
| 1317-1322 | Approximate Methods for Solving Problems of Nonstationary Heat Conduction in Inhomogeneous Media | T. V. Vasil'eva, Yu. I. Dudarev, A. P. Kashin and M. Z. Maksimov |
| 1323-1331 | An Approximate Method of Calculating the Heat Transfer Coefficient in Metal Bars | M. L. Cancillo, J. J. Morales, M. C. Gallego, J. M. Vaquero and J. A. Garcia, et al. |
| 1335-1337 | Author Index |
| 1339-1348 | Tables of Contents Index |
| 1-7 | Vibrations of a Liquid Microspherical Shell Filled with Gas | A. F. Ginevskii, A. S. Dmitriev and Yu Feng Chen |
| 8-10 | Change of the Sign of the Effect with Increase in the Intensity of High‐Frequency Acoustic Excitation of a Turbulent Jet | E. V. Vlasov, A. S. Ginevskii, R. K. Karavosov and T. M. Makarenko |
| 11-19 | Injection of Quickly Prepared “Solutions” of Polyethylene Oxide into a Turbulent Flow in a Tube | V. N. Mamonov and D. I. Ginzburg |
| 20-25 | Motion of Trains of Vortex Rings | V. A. Andrushchenko and M. V. Meshcheryakov |
| 26-34 | Laminar Heat Transfer in Diffuser Flow in a Coaxial Conical Channel in the Case of Boundary Conditions of the First Kind | L. M. Ul'ev |
| 35-41 | Effect of the Compressibility of the Fluid on the Parameters of a Hydraulic Gun | A. N. Semko |
| 42-46 | Discontinuous Solutions in Heated Viscous Incompressible Fluids | M. D. Martynenko and S. M. Bosyakov |
| 47-55 | Some Three‐Dimensional Effects of Heat and Mass Transfer in a Fire within a Building | S. V. Puzach and V. G. Puzach |
| 56-61 | Heat Transfer in Shaped Channels in Transpiration Cooling | L. V. Kim |
| 62-68 | Simulation of Cooling of Water Droplet and Film Flows in Large Natural Wet Cooling Towers | A. I. Petruchik, A. D. Solodukhin and S. P. Fisenko |
| 69-77 | Complex Model of the Efficiency of Rectification Plates. 1. Concurrent Motion of the Phases | V. N. Pavlechko |
| 78-85 | Complex Model of the Efficiency of Rectification Plates. 2. Countercurrent Motion of the Phases | V. N. Pavlechko |
| 86-93 | Resistance of a Circulating Fluidized Bed | Yu. S. Teplitskii and V. I. Kovenskii |
| 94-103 | Local Forecast of the Heat‐Moisture State of the Soil Surface as a Problem of Energy and Mass Transfer in the System of Soil–atmosphere | É. I. Smolyar |
| 104-111 | Modeling of Impregnation of Wood with Protective Solutions and Emulsions | M. A. Brich and V. P. Kozhin |
| 112-118 | Heating of Production Wood Chips in a Saturated‐Steam Medium | V. A. Lashkov, E. I. Levashko and R. G. Safin |
| 119-129 | Thermal Processing of Wastes in a Shaft Incinerator with a Plasma Blast and a Combustible Filtering Material: Analysis of the Energy Consumption and Variants | V. A. Kalitko and A. L. Mossé |
| 130-139 | Calculation of Averaged Parameters of Inhomogeneous Media with Inclusions of Variable Properties | M. A. Aramyan and G. K. Karapetyan |
| 140-145 | Calculation of the Dielectric Permeability of Inhomogeneous Materials with Periodic Structures by Averaging Potential‐Field Equations | M. A. Aramyan and G. K. Karapetyan |
| 146-149 | Conjugate Problem of a Thermal Explosion with Boundary Conditions of the Second Kind | R. Sh. Gainutdinov |
| 150-157 | On Detonation of an Explosive Layer | S. K. Andilevko |
| 158-167 | Momentum Defect in Impact of a Short Rod Against a Smooth Obstacle | V. A. Andrushchenko, V. A. Goloveshkin and N. N. Kholin |
| 168-175 | Integration of the Solution of the Ling Heat Problem Using Finite Functions | A. Evtushenko, S. Koneczny and R. Czapowska |
| 176-182 | Integration of the Solution of a Mixed Ling Heat Problem | A. Evtushenko, S. Koneczny and R. Czapowska |
| 183-191 | Problem of Heat Transfer with Allowance for Axial Heat Conduction for the Flow of a Liquid in Tubes and Channels | P. V. Tsoi |
| 192-198 | Possibility of Forming an Ingot with a Convex Crystallization Front | Yu. A. Samoilovich, V. I. Timoshpol'skii and I. A. Trusova |
| 199-207 | Analysis of Crystallization of a Supercooled Melt by the Integral‐Balance Method | Yu. A. Samoilovich, V. I. Timoshpol'skii and I. A. Trusova |
| 208-213 | Investigation of Mass Transfer in the Complex System Te—Tl by the Contact‐Melting Method | A. A. Akhkubekov and B. S. Karamurzov |
| 214-219 | Modeling of the Thermal Field of a Workpiece in Milling of Austenitic Steel by a Finger‐Type Cutter | E. É. Fel'dshtein and V. L. Kamiński |
| 220-223 | Conditions for Formation of a Zero Temperature Coefficient of Resistance in Matrix Systems of Metal—Semiconductor | A. G. Andreeva, I. N. Sachkov and A. A. Povzner |
| 224-229 | Improvement of the Efficiency of a Solar Thermoelectric Battery | A. I. Novikov |
| 230-237 | Selection of Modeling Criteria in the Development of Systems for Excitation of the Active Medium for Gas‐Discharge Lasers | L. R. Aibatov |
| 238-242 | Heat and Mass Transfer in Condensation of Harmful Air‐Polluting Substances on the Phytocenosis Surface | G. V. Kuznetsov and L. V. Zotova |
| 243-249 | Theory of the Effect of Inhibition of the Transfer of Radionuclides and Heavy Metals from Soil to Plants by an Ameliorant. V. Calculation of the Binding Energy of Exchange Ions in Disperse Systems with a Low pH | P. P. Olodovskii |
| 250-252 | Investigation of the Vibrations of an Automobile Suspension Using the Theory of Experiment Design | G. N. Reizina |
| 253-265 | Reconstruction of the Surface Temperature of Arctic Glaciers from the Data of Temperature Measurements in Wells | O. V. Nagornov, Yu. V. Konovalov, V. S. Zagorodnov and L. G. Thompson |
| 266-273 | Thermal Diagnostics of Friction in Cylindrical Connections. I. Algorithm of the Iteration Solution of an Inverse Boundary‐Value Problem | N. P. Starostin and A. S. Kondakov |
| 274-284 | Ultrafiltration in Tubular Membrane Elements with One Permeable Surface | V. I. Baikov and P. K. Znovets |
| 285-289 | Analysis of the Flow of Rarefied Gas Through a Layer of a Porous Body on the Basis of Direct Numerical Solution of the Kinetic Boltzmann Equation | A. P. Kryukov, V. Yu. Levashov and I. N. Shishkova |
| 290-297 | Similarity of Heat‐ and Mass‐Transfer Processes in Drying | M. M. Razin |
| 298-303 | Generalized Equations of One‐Dimensional Filtration with Fractional‐Power Differentiations | R. P. Meilanov |
| 304-310 | Complex Model of the Efficiency of Rectification Plates. 3. Countercurrent Motion of Phases in Partial Mixing of a Liquid | V. N. Pavlechko |
| 311-318 | Complex Model of the Efficiency of Rectification Plates. 4. Cross Motion of Phases | V. N. Pavlechko |
| 319-322 | Linear Dynamics of Desorption on Adsorbent Layers of Arbitrary Length | A. V. Larin and K. E. Polunin |
| 323-330 | Influence of Stefan Flow and Convection on the Kinetics of Chemical Reactions and Heat and Mass Exchange of Carbon Particles with Gases | V. V. Kalinchak |
| 331-338 | Heat and Mass Transfer in a Two‐Component Developed Turbulent Gas‐Vapor‐Droplet Flow | V. I. Terekhov, M. A. Pakhomov and A. V. Chichindaev |
| 339-346 | Numerical Analysis of the Effect of Viscosity on the Vortex Dynamics in Laminar Separated Flow Past a Dimple on a Plane with Allowance for Its Asymmetry | S. A. Isaev, A. I. Leont'ev, P. A. Baranov, Kh. T. Metov and A. E. Usachov |
| 347-354 | Calculation of Free‐Convective Heat Transfer on a Vertical Semiinfinite Plate | V. N. Korovkin and A. P. Andrievskii |
| 355-363 | Parameters of a Gas‐Powder Flow Formed by a Cumulative Accelerator and Realizing the Effect of Superdeep Penetration | O. V. Roman, S. K. Andilevko and S. S. Karpenko |
| 364-374 | Salient Features of Inertial Stretching of a High‐Gradient Conducting Rod in a Longitudinal Low‐Frequency Magnetic Field | S. V. Fedorov, A. V. Babkin and S. V. Ladov |
| 375-382 | Construction of a Mechanism of Physicochemical Processes Behind a Shock Wave Propagating in the Atmospheres of Planets | V. N. Makarov |
| 383-389 | Effect of Pulsed Heating of the Active Region of an Injection Laser on the Dynamics of Storage of a Pulse Information Sequence in an Electrooptical Recirculation Circuit | K. N. Korostik, K. G. Kuz'min and A. V. Polyakov |
| 390-396 | The Limiting Capabilities of Injection‐Laser‐Based Recirculating Optical Range Finders under Actual Temperature Conditions | K. N. Korostik |
| 397-402 | Study of the Characteristics of Scattering of Electromagnetic Waves from Complex‐Shaped Bodies by the Method of Auxiliary Sources | V. G. Konyukhov |
| 403-406 | Intensification of the Electric Convection of Weakly Conducting Liquids by a Pulsed Electric Field | Yu. M. Rychkov and A. E. Vasilevich |
| 407-415 | Experimental Investigation of the Method of Layer‐by‐Layer Lifting Buildup of Ice in a Bath and in Cellular Cans | S. O. Filin, B. Zakshevskii and E. Grushchin'ska |
| 416-420 | Deterioration of Heat Transfer at Supercritical Pressures of a Substance | R. F. Kelbaliev |
| 421-432 | Variational Methods for Experimental Investigation of Thermophysical Properties and Thermal Analysis of Various Objects | I. S. Lisker |
| 433-440 | Influence of Temperature‐Time Parameters of Heat Treatment on the Process of Planarization of the Surface Relief of Microelectron Structures | S. P. Zhvavyi, G. D. Ivlev, V. A. Pilipenko and V. N. Ponomar' |
| 441-447 | Diffusion in Gas Mixtures Containing the Components of the Synthesis of Ammonia | Yu. I. Zhavrin, V. N. Kosov, D.U. Kul'zhanov, K. K. Karataeva and A. Z. Aitkozhaeva |
| 448-453 | Two‐Dimensional Diffusion of a Binary Mixture of Neutral Gases | M. V. Vigdorovich and O. L. Pupkova |
| 454-463 | Changes in the Molecular Structure of Water Filtered Through Coarsely Dispersed Natural Mineral Flint | P. P. Olodovskii and O. V. Karpel' |
| 464-470 | Monitoring of Local Perturbations of the Multiplication Factor on Overloads in the Core of a Shut‐Down Reactor | V. Yu. Samonin and V. V. Shidlovskii |
| 471-476 | Solution of Nonlinear Two‐Dimensional Differential Equations of Transfer with Discontinuity Boundary Conditions on the Surface of an Isotropic Semiinfinite Body in Its Heating Through a Circle of Known Radius | V. P. Kozlov and P. A. Mandrik |
| 477-486 | Method of Summation‐Integral Equations for Solving the Mixed Problem of Nonstationary Heat Conduction | V. P. Kozlov and P. A. Mandrik |
| 487-497 | Theory and Calculation of the Condensation Growth of a Droplet in Pure Vapor and in a Vapor–Gas Mixture | K. M. Aref'ev, Yu. G. Belostotskii and A. M. Koshelev |
| 498-536 | Analytical Methods of Solution of Boundary‐Value Problems of Nonstationary Heat Conduction in Regions with Moving Boundaries | É. M. Kartashov |
| 537-545 | Relaxation Phenomena in Nonstationary Evaporation of Liquid | O. G. Martynenko and P. P. Khramtsov |
| 546-549 | Burnout Heat Transfer in Boiling under Conditions of Stepwise Heat Generation | S. G. Obukhov |
| 550-559 | Heat Transfer from a Surface with Spherical Hollows in Boiling of Water and a Steam‐Water Mixture in the Supercritical Region | I. L. Mostinskii, V. D. Geshele, D. A. Goryainov and I. P. Raskatov |
| 560-567 | Interaction Effects in Film Boiling on Spherical Particles | O. R. Dornyak, S. P. Levitskii, Z. A. Shabunina and Z. P. Shul'man |
| 568-574 | Calculation of Convective Transfer of Water‐Soluble Compounds with Account for Sorption Kinetics | G. P. Brovka |
| 575-580 | Calculation of Diffusional Transfer of Water‐Soluble Compounds with Account for Sorption Kinetics | G. P. Brovka and E. N. Rovdan |
| 581-590 | Parallels between the Regimes of Turbulent and Filtration Combustion of Gases in Inert Porous Media | K. V. Dobrego and A. D. Chornyi |
| 591-595 | Mathematical Simulation of the Process of Dispersion of Clays in Filtration of Solutions through Slightly Permeable Clay Rocks | M. G. Khramchenkov |
| 596-612 | System of Differential Equations for the Lattice Problems of the Percolation Theory | P. S. Grinchuk |
| 613-622 | Statistical Calculation of the Viscous Properties of Nematic Liquid Crystals by Means of the Kinetic Equation for the Tensor Order Parameter | A. V. Kondratenko and V. B. Nemtsov |
| 623-631 | Accommodation Two‐Moment Boundary Conditions in Problems of Thermal and Isothermal Slip | A. V. Latyshev and A. A. Yushkanov |
| 632-637 | Solution of Mixed Contact Problems in the Theory of Nonstationary Heat Conduction by the Method of Summation‐Integral Equations | V. P. Kozlov and P. A. Mandrik |
| 638-646 | Measurement of the Thermal Diffusivity of Solids with an Axisymmetrically Positioned Source of Heat Pulse | L. D. Zagrebin and A. I. Baimetov |
| 647-655 | Temperature Field of a Half‐Space with a Thermally Thin Coating in Pulse Modes of Heat Exchange with the Environment | A. V. Attetkov, P. A. Vlasov and I. K. Volkov |
| 656-662 | Thermophysical Intraoperational Estimates for the Destruction Zone of Tumor Tissue in Interstitial Thermotherapy | V. N. Bidnenko and V. L. Sigal |
| 663-673 | Numerical‐Analytical Investigation of Self‐Similar Regimes of Propagation of Nonstationary Convective Jets and Thermals in a Homogeneous Medium over a Point Heat Source | A. N. Vul'fson |
| 674-681 | A Graphoanalytical Method for Calculating the Process of Solidification of Steel Ingots | Yu. S. Postol'nik, V. I. Timoshpol'skii, I. A. Trusova, S. M. Kozlov and O. V. Dubina |
| 682-691 | Temperature Stresses in a Packet of Strips Produced from a Melt by the Stepanov Method | A. V. Borodin, A. V. Zhdanov, L. P. Nikolaeva, I. S. Pet'kov and L. P. Chupyatova |
| 692-697 | Numerical Solution of the Equation for the Single‐Point Probability Density Function of Turbulent Fluctuations of a Scalar Field | A. D. Chornyi |
| 698-703 | Numerical Investigation of the Hydrodynamics of a Twisted Flow in a Vortex Chamber Based on the Two‐Parameter Model of Turbulence | I. L. Artemov and A. V. Shvab |
| 704-709 | Model of Turbulent Oscillating Flows in Smooth Tubes | R. G. Galiullin, L. A. Timokhina, É. R. Galiullina and E. I. Permyakov |
| 710-719 | Certain Aspects of Computer Simulation of Hypersonic Flows: Stability, Nonuniqueness, and Bifurcation of Numerical Solutions of the Navier–Stokes Equations | G. A. Tarnavskii and S. I. Shpak |
| 720-730 | Dispersion of Substances and Calculation of the Crater Depth in High‐Velocity Impacts | M. K. Zhekamukhov and L. Z. Shukhova |
| 731-735 | Modification of a One‐Dimensional Lagrangian Grid for Modeling of Dynamic Processes in Pipelines of Variable Cross Section | I. S. Zaguzov and K. A. Polyakov |
| 736-744 | Numerical Calculation of the Flow Regimes of a Fluid Partially Filling a Horizontal Rotating Heat‐Exchange Cylinder | Yu. V. Naumenko |
| 745-749 | Simplified Description of the Flow in a Diametral Disk Friction Pump | S. V. Dolgushev and S. V. Khaidarov |
| 750-758 | Hydrodynamic Interaction and Deformation of Drops | S. I. Martynov |
| 759-764 | Heat Transfer of a Sphere in a Constrained Flow of a Viscous Fluid | A. Zh. Turmukhambetov |
| 764-770 | Similarity Criteria of Flows that Characterize the Thermodynamic Properties of Liquids and Real Gases | V. P. Dobrodeev, N. A. Mochalova and A. V. Dobrodeev |
| 771-776 | Plane Hydrodynamic Problem for Viscoelastic Lubrication | O. Yu. Dinariev |
| 777-781 | Simulation of the Phase of Establishment of the Rheometric Flow of a Viscoelastic Fluid | I. A. Makarov |
| 782-787 | Complex Model of the Efficiency of Rectification Plates. 5. Cross Motion of the Phases in Mixing of a Liquid | V. N. Pavlechko |
| 788-792 | Complex Model of the Efficiency of Rectification Plates. 6. Some Features of Applicability of Calculational Dependences | V. N. Pavlechko |
| 793-799 | Regularities of Hydrodynamics and Mass Transfer in Jet Apparatuses | E. V. Chernyavskaya and G. N. Abaev |
| 800-805 | Heat Exchange with Horizontal Cylinders in a Centrifugal‐Bubbling Bed | A. R. Dorokhov and O. Yu. Kileeva |
| 806-812 | Thermodynamic Analysis of the Process of Formation of Sulfur Compounds in Oxygen Gasification of Coal | G. Ya. Gerasimov and T. M. Bogacheva |
| 813-824 | Experimental Investigation of the Current Density and the Heat‐Flux Density in the Cathode Arc Spot | A. M. Esipchuk, A. Marotta and L. I. Sharakhovskii |
| 825-832 | Widening the Scope of Working of Solid‐State Nd‐Glass Lasers | S. V. Kayukov, S. I. Yares'ko and P. A. Mikheev |
| 833-838 | Temperature Stabilization of Avalanche Photodetectors in Recirculation‐Type Information Systems | K. N. Korostik |
| 839-844 | Effect of Liquid Inertia and Wall Porosity on the Process of Momentum Transfer in a Biobearing With Injection of a Lubricant | A. Valitskaya, A. A. Makhanek and S. A. Gubarev |
| 845-846 | IVth Minsk International Forum on Heat and Mass Transfer | N. V. Pavlyukevich and I. G. Gurevich |
| 847-858 | Self‐Organization and Dynamic Chaos in Chemical‐Technology and Heat‐Exchange Devices: Problems and Tasks | L. P. Kholpanov |
| 859-869 | Numerical Prediction of the Flow Field Near the Tip of a Rotating Turbine Blade | S. Han, B. Han, P. Jin and R. J. Goldstein |
| 870-883 | Investigations in the Field of Heat Exchange and Hydrodynamics in Lithuania | J. V. Vilemas |
| 884-894 | Modern Problems of Intensification of Heat Exchange in Channels | G. A. Dreitser |
| 895-903 | Heat and Mass Transfer and Modeling and Prediction of Environmental Catastrophes | A. M. Grishin |
| 904-911 | Conjugate Problems of Heat and Mass Exchange and the Physicomathematical Theory of Forest Fires | A. M. Grishin |
| 912-918 | Determination of the Characteristics of Mass Transfer in Certain Combustible Forest Materials | A. M. Grishin and A. N. Golovanov |
| 919-928 | Problem of Drying of a Layer of Combustible Forest Materials | A. M. Grishin, A. N. Golovanov, L. Yu. Kataeva and E. L. Loboda |
| 929-935 | Experimental Investigation of Mechanical Vibrations of the Elements of Combustible Forest Materials | A. M. Grishin and A. N. Golovanov |
| 936-945 | Model of Migration of Radionuclides in a River System | O. M. Zhukova, N. M. Shiryaeva, N. K. Myshkina, É. D. Shagalova and V. V. Denisova, et al. |
| 946-950 | Modeling of Heat and Aerosol Discharges of Power Complexes into the Surrounding Medium | A. A. Andrizhievskii, A. G. Lukashevich and A. G. Trifonov |
| 951-955 | Complex Optimization of Processes of Heat Exchange in Gas‐Firing Installations with Utilization of Heat | É. M. Malaya and M. E. Yakovlev |
| 956-961 | Energy‐Environmental Analysis of Combustion of Fuel Gases in Heating Furnaces of Metallurgical and Engineering Plants | B. S. Soroka, V. I. Timoshpol'skii, A. P. Nesenchuk, I. A. Trusova and T. V. Ryzhova, et al. |
| 962-969 | Heat‐Transfer Processes in a Plasma Reactor in Destruction of Pesticides | V. D. Shimanovich, A. L. Mossé, V. V. Azharonok, E. M. Ermolaeva and A. N. Knak |
| 970-977 | Temperature and Moisture Distributions Inside a Layer of Moist Material Placed on a Hot Isothermal Surface | D. Antonijevic and D. Voronjec |
| 978-981 | Investigation of the Hydrodynamics of Vortex Pneumatic Sprayers | P. S. Kuts, V. K. Samsonyuk and P. V. Akulich |
| 982-991 | Bypass Laminar‐Turbulent Transition in a Thermal Boundary Layer | E. Ya. Épik |
| 992-998 | Thermal Gravitational‐Centrifugal Convection in a Layer of Liquid Heated from Below | V. S. Berdnikov, V. P. Zakharov and V. A. Markov |
| 999-1006 | Thermal Gravitational‐Capillary Convection in a Cavity with a Longitudinal Temperature Gradient | V. S. Berdnikov, V. A. Gaponov and L. S. Kovrizhnykh |
| 1007-1014 | Heat Exchange in the Classical Czochralski Method | V. S. Berdnikov, V. V. Vinokurov, V. I. Panchenko and S. V. Solov'ev |
| 1015-1023 | Action of Vibrations on Heat and Mass Transfer in Boiling | V. F. Prisnyakov and K. V. Prisnyakov |
| 1024-1029 | Kinetics of the Temperature Fields in a Light‐Scattering Layer Heated by a Radiant Flux | A. P. Ivanov and É. I. Vitkin |
| 1030-1033 | Influence of Surface Phenomena on the Growth of Aerosol Particles in a Buffer (Admixture) Gas | V. V. Levdanskii, J. Smolík, V. Ždímal and P. Moravec |
| 1034-1051 | Heat Transfer in Straight Channels with Two‐Dimensional Cross‐Sectional Profiles under Conditions of Nonisothermal Stabilized Flow of a Fluid | P. V. Tsoi and V. P. Tsoi |
| 1053-1058 | Retardation of a Heat Front in a Porous Medium Containing an Evaporating Liquid | Yu. Yu. Tanashev, V. N. Parmon and Yu. I. Aristov |
| 1059-1066 | Modeling of the Nonstationary Process of Conversion of Methane to Hydrogen in a Filtration-Combustion Wave | S. I. Shabunya, V. V. Martynenko, N. L. Yadrevskaya and A. D. Yakimovich |
| 1067-1072 | Deformations of Rocks in Periodic Regimes of Filtration | M. N. Ovchinnikov, A. Yu. Zavidonov and S. P. Evtushenko |
| 1073-1082 | Relaxation Filtration of Homogeneous Fluids in Cracked-Porous Media | B. Kh. Khuzhaerov, E. O. Bobokulov and Sh. Zh. Khudoerov |
| 1083-1089 | Regimes of Dissociation of Gas Hydrates Coexisting with a Gas in Natural Strata | G. G. Tsypkin |
| 1090-1095 | Condensation Wake in a Nonisobaric Jet | A. N. Kucherov and G. V. Molleson |
| 1096-1099 | Action of a Nonharmonic Acoustic Signal on a Turbulent Jet | E. V. Vlasov, A. S. Ginevskii, R. K. Karavosov and T. M. Makarenko |
| 1100-1103 | Control of the Near Wake of a Circular Cylinder in Blowing Out of Low-Head Jets | V. L. Zhdanov, S. A. Isaev and H.-J. Niemann |
| 1104-1110 | Generation of High-Frequency Harmonics in the Case of Large-Amplitude Vibrations of a Gas in a Closed Tube | A. L. Tukmakov |
| 1111-1118 | Using the Approximation of a Generalized Telegraphic Process for Calculation of Thermal Radiation of Turbulent Diffusion Flames | A. I. Bril', V. P. Kabashnikov and V. M. Popov |
| 1119-1125 | Surface Phenomena in the Hydrodynamics of an Incompressible Fluid | R. A. Perlov and A. V. Sokolovskii |
| 1126-1130 | Numerical Modeling of Heat-Exchange Processes in a Gas Curtain | V. G. Volkov and V. V. Lebedev |
| 1131-1136 | Analytical Determination of the Equilibrium Temperature of an Adiabatically Evaporating Liquid | V. A. Maiorov |
| 1137-1153 | Analysis of Nonstationary Incompressible Flows in Differently Shaped Channels on the Basis of Symmetries | A. A. Avramenko |
| 1154-1159 | Investigation of a Laminar Boundary Layer on a Horizontal Continuously Moving Plane Surface in the Presence of a Cocurrent Flow | V. N. Korovkin and A. P. Andrievskii |
| 1160-1163 | Boundaries of Regimes with Improved Heat Transfer at a Supercritical Pressure of Organic Coolants | G. I. Isaev, S. Kh. Alieva, K. S. Eiyubova and Sh. A. Velieva |
| 1164-1172 | A Contribution to the Theory of a Bent Flame | K. O. Sabdenov |
| 1173-1187 | Action of High-Energy Neodymium Laser Radiation Pulses Having a Different Space-Time Shape on Metals | V. K. Goncharov |
| 1188-1195 | Use of a High-Resolution Infrared Fourier Spectrometer for Detection of Ultrasmall Impurities in Liquids and Gases | F. S. Zavelevich, S. M. Bednov, Yu. P. Matsitskii, A. G. Nikulin and S. M. Khramov |
| 1196-1200 | Synthesis of Thin Films with Controlled Absorption Using a Jet High-Frequency Induction Plasmatron | I. Sh. Abdullin, R. T. Galyautdinov and N. F. Kashapov |
| 1201-1209 | Numerical Modeling of the Thermal and Gasdynamic Structure of Plasma Flows in Electric-Arc Reactors with Three-Jet Mixing Chambers | L. I. Krasovskaya and M. A. Brich |
| 1210-1216 | Mechanism of Formation of a Cathode Coating in a Carbon Arc | V. M. Anishchik, I. A. Pyzhov, I. P. Smyaglikov and V. D. Shimanovich |
| 1217-1220 | Phase States of Hydrogen in Metallic Palladium | N. V. Piskunov, Yu. T. Sinyapkin, V. M. Kul'gavchuk and N. A. Protopopov |
| 1221-1225 | Optical Joint of Optoelectronic Radiation Converters with Immersion Light Guides and Calculation of Their Characteristics | L. F. Zhukov |
| 1226-1231 | Some Models of Stationary Thermoelectric Refrigerators | V. G. Okhrem |
| 1232-1238 | Influence of the State of a Surface on the Formation of a Rarefied Gas Flow in a Channel | O. V. Sazhin and S. F. Borisov |
| 1239-1246 | Experimental Investigation of Heat Conduction and of a Temperature Jump in Binary Mixtures of Nonreacting Gases with One Condensing Component | V. V. Makhrov and V. I. Miroshnichenko |
| 1247-1252 | Kinetics of Physical and Chemical Deposition of a Substance from the Gas Phase in Channels | V. V. Levdanskii and J. Smolik |
| 1253-1261 | Evaluation of the Force Constants of a DNA Molecule Using Its Model in the Form of Coil Springs | V. B. Nemtsov and A. N. Kamlyuk |
| 1262-1271 | Solution of a Heat-Conduction Problem for a Finite Cylinder and Semispace under Mixed Local Boundary Conditions in the Plane of Their Contact | P. A. Mandrik |
| 1272-1281 | Finite-Element Plane Model of Thermal Conditions in Self-Propagating High-Temperature Synthesis of Blanks in a Friable Shell | A. P. Amosov and A. F. Fedotov |
| 1282-1287 | Method of Physical Modeling and Its Potentialities | V. V. Kharchenko |
| 1288-1296 | Interrelation between the Kinetic Indices of the Process of Rectification and Moving Forces | V. N. Pavlechko, I. M. Plekhov and V. N. Gulyaev |
| 1297-1304 | Near-Wall Hydrodynamics of a Circulating Fluidized Bed | Yu. S. Teplitskii |
| 1305-1311 | Distinctive Features of the Formation and Migration of Radioactive Contamination in the Iput River after the Accident at the Chernobyl Nuclear Power Plant | O. M. Zhukova, N. M. Shiryaeva, N. K. Myshkina, É. D. Shagalova and V. V. Denisova, et al. |
| 1312-1323 | Screw-Type Windmills and Their Particular Features | I. I. Smul'skii |
| 1324-1330 | Chaotic Homogeneous Porous Media. 1. Structure Theorems | A. P. Mozhaev |
| 1331-1334 | Low-Pressure Microwave Discharge in a Plasmatron with a Rectangularly Shaped Resonator | S. V. Bordusov |
| 1335-1355 | Methods of Thermostabilization of the Radiation Power of Pulsed Injection Lasers | K. N. Korostik |
| 1357-1358 | Materials and Coatings under Extreme Conditions: Investigations, Application, and Environmentally Safe Technologies for Their Production and Utilization | N. N. Pavlyukevich, S. V. Reznik and G. A. Frolov |
| 1359-1363 | Vladimir Fedorovich Utkin - Designer and Scientist | I. V. Ershov |
| 1364-1374 | Modern Problems of Thermal Protection | Yu. V. Polezhaev |
| 1375-1388 | Modeling of the Temperature State of Large‐Size Space Structures | D. Yu. Kalinin and S. V. Reznik |
| 1389-1395 | Modeling of Thermal Strains of Multilayer Shell‐Type Space Structures | I. A. Sobolev and B. G. Popov |
| 1396-1398 | Investigation of the Serviceability of the Heat Shield of the Orbital Aircraft “Buran” under the Conditions of Radiant Heating on Solar Plants | V. V. Pasichnyi, V. Ya. Berezhetskaya, A. A. Goryachev, M. Ya. Gofin and G. A. Frolov |
| 1399-1411 | Heat Exchange on the Front Surface of a Blunt Body in a High‐Speed Flow Containing Low‐Inertia Particles | É. B. Vasilevskii, A. N. Osiptsov, A. V. Chirikhin and L. V. Yakovleva |
| 1412-1425 | Modeling of Heat and Mass Transfer in Systems of Radiation‐Evaporation Thermal Protection | A. P. Kuryachii |
| 1426-1430 | Methods of Optimal Designing of Constructions of Conventional and Composite Materials Subjected to Wave and Static Actions | V. N. Bakulin, E. L. Gusev and V. G. Markov |
| 1431-1436 | Special Features of the Thermophysical Modeling of Instrument Cubicles of Spacecraft | G. V. Kuznetsov and S. F. Sandu |
| 1437-1453 | Distinctive Features of Combustion of a Propellant at a Lewis Number Other than Unity in the Gas Phase | K. O. Sabdenov and L. L. Min'kov |
| 1454-1460 | Longitudinal Oscillations of an Orbital Cable System under the Thermal Action on the Cable | V. V. Korovin and A. N. Sdobnikov |
| 1461-1466 | Method of Protection and Diagnostics of the Combustion Chamber Wall on Exposure to a High‐Intensity Heat Flux | S. M. Arinkin |
| 1467-1474 | The Optimum Thickness of a Cooled Coated Wall Exposed to Local Pulse‐Periodic Heating | A. V. Attetkov, I. K. Volkov and E. S. Tverskaya |
| 1475-1483 | Escape of a Rarefied Gas into Vacuum through a Nonhomogeneous Porous Layer | E. Broverman, N. V. Pavlyukevich, S. Rozin and Y. Ronen |
| 1484-1498 | Study of Bulk and Nanoscale Materials by Tight‐Binding and Path Probability Methods | K. Masuda‐Jindo, R. Kikuchi and M. Menon |
| 1499-1508 | Fullerenes and Fullerene‐Like Structures: the Basis for Promising Materials | M. É. Shpilevskii, É. M. Shpilevskii and V. F. Stel'makh |
| 1509-1519 | Modeling of the Thermophysical Processes in Sintering Glassware | S. V. Reznik, D. Yu. Kalinin and A. V. Shulyakovskii |
| 1520-1532 | A New Direction in the Field of Synthesis of High‐Thermostability, Radiotransparent Glass‐Ceramics | E. I. Suzdal'tsev |
| 1533-1538 | Investigation of the Thermostability of Glass‐Ceramics of a Lithium Alumosilicate Composition | E. I. Suzdal'tsev |
| 1539-1547 | Use of Superhard Carbon Fibers for Creation of Structures with Thermal Adaptation | A. I. Meleshko and V. I. Demichev |
| 1548-1551 | Surface Heat Treatment of Facing and Other Materials with Concentrated Solar Energy | V. V. Pasichnyi and V. Ya. Berezhetskaya |
| 1552-1560 | Modeling of the Vapor Thermolysis of Rubber Waste | D. V. Aristarkhov and G. I. Zhuravskii |
| 1561-1565 | Technologies of Vegetable Biomass, Technical Rubber, and Plastic Waste Processing | D. V. Aristarkhov, G. I. Zhuravskii, É. P. Polesskii and B. A. Permyakov |
| 1566-1574 | Investigation of the Processes in Torches for High‐Speed Gas‐Plasma Spraying of Powder Materials with the Use of the Flow‐Rate Method of Action on the Flow | V. I. Timoshenko, I. S. Belotserkovets, V. P. Galinskii, V. Kh. Kadyrov and V. M Kisel', et al. |
| 1575-1582 | Thermal Fields in Crystallization of a Particle of a Sprayed Coating | A. M. Dubasov |
| 1583-1592 | Use of Ceramic Coatings as Thermal Barriers in Heat Cycling | N. M. Chigrinova |
| 1-8 | Some Problems on the Thermal State of the External Corium Catcher and on Selecting Its Optimum Structure | F. A. Akopov, A. S. Vlasov, L. A. Dombrovskii, L. I. Zaichik and Yu. A. Zeigarnik, et al. |
| 9-17 | Calculations of Temperatures, Stresses, and Strains in Heating of Thermally Massive Steel Products | V. I. Timoshpol'skii, I. A. Trusova, S. M. Kozlov, V. E. Rotenberg and P. É. Ratnikov |
| 18-25 | Synergetic Approach to the Description of Structural Effects in Metals Under Cyclic Thermal Actions | A. G. Anisovich and R. L. Tofpenets |
| 26-40 | Theory of Generalized Thermodynamic Systems with Memory | A. I. Shnip |
| 41-47 | Investigation of Wave Processes in a Thermoelastic Micropolar Solid Body by the Method of the Theory of Characteristics | M. D. Martynenko and S. M. Bosyakov |
| 48-53 | Method of Characteristics for Anisotropic Bodies with a Finite Velocity of Propagation of Heat | M. D. Martynenko and S. M. Bosyakov |
| 54-64 | Improvement of the Accuracy of the Large‐Particle Method in Calculation of Motions of Energy‐Saturated Media on Superposed Grids | V. V. Kondrashov |
| 65-70 | Numerical Modeling of Laminar Circulation Flow in a Cubic Cavity with a Moving Face | S. A. Isaev, A. G. Sudakov, N. N. Luchko, T. V. Sidorovich and V. B. Kharchenko |
| 71-80 | Numerical Modeling of Laminar Circulation Flow in a Square Cavity with a Moving Boundary at High Reynolds Numbers | S. A. Isaev, A. G. Sudakov, N. N. Luchko and T. V. Sidorovich |
| 81-87 | Calculation of the Outflow of a One‐Velocity Heterogeneous Mixture into Vacuum | V. S. Surov |
| 88-93 | Distinctive Features of Gasdynamics in Interaction of a Shock Wave with a Nonisothermal Gas Lock inside a Channel | V. G. Puzach and S. V. Puzach |
| 94-100 | Excitation of Narrow‐Band Pulsations in a Short Portion of Transition from the Smaller Diameter of a Pipe to a Larger Diameter and Possibilities of Preventing Them | V. G. Zasetskii, R. K. Karavosov, A. G. Prozorov and L. I. Sokolinskii |
| 101-107 | Modeling of Rotating and Recirculation Flows on the Basis of a Hybrid Two‐Parameter k–ε Model | V. A. Fafurin |
| 108-112 | Turbulent Convection in a Stratified Binary Mixture at a Vertical Surface | L. Kh. Ingel' |
| 113-119 | Natural Convection on a Moving Isothermal Vertical Plate with Chemical Reaction | R. Muthukumaraswamy and P. Ganesan |
| 120-125 | Mathematical Model of Oil Displacement by Water with the Use of Polymer‐Disperse Systems | A. Sh. Gazizov, A. I. Nikiforov and A. A. Gazizov |
| 126-133 | Heat and Mass Transfer in the Well–Stratum System under the Electromagnetic Action on Massive Oil Deposits | F. L. Sayakhov, L. A. Kovaleva and N. M. Nasyrov |
| 134-139 | Optimization of the Parameters of a Porous Coating under Conditions of Pool Boiling of Propane | M. N. Novikov |
| 140-144 | Influence of a Long Stay of the Heat‐Release Surface in Kerosene on the Critical Heat Flux in Boiling in It under Steady‐State and Step Conditions of Heat Release | S. G. Obukhov |
| 145-148 | Boiling of Refrigerants on Differently Oriented Tubes Placed in Granular Beds | P. T. Petrik, E. Yu. Starikova, I. V. Dvorovenko and A. R. Bogomolov |
| 149-154 | Complex Model of the Efficiency of Rectification Plates. 7. Interrelationship of Individual Parameters | V. N. Pavlechko |
| 155-162 | Phase Diagram of a Disperse System with Ascending Gas Flow | Yu. S. Teplitskii |
| 163-170 | Cooling of a Plane‐Parallel Disperse Layer | A. P. Ivanov and É. I. Vitkin |
| 171-177 | Procedure of Calculation of the Optical Characteristics of Selectively Radiating Gases | M. L. German, D. Lempert, V. P. Nekrasov and E. F. Nogotov |
| 178-189 | Calculation of the Influence of the Injection Rate of Carriers on the Volt-Ampere Characteristics of the nc-Si/CaF2 Multilayer Structure by the Method of Parallel Calculations | V. A. Sizyuk, G. V. Miloshevskii and I. Yu. Smurov |
| 190-197 | Features of Segregation of Doping Impurities of V(a) Subgroup Elements on Angular Configurations of the Silicon/Silicon Dioxide Oxidation Boundary | G. A. Tarnavskii, S. I. Shpak and M. S. Obrecht |
| 198-208 | Some Features of a Metallic Structure and Mechanisms of Its Destruction and Joining under Thermal and Mechanical Actions | E. M. Makushok and V. V. Kharchenko |
| 209-218 | Energy of Binding of Water and Ethyl Alcohol with Active Molecular Oxygen Formed as a Result of Contact of a Liquid with Coarsely Dispersed Natural Mineral Flint | P. P. Olodovskii |
| 219-228 | Experimental‐Statistical Investigation of Heat Exchange in a Cylindrical Mixing Chamber of a Three‐Jet Plasma Reactor | O. O. Yas'ko, A. L. Mossé, A. F. Bublievskii, A. V. Gorbunov and E. I. Yurinok, et al. |
| 229-232 | Cathode Drop of the Potential of a Vacuum Arc of Metals | G. V. Markov |
| 233-242 | Temperature Error Component of the Recirculation Optical Range Finder Based on the Injection Laser | K. N. Korostik and A. S. Buiko |
| 243-249 | One Approach to the Analytical Solution of a Two‐Dimensional Nonstationary Problem of Heat Conduction in Regions with Moving Boundaries on the Model of a Half‐Space | V. P. Kozlov, P. A. Mandrik and N. I. Yurchuk |
| 250-255 | Analytical Solution of Two‐Dimensional Contact Problems of Unsteady Heat Conduction in the Presence of Mixed Boundary Conditions in the Contact Plane | P. A. Mandrik |
| 256-267 | Prediction of Migration of Radionuclides in the Iput River Basin | O. M. Zhukova, N. M. Shiryaeva, N. K. Myshkina, V. V. Denisova and V. V. Skurat |
| 268 | ERRATA |
| 269-276 | Numerical and Physical Modeling of Turbulent Flow in a Divergent Channel with a Vortex Cell | S. A. Isaev, P. A. Baranov, S. V. Guvernyuk and M. A. Zubin |
| 277-280 | Occurrence and Development of Vortices in Turbulent Jets under the Effect of Sawtooth Sound Waves of Finite Amplitude | V. G. Pimshtein |
| 281-291 | Hydromagnetic Convection Flow through a Porous Medium in a Rotating Channel | D. V. Krishna, D. R. V. Prasada Rao and A. S. Ramachandra Murthy |
| 292-299 | Dynamics of Accumulation of Negative‐Buoyancy Blowouts into the Atmosphere in Windless Weather | V. Sh. Shagapov and G. R. Galiaskarova |
| 300-309 | Testing of a Multiblock Algorithm of Calculation of Nonstationary Laminar Separating Flows | S. A. Isaev, A. G. Sudakov, P. A. Baranov and N. A. Kudryavtsev |
| 310-316 | Investigation of the Processes of Acceleration, Heating, and Melting of the Particles of Refractory Materials in Gasdynamic Circuits of Torches for Flame Spraying | V. I. Timoshenko, I. S. Belotserkovets, V. P. Galinskii, V. Kh. Kadyrov and V. M. Kisel', et al. |
| 317-323 | Computer Simulation of the Structure of Disperse Systems by the Particle Method | N. A. Zvereva and V. A. Val'tsifer |
| 324-330 | One‐Velocity Heterogeneous Flow Near a Cone | V. S. Surov |
| 331-337 | Statistical Dispersion Model to Describe the Processes in a Homogenizer of the “Liquid–Liquid”-Type | T. A. Baranova and V. A. Sosinovich |
| 338-351 | Hydrodynamics of Rotory‐Pulsatory Apparatuses | A. I. Nakorchevskii, B. I. Basok and T. S. Ryzhkova |
| 352-358 | Stochastic‐Deterministic Modeling of the Development of Hydrodynamic Instability in Filtration of Mixing Fluids | M. D. Noskov, A. D. Istomin and A. G. Kesler |
| 359-365 | Modeling of the Nonisothermal Impregnation of Wood and Other Porous Media by Fluids | M. A. Brich and V. P. Kozhin |
| 366-370 | Use of Modified Relative Permeabilities for Hydrodynamic Calculations in Stratified Oil Beds | V. V. Eliseenkov and S. P. Plokhotnikov |
| 371-383 | Chaotic Homogeneous Porous Media. 2. Theory of Dispersion Turbulence: Basic Propositions | A. P. Mozhaev |
| 384-389 | Mathematical Model of Vacuum‐Oscillating Drying of Lumber | R. G. Safin, V. A. Lashkov, L. G. Golubev and R. R. Safin |
| 390-395 | Rheodynamic Precision Surface Treatment Controlled by a Magnetic Field | N. A. Zhuravskii, D. É. Polesskii and I. V. Prokhorov |
| 396-400 | Viscoelastic Properties of Magnetorheological Elastomers in the Regime of Dynamic Deformation | S. A. Demchuk and V. A. Kuz'min |
| 401-405 | Measurement of the Complex Compliance of Coatings of Elastic Materials | V. M. Kulik, S. L. Morozova and S. V. Rodyakin |
| 406-415 | Flow of a Polymer Solution between Two Rotating Rolls | D. A. Berezinskii and A. V. Kosterin |
| 416-423 | Investigation of the Strength and Elastic Properties of Glass‐Ceramic of a Lithium Alumosilicate Composition | E. I. Suzdal'tsev |
| 424-431 | Laws of Formation of the Structure and Properties of Pyroceramic of a Lithium Alumosilicate Composition in the Process of Thermal Treatment | E. I. Suzdal'tsev |
| 432-440 | Mathematical Modeling of the Heat-Transfer Intensity by the Methods of the Theory of Experiment Design | V. A. Levin, N. I. Sidnyaev, N. E. Afonina and A. M. Kats |
| 441-445 | Identification of Local Thermal Contact Resistances by Solving the Inverse Heat‐Conduction Problems | Yu. M. Matsevityi, O. S. Tsakanyan, N. M. Kurskaya and N. A. Koshevaya |
| 446-452 | Employment of the Conjugate Equations of First and Second Order in Evaluating the Error of Solution of the Heat‐Conduction Equation | A. K. Alekseev |
| 453-457 | Temperature Field in the Active Element of an Electromagnet Performance Criteria for Analytical Calculation of the Nonstationary | V. S. Loginov and A. R. Dorokhov |
| 458-464 | Stationary Problem of Contact Melting in the Presence of External Forces | I. M. Temukuev and M. K. Zhekamukhov |
| 465-470 | Crystallization of Hexamethylene Tetramine in the Case of Continuous Increase in the Vacuum | V. A. Lashkov, É. A. Zainutdinov, R. G. Safin and V. V. Buzuev |
| 471-476 | Determination of the Specific Heat Release in Polar Gases and Fluids in a Variable Electric Field | S. V. Bordusov, S. V. Spiridonov and G. G. Starobinets |
| 477-483 | Investigations of the Decaying Plasma of Electronegative Gases | S. A. Gutsev |
| 484-490 | Spectrophotometric Method of Diagnosing Liquid‐Fuel Rocket Engines | Yu. M. Golovin, F. S. Zavelevich, A. P. Kuchin, Yu. P. Matsitskii and K. B. Moshkin, et al. |
| 491-499 | Chemical CW Lasers with an Extended Active Medium | I. A. Fedorov, S. V. Konkin, V. K. Reboné, M. A. Rotinyan and A. A. Belyaev, et al. |
| 500-507 | Self‐Cooling of a Gas, Absorbing Laser Radiation, Due to the Intensification of Photoabsorption Convection | G. V. Mishakov |
| 508-513 | Consideration of Results on Superdeep Penetration of Particles into Metallic Obstacles | S. M. Usherenko, O. A. Dybov and O. I. Koval' |
| 514-519 | Photoemission Charging of a Collective of Aerosol Particles | L. A. Lyalin and K. I. Semenov |
| 521-528 | Numerical Simulation of Explosive Volcanic Eruption in the Initial Stage | N. A. Kudryashov, G. S. Romanov and A. F. Shevyakov |
| 529-539 | Mixing of Particles in a Circulating Fluidized Bed | Yu. S. Teplitskii and E. F. Nogotov |
| 540-546 | Complex Model of the Efficiency of Rectification Plates. 8. Comparison with Other Models with Respect to Experimental Data | V. V. Pavlechko and É I. Levdanskii |
| 547-553 | Calculation of the Flow of a Weakly Compressible Viscous Gas Using a Multiprocessor Computer System | A. M. Nemukhina and B. N. Chetverushkin |
| 554-560 | Stability of a Fluid‐Filled Gyroscope | A. A. Gurchenkov |
| 561-565 | Experimental Studies of the Influence of a High‐Frequency Electromagnetic Field on the Convection of Fluids in a Vertical Tube | M. A. Fatykhov and A. R. Zinnatullin |
| 566-574 | Symmetries of Cylindrical Equations of Hydrodynamics and Convective Heat Exchange | A. A. Avramenko and B. I. Basok |
| 575-578 | Motion of a Heated Spheroidal Particle at Low Reynolds Numbers | N. V. Malai |
| 579-583 | Analysis of the Efficiency of Control of Flow about Bodies Using Vortex Cells with Allowance for Energy Expenditure | S. A. Isaev, Yu. S. Prigorodov and A. G. Sudakov |
| 584-598 | Model of the Surface of Equal Concentration in a Turbulent Reacting Flow | Yu. V. Zhukova and V. A. Sosinovich |
| 599-607 | Numerical Modeling of the Three‐Dimensional Unsteady Convection of a Silicon Melt in a Vessel Typical of Czochralski‐Method Apparatuses | N. G. Ivanov and E. M. Smirnov |
| 608-613 | Thermal and Stressed States of a Tube in Transportation of Liquid Sodium | A. V. Minov |
| 614-623 | Method of Characteristics for the Dynamic Thermoelastic Problem of a Cubically Anisotropic Body in Stresses | M. D. Martynenko and S. M. Bosyakov |
| 624-631 | Conjugate Heat Exchange of Cooled Polymer Films in Jet Pressing of Them Against a Drum | V. G. Gorobets |
| 632-640 | Mathematical Modeling of the Process of Polymerization of Butadiene on a Cobalt Catalyst in the Periodic Regime | G. A. Aminova, G. V. Manuiko, G. I. Litvinenko, V. L. Zolotorev and G. S. D'yakonov, et al. |
| 641-645 | Dispersion Phenomenon in Extruding a Material from a Vessel Through a Narrow Hole | M. K. Zhekamukhov and L. Z. Shukhova |
| 646-647 | Solution of the Problem of Identification of the Process of Heating of Cylindrically Shaped Bodies in Industrial Furnaces | V. B. Kovalevskii, I. A. Koval'kova and A. T. Koval'kov |
| 648-650 | Refined Formulas for Determination of the Inverse Laplace Transform Using Fourier Series and their Use in Problems of Heat Conduction | V. N. Maksimovich and T. Ya. Solyar |
| 651-654 | Analytical Solution of a Nonhomogeneous Kinetic Equation with a Variable Frequency of Collisions | A. V. Latyshev, V. N. Popov and A. A. Yushkanov |
| 655-660 | Analytical Solution of the Nonhomogeneous Kinetic Equation in the Problem of Isothermal Slip of a Rarefied Gas Along a Solid Spherical Surface | V. N. Popov |
| 661-669 | On Allowance for Energy Accommodation in Calculating the Heat Flux from a Spherical Particle at Arbitrary Knudsen Numbers | S. A. Savkov |
| 670-675 | Chemical Deposition on Aerosol Particles | V. V. Levdanskii, J. Smolik, P. Moravec and V. Zdimal |
| 676-683 | Simulation of Adsorption and Absorption Processes Based on Phenomenological Thermodynamics | A. V. Tvardovskii and V. Yu. Yakovlev |
| 684-692 | Investigation of the Dynamics of Evaporation of Condensed Bodies on the Basis of the Law of Spectral‐Radiation Intensity of Particles | N. I. Nikitenko |
| 693-699 | Problem of Modeling of the Interaction of Nonstationary Electric, Thermal, and Diffusion Fields in Layered Media | N. N. Grinchik and V. A. Tsurko |
| 700-705 | Determination of the Chemical Potential of Mass‐ and Heat‐Transfer Processes in Porous Bodies | V. V. Beloborodov |
| 706-711 | Coolers Based on Solid Sorbents | L. L. Vasil'ev |
| 712-718 | Mathematical Modeling of the Process of Heat and Moist Treatment of Concrete and Reinforced-Concrete Products | S. V. Frolov and A. V. Lagutin |
| 719-724 | High‐Temperature‐Head Hydroaerodynamic Heat Exchanger | O. I. Rakitin |
| 725-731 | Dynamics of a Shock Wave in Laser-Induced Surface Air Breakdown | A. M. Chumakov, A. M. Petrenko and N. A. Bosak |
| 732-737 | Plasma Electron Source with a Beam of Large Cross Section | V. A. Gruzdev, V. G. Zalesskii, D. A. Antonovich and Yu. P. Golubev |
| 738-742 | Features of Formation of Resistive States with Abnormally Small Temperature Coefficients of Electrical Resistance in the Heterogeneous Systems FeSi–FeSi2 | V. V. Kryuk, A. V. Pilyugin, A. A. Povzner and I. N. Sachkov |
| 743-749 | Effect of Retardation of the Transfer of Sr‐89 to the Body of Rats Drinking Water Filtered Through Coarsely Divided Naturally Occurring Mineral Flint | P. P. Olodovskii and Yu. P. Istomin |
| 750-752 | Calculation of the Combustion Heats of Hydrocarbons of the Homologous Series of Methane | V. V. Sagadeev, E. V. Sagadeev, R. A. Kafiatullin and V. I. Sagadeev |
| 753-771 | Modern Notions of the Effect of Superdeep Penetration | S. M. Usherenko |
| 773-784 | Kinematics of Flow of a Slow Suspended-Particle Flux about a Sphere as Applied to the Sedimentation of a Bidisperse Suspension | I. G. (J. H) Dik (Dueck) and L. L. Min'kov |
| 785-791 | Investigation of Flows of a Gas–Dust Mixture by the Methods of Molecular-Kinetic Theory | A. P. Kryukov, V. Yu. Levashov and I. N. Shishkova |
| 792-797 | Dependence of the Condensation (Sticking) Coefficient on the Radius of Small Aerosol Particles | V. V. Levdanskii |
| 798-803 | Numerical Simulation of Polymolecular Adsorption | P. V. Koshkin and A. V. Tvardovskii |
| 804-810 | Computational Thermodynamics of a Colloid of Isotropic Ferroparticles | B. E. Kashevskii |
| 811-815 | Macroparticle Acceleration in a Carbon Arc | I. P. Smyaglikov and V. D. Shimanovich |
| 816-821 | Distinctive Features of Temperature Profiles in Filtration-Combustion Waves Related to the Temperature Dependences of the Heat Capacities of a Gas Mixture and a Solid Phase | S. I. Shabunya and V. V. Martynenko |
| 822-833 | Calculations of the Effective and Apparent Joule–Thomson Coefficients upon Gassy Liquid Filtration | A. I. Filippov, E. M. Devyatkin, N. P. Mikolaichuk and S. A. Filippov |
| 834-839 | Influence of the Direction of Flows on the Basic Technical Characteristics of Membrane Apparatuses with Capillaries Permeable to Hydrogen | L. L. Murav'ev |
| 840-848 | Numerical Modeling of Heat and Mass Transfer in a Low-Temperature Heat Pipe | G. V. Kuznetzov and A. E. Sitnikov |
| 849-858 | On Convective Instability of Air in the Snow Cover | M. K. Zhekamukhov and I. M. Zhekamukhova |
| 859-867 | Diffusion-Thermal Instability of a Laminar Flame | K. O. Sabdenov |
| 868-872 | Experimental Determination of the Boundary of Monotonic Disturbances upon Instability of the Mechanical Equilibrium in Three-Component Gas Mixtures | Yu. I. Zhavrin, V. N. Kosov, D. U. Kul'zhanov and K. K. Karataeva |
| 873-879 | Stability of Ionized Beams | K. B. Galitseiskii |
| 880-884 | Analogy between the Response of a Turbulent Jet and a Pendulum with a Randomly Vibrating Suspension Axis to Periodic Excitation | E. V. Vlasov, A. S. Ginevskii, P. S. Landa and D. L. Samodurov |
| 885-889 | Numerical Simulation of Turbulent Heat Transfer in a Rotating Disk at Arbitrary Distribution of the Wall Temperature | I. V. Shevchuk |
| 890-898 | Modeling of the Influence of Viscosity on the Tornado Heat Exchange in Turbulent Flow around a Small Hole on the Plane | S. A. Isaev, A. I. Leont'ev, Kh. T. Metov and V. B. Kharchenko |
| 899-909 | Heat and Mass Flux Effects on a Moving Vertical Cylinder with Chemically Reactive Species Diffusion | P. Ganesan and P. Loganathan |
| 910-919 | Influence of Polyacrylamide Additions on the Head Loss in Abrupt Contractions and Expansions of Pipes | V. V. Chernyuk, B. S. Pitsishin, V. I. Orel and V. M. Zhuk |
| 920-924 | Motion of a Thin Oblique Layer of a Pseudoplastic Fluid | D. V. Lyubimov and A. V. Perminov |
| 925-933 | Dynamics of a Fluid in a Roughness Layer | É. I. Smolyar |
| 934-941 | Modeling of the Impact of a Bubble-Liquid Droplet | V. S. Surov |
| 942-946 | Assessment of the Critical State of the Polyethylene Pipe in the Area of the Mechanical Metal–Polymer Joint at Low Climatic Temperatures | A. S. Struchkov |
| 947-953 | Finite-Element Axially Symmetric Model of the Thermal Regime under Self-Propagating High-Temperature Synthesis of Blanks in a Free-Flowing Shell | A. F. Fedotov, V. P. Radchenko and M. A. Ermolenko |
| 954-956 | Steady-State Temperature Field of a Cylindrical Mass of Raw Material when It Is Self-Heated by an Ellipsoidal Source | V. P. Ol'shanskii |
| 964-969 | Heating of Intraocular Media by Near IR Laser Radiation | A. S. Podol'tsev and G. I. Zheltov |
| 964-969 | Formation of Dataware for Evaluating the Potential Danger of Deactivation Waste Storages | V. V. Skurat, N. M. Shiryaeva, N. K. Myshkina, A. A. Gvozdev and G. Z. Serebryanyi, et al. |
| 970-976 | Method of Solution of a System of Equations Describing the Continuous Process of Polymerization under Conditions of a Polyaddition Reaction | G. A. Aminova, M. D. Bronshtein, G. V. Manuiko, T. V. Ignashina and V. V. Davydova, et al. |
| 977-984 | Molecular-Statistical Description of Nonuniformly Deformed Specimens. 2. Calculation of the Distribution Functions of Molecules and Vacancies in a One-Dimensional Uniformly Deformed Statistical Extension–Compression Model | I. I. Narkevich, S. I. Lobko, A. V. Zharkevich and P. P. Kazakov |
| 985-989 | Interphase Energy at a Thin Metal Thread–Dielectric Medium Interface | V. A. Sozaev, V. V. Chernov and D. V. Yaganov |
| 990-996 | Anomalies of the Boundary Reflection of Ultrasound from the Film of a Dissipative Medium | D. A. Kostyuk and Yu. A. Kuzavko |
| 997-1012 | Effect of Superdeep Penetration. State of the Art and Prospects | O. V. Roman, S. K. Andilevko, S. S. Karpenko, G. S. Romanov and V. A. Shilkin |
| 1013-1020 | Investigation of the Sorption and Heat-Exchange Processes in a Heat Pump with the Use of a Thermosiphon | L. L. Vasil'ev and L. E. Kanonchik |
| 1022-1027 | Hydraulic Resistance of a Random Spiral Packing for Regenerators | L. A. Akulov and S. A. Bessonov |
| 1028-1032 | Influence of the Configuration of a Nonuniformly Cooled Plate on the Intensity of the Process of Film Condensation from a Moist-Air Flow | N. V. Amirkhanyan and S. G. Cherkasov |
| 1033-1036 | Investigation of Noises in Boiling on an Electrically Heated Wire | A. V. Korolev and A. N. Litvin |
| 1037-1042 | Experimental Investigation of Changes in the Wall Temperature in Different Regimes of Motion of Supercritical-Pressure Liquids | R. F. Kelbaliev |
| 1043-1047 | Two Variants of Calculation of the Parameters of Bubbling Processes in Axisymmetric Channels with a Variable Flow Area | V. N. Didenko and D. N. Popov |
| 1048-1053 | Application of the Luikov Approximate Solutions to Mathematical Description of the Process of Self-Freezing of Materials by Decreasing Pressure | V. A. Lashkov, A. V. Petrova and R. G. Safin |
| 1054-1058 | Comparative Evaluation of the Resistance of Polyethylene and Steel Pipelines to a Frost Crack | F. I. Babenko, A. A. Sukhov and A. K. Rodionov |
| 1059-1064 | Dependence of the Superdeep-Penetration Efficiency on the Energy Parameters of an Explosive Accelerator of Powder Particles | O. V. Roman, S. K. Andilevko, S. S. Karpenko, G. S. Romanov and V. A. Shilkin |
| 1065-1069 | A Contribution to the Problem of the Superdeep-Penetration Model | S. K. Andilevko |
| 1070-1075 | Wave Expander | S. V. Bulovich and R. L. Petrov |
| 1076-1085 | Modeling of the Flow Parts of Stationary Centrifugal Compressor Machines for Compression of Real Gases. Gasdynamic Tests and Processing of Their Results. I. Theoretical Calculations | G. N. Den and A. A. Malyshev |
| 1086-1091 | Investigation of the Internal Aerodynamics of the Chimney-Type Evaporative Cooling Tower | A. V. Vlasov, G. V. Dashkov, A. D. Solodukhin and S. P. Fisenko |
| 1092-1098 | Turbulent Flow in the Near-Wall Region as Anisotropic-Fluid Flow | V. A. Babkin |
| 1099-1106 | Calculation of a Two-Phase Dynamic Laminar Boundary Layer and a Thermal Laminar Boundary Layer on a Plate | A. P. Vasil'ev |
| 1107-1112 | Numerical Investigation of Unsteady Heat Exchange in Ignition for Reactive Channel Walls by the Flow of a High-Temperature Viscous Gas | V. M. Ushakov and O. V. Matvienko |
| 1113-1115 | Capillary Waves on the Surface of a Thin Layer of a Charged Conducting Liquid | I. N. Aliev, A. R. Mil'divskii and I. A. Naumov |
| 1116-1124 | Transformation of the Magnetostatic-Field Spatial Harmonic in a Magnetic Fluid Layer | A. N. Vislovich and A. B. Sukhotskii |
| 1125-1129 | Investigation of the Electroconvective Flow of a Weakly Conducting Liquid with Unipolar Injection Conductivity by the Finite-Element Method | I. A. Ermolaev and A. I. Zhbanov |
| 1130-1138 | Heat Transfer for Vertical Surfaces with Discrete Fins in the Case of Free Convection | V. G. Gorobets |
| 1139-1146 | Stochastic-Deterministic Modeling of the Development of Hydrodynamic Instability in Nonisothermal Filtration | M. D. Noskov, A. D. Istomin and A. G. Kesler |
| 1147-1154 | Calculation of Nonstationary Flow Around a Circular Cylinder within the Framework of Multiblock Computational Technologies | S. A. Isaev, A. G. Sudakov, A. E. Usachov and V. B. Kharchenko |
| 1155-1158 | Verification of the Multiblock Computational Technology in Calculating Laminar and Turbulent Flow around a Spherical Hole on a Channel Wall | S. A. Isaev, I. A. Pyshnyi, A. E. Usachov and V. B. Kharchenko |
| 1159-1164 | Thermal Diagnostics of Friction in Cylindrical Couplings. II. Computational Experiments and Generalization | N. P. Starostin and A. S. Kondakov |
| 1165-1173 | Some Regularities of Heat and Mass Transfer in the Case of Fire Within a Building | S. V. Puzach and V. M. Kazennov |
| 1174-1183 | High-Frequency Method of Removal of Paraffin Plugs in the Equipment of Oil Wells and Oil Pipelines | V. A. Balakirev, G. V. Sotnikov, Yu. V. Tkach and T. Yu. Yatsenko |
| 1184-1187 | Heat Transfer in a Plane Three-Layer System with a Heat-Conducting Not-Through Enclosure | A. N. Khutornoi, N. A. Tsvetkov and S. I. Skachkov |
| 1188-1195 | Accounting for Energy Accommodation in Calculating the Heat Flux from a Spherical Particle in a Diatomic Gas | S. A. Savkov and A. A. Yushkanov |
| 1196-1199 | Solution of Certain Problems in the Thermal Diffusion of Binary Gases | M. M. Mamedov and N. M. Mamedov |
| 1200-1206 | Analysis of the Safety of the Burial Grounds of Decontamination Waste of Chernobyl Origin in the Territory of Belarus | V. V. Skurat, N. M. Shiryaeva, N. K. Myshkina, A. A. Gvozdev and G. Z. Serebryanyi, et al. |
| 1207-1212 | Investigation and Elaboration of Methods of Multicolor Optical Thermometry | L. F. Zhukov and A. V. Bogdan |
| 1213-1218 | Technology of Sputtering High-Reflection Coatings on ABS-Plastic Articles | R. T. Galyautdinov, N. F. Kashapov and G. S. Luchkin |
| 1219-1222 | Coefficient of Ion Erosion of the Vacuum Arc of Metals and Alloys | G. V. Markov |
| 1223-1226 | Calculation of the Temperature Field of a Printed-Circuit Board with Account for Convective and Radiative Heat Exchange on the Board Surface | V. P. Alekseev, G. V. Kuznetsov and S. V. Shloma |
| 1227-1228 | Semiconductor Fatigue-Damage Indicator | M. K. Karabaev, K. É. Onarkulov, M. M. Akhmedov and D. A. Yusupova |
| 1229-1233 | Electrophysical Characteristics of a Posistor Block | S. R. Syrtsov, V. N. Shut, D. A. Il'yushchenko and E. L. Gavrilenko |
| 1234-1247 | Application of MHD Effects in Electrolytes for Modeling Vortex Processes in Natural Phenomena and in Solving Engineering-Physical Problems | N. F. Bondarenko, E. Z. Gak and M. Z. Gak |
| 1249-1253 | Multifactor Experiments under Superdeep-Penetration Conditions | S. M. Usherenko, L. G. Korshunov and O. I. Koval' |
| 1254-1255 | Effect of Superdeep Penetration (Punching of Obstacles) and Its Influence on the Operation of Electronic Elements | S. M. Usherenko, G. S. Romanov, O. A. Dybov, A. I. Belous and S. V. Shvedov |
| 1256-1263 | Production of Coatings from Powder Materials with the Use of a Short Argon Arc. 1. Experimental Study of Plasma Heating of Macroparticles | V. D. Shimanovich, I. P. Smyaglikov and A. I. Zolotovskii |
| 1264-1270 | Dynamics of the Disturbances of a Weakly Ionized Plasma under Conditions of the Chambers of Thermal Energy Converters | E. N. Perevoznikov, V. A. Pinchuk and Yu. I. Shveiko |
| 1271-1277 | Stationary Temperature of an Anode Heated in Aqueous Electrolytes | P. N. Belkin and A. B. Belikhov |
| 1278-1282 | Multicriterial Optimization of the Operation and Design Parameters of Electric-Arc Plasmatrons of Linear Circuits | O. V. Zhilinskii, T. V. Laktyushina and A. N. Laktyushin |
| 1283-1291 | Increasing the Efficiency of Laser Heat Treatment of a Lathe Tool with Allowance for the Influence of the Cutting Regimes | S. I. Yares'ko |
| 1292-1300 | A Contribution to the Problem of Correct Description of Electromagnetic Waves in Layered Media with Magnetic Properties | N. N. Grinchik and E. F. Nogotov |
| 1301-1313 | Mathematical Model for Calculating the Heat-Protection Properties of the Composite Coating “Ceramic Microspheres–Binder” | M. L. German and P. S. Grinchuk |
| 1314-1318 | Thermal Conductivity of Methanol–N Octanol Binary Solutions at Different Temperatures and Pressures | M. M. Bashirov |
| 1319-1322 | Evaluation of the Thermophysical Characteristics of a Bubbling-Type Reactor on Transformation of Silicon Tetrafluoride into Monosilane | N. V. Stepanenko, V. P. Vasilevich and V. A. Nemtsev |
| 1323-1328 | Electrostatic Method for Determining the Predisposition of Soil to Deflation | V. N. Lazutin, I. B. Uskov, L. V. Kozyreva and O. S. Pogorelova |
| 1329-1331 | Pressure Transducer Based on Tensosensitive Films of Bismuth–Antimony Telluride | Kh. T. Igamberdiev, K. É. Onarkulov, R. T. Rasulov and D. A. Yusupova |
| 1332-1338 | Mathematical Modeling of Evaporative Cooling of Water in a Mechanical-Draft Tower | A. A. Brin', A. I. Petruchik and S. P. Fisenko |
| 1339-1347 | Canonical-Element Method for Modeling Hydrodynamics and Heat and Mass Exchange in Arbitrarily Shaped Regions | N. I. Nikitenko, Yu. N. Kol'chik and N. N. Sorokovaya |
| 1348-1356 | Free-Convective Heat Transfer from Cylindrical Surfaces with Transverse Sectional Finning | V. G. Gorobets |
| 1357-1362 | Motion of a Viscous Incompressible Fluid in a Pipe in a Rotating Coordinate System | V. D. Tyutyuma |
| 1363-1369 | Numerical Simulation of Nonstationary Turbulent Flow around an Automobile Profile Near a Mobile Screen | S. A. Isaev, N. A. Kudryavtsev, A. E. Usachev and V. B. Kharchenko |
| 1370-1373 | Numerical Simulation of the Influence of Viscosity on Turbulent Flow around a Thick Airfoil with Vortex Cells | S. A. Isaev, Yu. S. Prigorodov, A. G. Sudakov and D. P. Frolov |
| 1374-1378 | Influence of the Curvature of an Airfoil on the Structure of Transonic Flow | A. V. Ivanova |
| 1379-1386 | Gas Flow in a Plane Channel with Oscillating Walls | A. L. Tukmakov |
| 1387-1399 | Heat Exchange in a Laminar Bubble Flow on the Initial Portion of a Plane Channel | A. P. Vasil'ev |
| 1400-1406 | Influence of the Vibrations of a Vessel on Heat Exchange at the Bottom | N. V. Selivanov and A. K. Il'in |
| 1407-1411 | Influence of a Variable Fluid Viscosity on Heat Exchange in Laminar Convection | N. V. Selivanov |
| 1412-1421 | Role of the Diffusion Mechanism of Mass-Transfer Processes in Conic Capillaries Submerged in a Liquid | N. P. Migun, A. I. Shnip and L. E. Reut |
| 1422-1428 | Model of Film Flow in a Dead-End Conic Capillary | N. P. Migun and A. I. Shnip |
| 1429-1436 | Theoretical Models of Surface Heat Treatment of Products in Solar Furnaces. 1. Uniform Radiant-Energy Flux | V. V. Pasichnyi and B. A. Uryukov |
| 1437-1444 | Theoretical Models of Surface Heat Treatment of Products in Solar Furnaces. 2. Nonuniform Radiant-Energy Flux | B. A. Uryukov and V. V. Pasichnyi |
| 1445-1453 | Numerical Simulation of Heat-and-Mass Transfer and Structural Transformation in Disperse Materials | V. A. Sychevskii |
| 1454-1462 | Influence of the Mobility of a Boundary on the Temperature Field of a Half-Space under Unstable Conditions of Heat Exchange with the Environment | A. V. Attetkov, P. A. Vlasov and I. K. Volkov |
| 1463-1470 | Analytical Calculation of Solidification of a Melt in a Mold | V. V. Dremov and F. V. Nedopekin |
| 1471-1478 | Maximum Temperature of a Fire Sheet (Screen) with Tubes Welded on the Outside | A. P. Baskakov and E. V. Il'ina |
| 1-5 | Application of a Heat Hydraulic Accumulator to Thermal Stabilization of the Evaporation Zone of a Heat Pipe | N. N. Maklakov and S. M. Khramov |
| 6-9 | Extraction of Water from a Capillary Sample in an Acoustic Field | Yu. G. Korobeinikov and A. V. Fedorov |
| 10-17 | Heating of a Liquid‐Saturated Porous Medium by an Acoustic Field | V. Sh. Shagapov, I. G. Khusainov and A. G. Yumaguzina |
| 18-27 | Mathematical Modeling of Heat and Mass Transfer in Evaporation of a Substance from a Porous Body in Vacuum | V. A. Sychevskii, N. V. Pavlyukevich, L. L. Vasil'ev and S. Rozin |
| 28-38 | Analysis of the Main Regularities of Obtaining Frozen Granules of Products as Applied to Sublimation Drying | V. I. Novikova, L. L. Vasil'ev and G. L. Malenko |
| 39-48 | Chaotic Homogeneous Porous Media. 3. Basic Parameters of Macrodispersion | A. P. Mozhaev |
| 49-53 | Determination of the Initial Velocity and Duration of Motion of a Fluid in Capillaries | V. Z. Kanchukoev, B. S. Karamurzov, V. A. Sozaev and V. V. Chernov |
| 54-60 | Limiting Intensification of Heat Exchange in Tubes Due to Artificial Turbulization of the Flow | G. A. Dreitser and I. E. Lobanov |
| 61-69 | Numerical Analysis of the Influence of the Depth of a Spherical Hole on a Plane Wall on Turbulent Heat Exchange | S. A. Isaev, A. I. Leont'ev, P. A. Baranov and I. A. Pyshnyi |
| 70-75 | Quasi‐Self‐Similar Description of an Exhaust Jet | A. N. Kucherov |
| 76-82 | Heat Transfer from a Jet Flowing into a Closed Cavity | G. V. Tkachenko and B. A. Uryukov |
| 83-92 | Investigation of the Performance of a Spiral‐Coil Finned Tube Heat Exchanger under Dehumidifying Conditions | P. Naphon and S. Wongwises |
| 93-97 | Formulation of the Boundary‐Value Problems of Longitudinal Mixing of Particles in Circulating Fluidized Beds | Yu. S. Teplitskii |
| 98-103 | Thermodynamic Investigation of the Behavior of Ash‐Forming Components in Burning Coal | G. Ya. Gerasimov |
| 104-108 | Production of Coatings from Powder Materials with the Use of a Short Argon Arc. 2. Heat Flux from the Plasma to a Macroparticle | I. P. Smyaglikov, V. D. Shimanovich and Yu. V. Khodyko |
| 109-115 | Formation of High‐Velocity Microjets in Different Variants of Superdeep Penetration | S. M. Usherenko, O. I. Koval' and Yu. S. Usherenko |
| 116-120 | Formation of the Structure of a Surface Layer in Multiple Laser Doping | O. G. Devoino, M. A. Kardapolova, N. N. Dorozhkin and O. V. D'yachenko |
| 121-123 | Influence of the Atomic Mass of a Plasma‐Forming Target on the Parameters of Laser‐Emission Discharge | V. V. Shkurko |
| 124-128 | Reflectionless Absorption of Electromagnetic Radiation in Its Incidence on the Two‐Layer System Dielectric–Metal at an Angle | É. R. Kasimov |
| 129-133 | Band of Selective Transmission of Electromagnetic Radiation by an Absorbing Dielectric Layer | É. R. Kasimov |
| 134-141 | Magnetohydrodynamic Light Source with a High‐Temperature Current Sheet | S. S. Katsnel'son, N. P. Gridnev and G. A. Pozdnyakov |
| 142-150 | Investigation of Sonoluminescence Amplification under the Interaction of Ultrasonic Fields Widely Differing in Frequency | N. V. Dezhkunov |
| 151-157 | Anomalies of the Propagation of Longitudinal Sound in a Layer of a Dissipative Medium | D. A. Kostyuk and Yu. A. Kuzavko |
| 158-162 | Radiation Pressure on an Acoustic Cylinder in the Intermediate and Far Zones of an Ultrasonic Field | A. I. Brazhnikov and N. I. Brazhnikov |
| 163-167 | Distinctive Features of the Propagation of Sound Waves in a Perfect Gas at Low Pressure | A. N. Volobuev and A. P. Tolstonogov |
| 168-172 | Influence of the Temperature Distribution on Chemical Deposition in Internal Problems | V. V. Levdanskii and J. Smolik |
| 173-178 | Rheology of Liquid‐Crystalline Polymeric Systems | A. V. Kondratenko and V. B. Nemtsov |
| 179-187 | Rheological Behavior and Strength of Composite Systems of the Type “Aluminum or Its Alloy (Polymer)–Oxide Ceramics–Chromium Carbide” | M. V. Kireitsev |
| 188-192 | Comparison of Calculation and Measurement Data on Vibrational Characteristics of Pliable Coatings | V. M. Kulik and S. V. Rodyakin |
| 193-196 | Charge Properties of a Condenser System Based on the Two‐Layer Dielectric SiO2–Ta2O5 | V. A. Pilipenko, V. N. Ponomar' and T. V. Petlitskaya |
| 197-199 | Bilaterally Sensitive Photodiode Structures in the System Gallium Arsenide–Cadmium Sulfide | K. Vakhobov, A. V. Karimov, A. G. Gaibov, D. M. Edgorova and Kh. T. Igamberdiev |
| 200-203 | Investigation of the Mechanical Twinning of Antimony Single Crystals by Nanoindentation | O. M. Ostrikov and S. N. Dub |
| 204-209 | Two‐Dimensional Stationary Temperature Field of a System of Bounded Inhomogeneous Cylinders which Are in Ideal Thermal Contact | A. V. Alifanov and V. M. Golub |
| 210-221 | Calculation of Stresses and Strains Developing in Freezing of Water in Closed Vessels | M. K. Zhekamukhov and Kh. B. Shokarov |
| 222-225 | Influence of Thermocycling on the Thermophysical Properties of Epoxy Compositions Hardened with Phosphorus Carbon Fibers | L. E. Evseeva, S. A. Tanaeva, V. I. Dubkova and O. I. Maevskaya |
| 226-229 | Modern Information Technologies in Scientific Periodicals | V. A. Pavlovtsev, V. A. Fomina and A. Yu. Olevanov |
| 231-237 | Investigation of the Microphysical Characteristics of Aerosols by the Method of Electrodynamic Suspension of Particles. 1. Structure of the EDS and Determination of the Drag Force of Microparticles | V. A. Runkov, P. E. Suetin and S. A. Beresnev |
| 238-241 | Theoretical Prerequisites for One Magnetooptical Method of Measurement of the Viscosity of a Fluid | S. B. Kashevskii |
| 242-250 | Superdeep Penetration | S. K. Andilevko |
| 251-256 | Problem of Mass Transfer in the Case of Superdeep Penetration | S. K. Andilevko |
| 257-265 | Numerical Analysis of the Jet‐Vortex Pattern of Flow in a Rectangular Trench | S. A. Isaev, P. I. Kudinov, N. A. Kudryavtsev and I. A. Pyshnyi |
| 266-270 | Intensification of Tornado Turbulent Heat Exchange in Asymmetric Holes on a Plane Wall | S. A. Isaev, A. I. Leont'ev, A. V. Mityakov, I. A. Pyshnyi and A. E. Usachov |
| 271-273 | Acoustic Excitation of Noncircular Turbulent Jets | E. V. Vlasov, A. S. Ginevskii, R. K. Karavosov and T. M. Makarenko |
| 274-278 | Spreading of a Liquid Droplet over a Solid Horizontal Surface | V. I. Baikov, E. V. Korobko and N. A. Goncharova |
| 279-286 | On the Theory of Formation of a Sandwich Structure of a Spherical Hailstone | R. G. Zakinyan |
| 287-298 | Statistical Modeling of Thermal‐Radiation Transfer in Natural‐Convection Turbulent Diffusion Flames. 1. Model Construction | A. Yu. Snegirev |
| 299-308 | Statistical Modeling of Thermal‐Radiation Transfer in Natural‐Convection Turbulent Diffusion Flames. 2. Flame above a Gas Burner | A. Yu. Snegirev |
| 309-315 | Statistical Modeling of Thermal‐Radiation Transfer in Natural‐Convection Turbulent Diffusion Flames. 3. Flame above the Surface of Liquid Fuel | A. Yu. Snegirev |
| 316-324 | Computational Modeling of the Optical Pumping of Solid‐State Lasers and the Heating of the Active Element with Allowance for Water Cooling | A. V. Kondrashenko, V. M. Linnik, A. G. Sirotkina and V. D. Urlin |
| 325-334 | Extinction Threshold in Random Heterogeneous Condensed Mixtures with an Extremely Small Amount of a Combustible | O. S. Rabinovich and P. S. Grinchuk |
| 335-342 | Heat and Mass Exchange in Deep Cooling of the Products of Combustion of Natural Gas | A. P. Baskakov and E. V. Il'ina |
| 343-351 | Influence of the Mass Transfer of Water in Cartilaginous Tissue on the Temperature Field Induced by Laser Radiation | É. N. Sobol', M. S. Kitai, A. V. Zakharchenko, Ya. M. Zhileikin and A. B. Kukarkin |
| 352-355 | Heat and Mass Transfer in the Drying of Disperse Materials in Cocurrent Drum Driers | A. O. Safonov |
| 356-363 | Analysis of the Boundary Conditions of the Complex Model of Mass Exchange in Rectification Processes | V. N. Pavlechko |
| 364-369 | Comparison of the Efficiency of Mass Exchange in the Complex Model for Highly Volatile and Nonvolatile Components | V. N. Pavlechko |
| 370-377 | Step Model of Erosion of Electrodes. I. Application to Arc Spots on the Cathodes of Electric‐Arc Heaters | A. Marotta, L. I. Sharakhovskii and A. M. Esipchuk |
| 378-382 | Step Model of Erosion of Electrodes. II. Application to the Case of Special Regimes of Electroerosion Treatment | L. I. Sharakhovskii, A. Marotta and A. M. Esipchuk |
| 383-391 | Step Model of Erosion of Electrodes. III. Adaptation to Arbitrary Regimes of Electroerosion Treatment | L. I. Sharakhovskii, A. Marotta and A. M. Esipchuk |
| 392-396 | Heat‐Source‐Initiated Thermoelastic State of a Semiinfinite Plate with an Edge Crack | S. Ya. Matysyak, A. A. Evtushenko and V. M. Zelenyak |
| 397-404 | Development of the Method of Characteristics for a System of Maxwell Electrodynamic Equations | S. M. Bosyakov and M. D. Martynenko |
| 405-412 | Heat Exchange of an Experimental Module with Heat Pipes under the Conditions of Thermovacuum Tests | V. A. Burakov, V. V. Elizarov, V. P. Kozhukhov, E. N. Korchagin and I. V. Shcherbakova |
| 413-416 | Modeling of the Surface Structure in Gasdynamic Problems with the Use of the Data of Atomic‐Force Microscopy | O. E. Gerasimova, S. F. Borisov, C. Boragno and U. Valbusa |
| 417-423 | Indirect Determination of the Turbulent Diffusion Coefficients | O. V. Nagornov, E. S. Sokolov and V. E. Tchijov |
| 424-427 | Efficient Method of Optimization of Physical Processes | V. K. Tolstykh |
| 428-431 | Determination of the Thermal Conductivity in Solidifying Ingots | V. K. Tolstykh and N. A. Volodin |
| 432-433 | Thermoelectric Properties of n‐PbTe Films | I. M. Kokanbaev |
| 434-436 | Degradation of the Thermoelectric Properties of n‐PbTe Films in Atmospheric Oxygen | I. M. Kokanbaev |
| 437-440 | Piezoelectric Properties of TlIn1−xNdxSe2 Crystals | É. M. Godzhaev, S. Kh. Khalilov, Kh. S. Khalilova, M. A. Guseinov and A. M. Suleimanova |
| 441-444 | Thermophysical Properties of TlInTe2 | É. M. Godzhaev, G. Kh. Binnatli, M. A. Guseinov and R. A. Kerimova |
| 445-449 | Investigation of the Heat Conductivity of Mutual Solutions of Methyl and Isopropyl Alcohols at Various Temperatures and Pressures | Ya. M. Naziev and M. M. Bashirov |
| 450-455 | Bulk Properties of the Aqueous Solutions of Barium Chloride | N. D. Azizov |
| 456-460 | Effect of Intensification of Selenium‐Protection Properties in Laboratory Animals Drinking “Flint” Water Due to the Increase in the Coefficient of Diffusion of Selenium in Organs and Tissues | P. P. Olodovskii and Yu. P. Istomin |
| 461-463 | Modeling of the Temperature Field on a Thermodiffusion‐Galvanizing Line | R. G. Galin, A. Sh. Ramazanov and R. F. Sharafutdinov |
| 464-467 | Calculation of Transient Processes in Phase‐Controlled Discrete Systems Using the MATLAB 6.0 Software | M. P. Batura and D. A. Gan'shin |
| 468-472 | Investigation of Parameters of the Ion Beam Formed in Crossed Electric and Magnetic Fields | D. A. Kotov and A. P. Dostanko |
| 473 | To the Readers of the “Inzhenerno‐Fizicheskii Zhurnal” | Z. P. Shul'man |
| 474-479 | Influence of the Association of Rigid and Flexible Macromolecules on Their Compatibility | A. V. Subbotin and V. G. Kulichikhin |
| 480-487 | Theory of the Relaxation Spectra of Cross‐Linked Polymers in the Presence of Structural and Dynamic Heterogeneity | Ya. Ya. Gotlib, A. A. Gurtovenko, I. A. Torchinskii, V. V. Toshchevikov and V. A. Shevelev |
| 488-497 | Topological Models of the Flow and Kinetics of Coagulation‐Crystallization Structure Formation of Disperse Systems | N. B. Ur'ev and L. E. Trofimova |
| 498-506 | Weakly Nonlinear Viscoelastic Nematodynamics | A. I. Leonov and V. S. Volkov |
| 507-515 | Statistics of Polymer‐Chain Conformations in the Intrinsic Coordinate System | A. É Arinshtein |
| 516-521 | Influence of Kinetic Factors on the Distinctive Features of the Rheological Behavior of Oligomer Systems | S. M. Mezhikovskii |
| 522-526 | Structurally Inhomogeneous Regimes of Spreading of Film‐Forming Polymer Solutions | L. S. Stel'makh, A. M. Stolin, V. I. Savchenko and O. N. Fomina |
| 527-534 | Rheology of Hydrophobically Modified Polymers | L. Z. Rogovina, V. G. Vasil'ev, N. A. Churochkina and T. A. Pryakhina |
| 535-539 | Rheological Properties of the Mixtures of Semidiluted and Concentrated Solutions of Polyvinyl Alcohol and Carboxymethyl Cellulose | L. M. Trufakina and E. G. Kudeshova |
| 540-546 | Determination of the Dynamic Characteristics of Liquid‐Crystalline Polymeric Systems | V. B. Nemtsov, E. V. Korobko, A. V. Kondratenko, I. I. Globa and P. A. Filipenkov, et al. |
| 547-551 | Rheological Equations of State of Linear Polymers and Their Mixtures | Ya. A. Altukhov, A. S. Gusev and G. V. Pyshnograi |
| 552-561 | Influence of the Degree of Compatibility of Polymers on the Rheological Properties of a Mixture Melt and the Processes of Structure Formation | M. V. Tsebrenko, V. G. Rezanova and I. A. Tsebrenko |
| 562-567 | Influence of the Molecular‐Mass Distribution of Gelatins Modified with a LIKI‐1 Tanning Agent on the Rheological Parameters of Interphase Adsorption Layers at the Interfase of an Aqueous Solution of Gelatin–Metaxylene | M. A. Sakvarelidze, S. M. Levachev, A. E. Kharlov, V. N. Izmailova and G. P. Yampol'skaya |
| 568-571 | Influence of the Viscosity of Filled Epoxy Resins on Their Spreading on a Horizontal Surface | L. B. Kandyrin, P. V. Surikov and V. N. Kuleznev |
| 572-576 | Influence of Thermoplastic Modifiers on the Properties and the Process of Curing of Epoxy Polymers | I. Yu. Gorbunova, N. V. Shustov and M. L. Kerber |
| 577-585 | Exact Solution of the Problem of Flow of a Polymer Solution in a Plane Channel | S. N. Aristov and O. I. Skul'skii |
| 586-590 | Role of the Structural‐Rheological State of Poly(Meth)Acrylate Solutions in Their Soaking into Capillary‐Porous Bodies | D. N. Yemel'yanov, N. V. Volkova, O. I. Sheronova and T. S. Krasil'nikova |
| 591-596 | On the Description of the Phenomenon of Filled Elastomer Strengthening | Yu. A. Gamlitskii and Yu. P. Bass |
| 597-603 | Influence of the Loading Rate and the Concentration of an Active Diluent on the Strength of Epoxy Composites and Model Adhesive Compounds | Yu. A. Gorbatkina and V. I. Solodilov |
| 604-609 | Investigation of the Structure of Polymer Networks from the Data on Dynamic Moduli at Different Static Deformations | I. P. Borodin, T. N. Khazanovich and V. L. Bodneva |
| 610-618 | Relaxation Properties of the Rouse Chain with Inhomogeneous Links | T. F. Irzhak, L. I. Kuzub and V. I. Irzhak |
| 619-626 | Rheological Properties of Flows of a Dense Gas and Liquids in Narrow Slot‐Like Pores | Yu. K. Tovbin, L. K. Zhidkova and E. E. Gvozdeva |
| 627-631 | Rheological Model of Flow of a Material with a Variable Structure under Superplastic Deformation | M. A. Tsepin, Jeng Syn, N. L. Lisunets and A. V. Chekin |
| 632-639 | Mathematical Modeling of the Processes of Deformation of Soils with Time | D. I. Zolotarevskaya |
| 640-644 | Industrial Synthesis and Evaluation of the Hydrodynamic Efficiency of Potential Agents for Decreasing Resistance in Petroleum Pipelines | G. V. Nesyn, V. N. Manzhai and A. V. Ilyushnikov |
| 645-647 | Clots of Blood Plasma | A. V. Savushkin |
| 648-654 | Modeling of the Rheological Behavior of Wood in Compression Processes | O. R. Dornyak |
| 655-658 | Rheological Elements in the Statics and Dynamics of Wetting | B. D. Summ |
| 659-666 | Mathematical Modeling of Rheological Properties of Clays and Clay Rocks | M. G. Khramchenkov |
| 667-671 | Dependence of the Viscosity on the Concentration of Particles by the Example of Blood and Erythrocytic Suspensions | Z. P. Shul'man and I. V. Yamaikina |
| 672-680 | State of the Rheological Properties of Blood in the Dynamics of Development of Acute Disturbances of Cerebral Circulation in Atherosclerosis Patients | V. G. Ionova |
| 681-683 | Hemorheology and Erythrodieresis in Patients with Ischemic Heart Disease. Medical Plasmapheresis | N. A. Gorbunova, L. I. Ershova, Z. M. Likhovetskaya, G. N. Kurbanova and A. A. Postnikov, et al. |
| 684-685 | Improvement of the Rheological Properties of Blood as a Result of Diagnostic Application of Ultravist in the Case of Endovascular Intervention in a Patient with Chronic Renal Insufficiency | L. N. Gotman and L. I. Ershova |
| 686-690 | Character of Changes in the Rheological Properties of Blood and the State of Peripheral Blood Flow in Patients with Hypertrophic Cardiomyopathy | N. N. Samsonova, M. G. Plyushch, K. V. Borisov, E. D. Savchenko and E. V. Zlochevskaya |
| 691-694 | Comparative Analysis of Changes in the Rheological Properties of Blood at Stages of Treatment of Cardiosurgery Patients | Yu. A. Morozov and E. V. Roitman |
| 695-707 | Innovations in the Modeling of the Rheological Properties of Blood | N. N. Firsov and M. A. Vyshlova |
| 708-714 | Influence of a Variable Magnetic Field on the Rheological Properties of Blood in Treatment of Rheumatoid Arthritis | V. V. Kirkovskii, V. A. Mansurov, N. P. Mit'kovskaya and Yu. A. Mukharskaya |
| 715-721 | Flow of Blood in Eye Vessels with Allowance for Aggregation | A. S. Podol'tsev and E. Yu. Luk'yanova |
| 722-727 | Features of the Microrheological Behavior of Blood in Children | Yu. V. Rumyantseva, A. Yu. Ostroumova, N. S. Smetanina and N. N. Firsov |
| 728-742 | Aggregation of Erythrocytes into Columnar Structures (“Rouleaux”) and the Rheology of Blood | L. A. Faitelson and E. E. Jakobsons |
| 743-747 | High‐Temperature Deposition of Carbon Films | S. P. Fisenko, B. N. Bazylev and H. Wuerz |
| 748-759 | Measurement of the Rate of Sedimentation of Fine Particles in a Platelike Centrifuge | J. G. Dueck, D. Yu. Kilimnik, L. L. Min'kov and T. Neesse |
| 760-766 | Influence of Nonuniformity of the Temperature Distribution in the Knudsen Layer on the Velocity of Thermal Slip of a Rarefied Gas along a Curved Surface | A. V. Latyshev, V. N. Popov and A. A. Yushkanov |
| 767-774 | Calculation of Gas Properties on the Basis of the Cluster Model | L. I. Kurlapov |
| 775-782 | Magnetophoretic Potential of a Chain of Ferromagnetic Balls in a Homogeneous Field | B. É. Kashevskii and I. V. Prokhorov |
| 783-787 | Experimental Evaluation of the Adhesion Properties and Distinctive Features of the Spreading of an Electrorheological Liquid under Electric Action | E. V. Korobko, N. A. Goncharova, R. G. Gorodkin and V. I. Baikov |
| 788-794 | Wave Motion of Solid Particles in a Pulsed Gas Flow | P. V. Akulich and P. S. Kuts |
| 795-803 | Numerical Modeling of the Quasistationary Regime of Eruption of a Volcano at the Initial Stage | N. A. Kudryashov, G. S. Romanov and A. F. Shevyakov |
| 804-812 | Functional of Receptor Sensitivity and Adjoint Equations | V. P. Reshetin and D. Regens |
| 813-818 | Homogeneous Nucleation and the Heat‐Pipe Boiling Limitation | D. Mishkinis and J. M. Ochterbeck |
| 819-826 | Two‐Dimensional Model of Transfer Processes on a Bubble Plate in Multicomponent Rectification | A. G. Laptev and V. A. Danilov |
| 827-835 | Convective Heat Transfer in a Bubble Laminar Flow in a Round‐Cylinder Tube | A. P. Vasil'ev |
| 836-846 | Dynamics and Heat Transfer in Collapse of a Bubble Containing Wet Vapor in Hydrophobic Liquid | A. P. Vasil'ev |
| 847-853 | Features of the Time Shape of the Pressure Pulses of Optical Air Breakdown | A. N. Chumakov, A. M. Petrenko and N. A. Bosak |
| 854-857 | Control of the Properties of Thin‐Film Systems with the Use of Pulsed Photon Treatment | V. A. Pilippenko, V. N. Ponomar' and V. A. Gorushko |
| 858-863 | Modeling of the Morphology of Aluminum Films before and after Different Kinds of Thermal Treatment | V. A. Pilippenko, V. M. Malofeev, V. N. Ponomar', A. N. Mikhnyuk and V. M. Borzdov |
| 864-867 | Hybrid Model of Thermostabilization of the Drain Current in n‐Channel MOS Transistors | A. D. Andreev, V. M. Borzdov, A. A. Valiev, O. G. Zhevnyak and F. F. Komarov |
| 868-876 | Porous Elements in Plasma Generators with a Liquid Electrolytic Cathode | Kh. K. Tazmeev and B. Kh. Tazmeev |
| 877-887 | Numerical Analysis of the Influence of the Angle of Attack on a Turbulent Flow around a Thick Profile with Vortex Cells at High Reynolds Numbers | S. A. Isaev, P. A. Baranov, N. A. Kudryavtsev, I. A. Pyshnyi and A. G. Sudakov |
| 888-891 | Numerical Modeling of Turbulent Heat Exchange in the Combustion Chambers of Gas‐Turbine Plants with the Use of the Fluent Package | D. A. Lysenko and A. A. Solomatnikov |
| 892-898 | Nonstationary Heat Exchange in the Trachea of Human Lungs | K. M. Aref'ev, E. D. Fedotovich and A. A. Khrushchenko |
| 899-903 | Modeling of Natural Thermogravitational Convection in Horizontal Channels with an Irregularly Shaped Cross Section | I. A. Ermolaev, A. I. Zhbanov and V. S. Koshelev |
| 904-908 | Fuel‐Consumption‐Minimum‐Based Selection of the Regime of Heating of a Metal by the Main Optimization Method | V. B. Kovalevskii, V. I. Timoshpol'skii and V. T. Svirid |
| 909-918 | Thermal Mathematical Model of the H‐Shaped Block of a Nonhermetic Instrumental Compartment of a Geostationary Spacecraft | V. A. Burakov, V. V. Elizarov, E. N. Korchagin, V. P. Kozhukhov and A. S. Tkachenko, et al. |
| 919-925 | Problems of Heat Conduction for an Angular Region with an Internal Source | A. D. Chernyshov |
| 926-936 | On the Limiting Form of the Equation of Anisotropic Heat Conduction in a Rod | A. I. Moshinskii |
| 937-941 | Application of the Fractal Approach to Determination of the Poisson Coefficient of Polymeric Systems | V. A. Sidletskii and B. B. Kolupaev |
| 942-945 | Statistical Theory of Friction in Interaction of a Nanoprobe with the Surface of a Solid Body | S. Sh. Rekhviashvili |
| 946-951 | Analysis of Uncertainties in Dynamic Thermophysical Measurements | E. V. Chernukho |
| 953-958 | Jet Formation in Plasma Sprayers | V. D. Shimanovich, I. P. Smyaglikov and A. I. Zolotovski |
| 959-961 | Penetration of the Material of Particles from a High‐Velocity Flux in Collision with a Steel Obstacle to Large Depths | O. A. Dybov, G. S. Romanov and S. M. Usherenko |
| 962-968 | One Method of Determination of the Effective Absorption Coefficient in Pulsed Laser Irradiation of Metals | A. Evtushenko, E. Ivanik and K. Roźniakowski |
| 969-979 | Influence of Multiple‐Scattering Processes on the Laser Probing of Biological Tissues | N. B. Bazylev, E. I. Lavinskaya and N. A. Fomin |
| 980-986 | Ray Method of Solution of the Ablation Problem | A. G. Shatalov |
| 987-995 | Adsorption Systems of Natural Gas Storage and Transportation at Low Pressures and Temperatures | L. L. Vasil'ev, L. E. Kanonchik, D. A. Mishkinis and M. I. Rabetskii |
| 996-1000 | Theoretical and Experimental Study of Oscillating Heat Pipes with Few Turns | Yu. E. Dolgirev, Yu. F. Gerasimov and A. V. Melkikh |
| 1001-1007 | Mathematical Modeling of Dispersion of Argillaceous Minerals in Mudded Oil Reservoir Beds | M. G. Khramchenkov and A. N. Chekalin |
| 1008-1015 | Thermal Shock under the Action of Radiation Energy on a Porous Medium Partially Filled with Gas Hydrate | V. Sh. Shagapov, L. A. Nasyrova, A. A. Potapov and V. L. Dmitriev |
| 1016-1023 | Modeling of Hypersonic Flows: Influence of the Starting Conditions of the Algorithm on the Final Solution in the Vicinity of Bifurcation Points | G. A. Tarnavskii, G. S. Khakimzyanov and A. G. Tarnavskii |
| 1024-1035 | Calculation of Oscillations of a Cylindrical Pendulum in a Cavity Filled with a Viscous Fluid with the Use of Sliding Multiblock Grids | P. A. Baranov, S. A. Isaev, N. A. Kudryavtsev and V. B. Kharchenko |
| 1036-1042 | Physicomathematical Model of the Working Processes of a Slide‐Valve Combustion Chamber of Constant Volume | V. I. Bogdanov and D. V. Kuvtyrev |
| 1043-1047 | Numerical Modeling in Conjugate Formulation of the Temperature State of the Leading Edge of Hypersonic Flying Vehicles under Different Methods of Organization of the Cooling System | S. A. Isaev, A. I. Leont'ev, G. S. Sadovnikov and V. V. Nosatov |
| 1048-1054 | Two‐Dimensional Calculation of the Parameters of a Steam‐Air Mixture in a Film‐Type Heat and Mass Exchanger | A. I. Petruchik and S. P. Fisenko |
| 1055-1060 | Mass Transfer and Trapping of the Impurity Component in Deposition from the Gas Phase | V. V. Levdanskii, J. Smolik and P. Moravec |
| 1061-1074 | Influence of the Evaporation Coefficient and Temperature Jumps on the Thermophoresis of a Moderately Large Volatile High‐Viscosity Sphere in a Binary Gas Mixture with Allowance for Volume Thermodiffusion and Stefan Effects | S. N. D'yakonov, É. V. Efremov, L. V. Kotlyarova and Yu. I. Yalamov |
| 1075-1079 | Cleaning of the Surface of Silicon Structures in the Technology of Very Large‐Scale Integrated Circuits with the Use of Rapid Heat Treatment | V. A. Pilipenko, V. N. Ponomar' and V. A. Gorushko |
| 1080-1083 | Removal of Photoresist Masks with the Use of Rapid Heat Treatment | V. A. Pilipenko, V. N. Ponomar' and V. A. Gorushko |
| 1084-1088 | Transformation of the Defects of Gold in Silicon: Structural Phase Transition | A. S. Zakirov, Kh. T. Igamberdiev, A. T. Mamadalimov, L. F. Musaeva and A. A. Saidov |
| 1089-1092 | Influence of Structural Defects on the Thermophysical and Magnetic Properties of Polyaniline | A. S. Zakirov, Kh. T. Igamberdiev, A. T. Mamadalimov, L. F. Musaeva and A. A. Saidov |
| 1093-1103 | Mathematical Model of Dynamic Heat‐ and Mass‐Exchange Processes in a Glassmaking Furnace | V. É. Dzhashitov, V. M. Pankratov and A. V. Golikov |
| 1104-1110 | Shaping of Coatings of Stabilized Thickness by Immersion of a Workpiece in a Melt | L. M. Kozhuro and Zh. A. Mrochek |
| 1111-1118 | Solution of the Unsteady Heat‐Conduction Equation for a System of Two Bounded Heterogeneous Cylinders with the Use of The Integral Transformations of Hankel and Laplace | A. V. Alifanov and V. M. Golub |
| 1119-1125 | Connectivity Coefficients in the Characteristic Determinants of the Systems of Equations of Motion of Isotropic Thermoelastic Media | S. M. Bosyakov |
| 1126-1130 | A Contribution to the Computation of the Young Modulus | S. O. Gladkov |
| 1131-1138 | Dynamics of a Rotor in Film Lubrication Bearings | A. N. Laktyushin, O. O. Smilovenko and T. V. Laktyushina |
| 1139-1144 | A Model of Prediction of Forest‐Fire Hazard | A. M. Grishin and A. I. Fil'kov |
| 1145-1153 | Special Features of Propagation of Peat Fire | A. N. Subbotin |
| 1154-1159 | Comparative Analysis of Simple Models of Drying of the Layer of Forest Combustibles, Including the Data of Experiments and Natural Observations | A. M. Grishin and N. V. Baranovskii |
| 1160-1165 | Determination of Kinetic Characteristics of the Process of Drying of Forest Combustibles | A. M. Grishin, A. Ya. Kuzin and E. M. Alekseenko |
| 1166-1172 | Evaporation of Free Water and Water Bound with Forest Combustibles under Isothermal Conditions | A. M. Grishin, A. N. Golovanov and S. V. Rusakov |
| 1173-1180 | Gas Exchange Through the Open Openings of a Building in the Case of Fire within it. Integral Model | A. V. Puzach and V. M. Kazennov |
| 1181-1187 | A Contribution to the Integral Theory of a Turbulent Jet above a Point Heat Source of Constant Strength | A. N. Vul'fson and O. O. Borodin |
| 1188-1195 | Application of a Self‐Consistent Nonlocal‐Hydrodynamic Approach to Description of the Dynamic Processes of Heat Transfer in Structurized Media | T. A. Khantuleva |
| 1197-1207 | New Methods of Laser Anemometry in Investigations of Combined Gasdynamic Flows | Yu. N. Dubnishchev, B. S. Rinkevichius and N. A. Fomin |
| 1208-1214 | Investigation of a Flow around Cavities | A. I. Shvets |
| 1215-1220 | Application of the Electrochemical Method for Measuring the Fluid Velocity in a Two‐Phase Bubble Flow | O. N. Kashinskii, E. V. Kaipova and A. S. Kurdyumov |
| 1221-1226 | Modeling of the Mechanism of Decreasing the Hydrodynamic Drag of Bodies by the Surface Running Wave Method | S. M. Aul'chenko |
| 1227-1237 | Control of the Parameters of an Exhaust Jet by Increasing the Eddy Viscosity at the Nozzle Edge | A. N. Kucherov |
| 1238-1245 | Numerical Analysis of the Influence of the Shape of the Vortex Cells Built into a Circular Cylinder on a Steady Turbulent Flow around It | P. A. Baranov, S. A. Isaev, N. A. Kudryavtsev, Yu. S. Prigorodov and A. G. Sudakov |
| 1246-1250 | Numerical Modeling of Turbulent Flow inside a Wind‐Driven Plant with Allowance for the Forces on the Impeller | S. A. Isaev, P. A. Baranov, A. E. Usachov, V. V. Mitrofovich and A. D. Kolosov, et al. |
| 1251-1254 | Plane Turbulent Couette Flow | V. A. Babkin |
| 1255-1256 | Possible Foundations of Certain Simple Mechanical Analogies in Hydromechanics | A. B. Airapetov |
| 1257-1261 | Control of Transonic Flow about Airfoils by Means of Periodic Pulse Local Energy Supply | S. M. Aul'chenko, V. P. Zamuraev and A. P. Kalinina |
| 1262-1265 | Structural Instability of Inviscid Transonic Channel Flow | A. V. Ivanova |
| 1266-1270 | Influence of the Velocity of Turbulent Flow on Its Interaction with a Viscoelastic Coating | V. M. Kulik and S. V. Rodyakin |
| 1271-1276 | Fractal Approach to Description of Viscoelastic Properties of Liquids in the Region of Transition to the Glassy State | V. B. Nemtsov |
| 1277-1282 | Magnetophoretic Potential of a Plane‐Ordered System of Ferrocylinders. I. Circular Cylinders | B. É. Kashevskii |
| 1283-1288 | Magnetophoretic Potential of a Plane‐Ordered System of Ferrocylinders. 2. Rectangular Cylinders | B. É. Kashevskii |
| 1289-1299 | Calculation of Flow of Heterogeneous Media of Non‐Newtonian Behavior on Permeable Surfaces | R. I. Ibyatov, L. P. Kholpanov, F. G. Akhmadiev and R. R. Fazylzyanov |
| 1300-1309 | Filtration Combustion in Hydrocarbon Desorption from a Porous Medium | S. I. Fut'ko, K. V. Dobrego, E. S. Shmelev, A. V. Suvorov and S. A. Zhdanok |
| 1310-1317 | Modeling of the Process of Pyrolysis of Shale Particles | G. Ya. Gerasimov |
| 1318-1324 | Numerical Calculation of Vapor Thermolysis of Organic Wastes | G. I. Zhuravskii and V. A. Sychevskii |
| 1325-1333 | Mass Transfer and Osmotic Phenomena in Swollen Organic Substances | N. I. Gamayunov and S. N. Gamayunov |
| 1334-1339 | Investigation of the Process of Hardening of Diglycidyl Ether Bisphenol a by Phosphate Binders | V. I. Dubkova, N. Kh. Belous, N. P. Krut'ko, G. N. Matur and M. N. Saraf |
| 1340-1347 | Elastoplastic Filtration of Liquid in Unstable Seams | B. Kh. Khuzhaerov, I. É. Shodmonov, Ch. Kholiyarov and A. A. Zokirov |
| 1348-1363 | On the Problem of Nonisothermal Mass Transfer in Porous Media | N. N. Grinchik, P. V. Akulich, P. S. Kuts, N. V. Pavlyukevich and V. I. Terekhov |
| 1364-1368 | Estimation of the Filtration Parameters of a Bed by the Data of Nonstationary Inflow of Liquid to Vertical Wells | P. E. Morozov, R. V. Sadovnikov, M. Kh. Khairullin and M. N. Shamsiev |
| 1369-1374 | Analytical Model of Migration of Radionuclides in Porous Media | G. Z. Serebryanyi and M. L. Zhemzhurov |
| 1375-1379 | Heat Exchange between an Infiltrated Granular Bed and a Surface | Yu. S. Teplitskii |
| 1380-1385 | Calculation of the Nonstationary, Nonlinear Three‐Dimensional Problem of Heat Conduction by the Finite‐Element Method in Continuous Laser Heating | E. I. Degtyarev |
| 1386-1393 | Mathematical Model of a Recuperative Heat Exchanger in a Two‐Dimensional Formulation | V. V. Goryainov and A. D. Chernyshov |
| 1394-1395 | Thermal Conductivity of a Three‐Dimensional Body with a Rough Inclusion | I. T. Denisyuk |
| 1396-1400 | Modeling of Laws Governing Heat Transfer in Sliding Bearings | E. Feldzstein and M. Jenek |
| 1401-1404 | Equivalence of the Impedance Method and the Method of Amplitude‐Frequency Characteristics for Investigations of Vibrations in Hydraulically Powered Supports | N. A. Dokukova and P. N. Konon |
| 1405-1408 | Experimental Investigation of the Density of Caproates at High Temperatures and Pressures | É. M. Godzhaev, M. A. Guseinov and A. A. Abbasov |
| 1409-1411 | Experimental Investigation of the Thermal Conductivity of Dibutyl‐ and Diisobutyl Sebacates at High Temperatures and Pressures | É. M. Godzhaev, É. A. Mamedov, É. G. Kerimov and M. A. Guseinov |
| 1412-1414 | Recovery of the Temperature of the Surface of a Copper Electrode in Electrical Contact Sintering | O. G. Bel'chikova, V. N. Chizhov and V. P. Sheryshev |
| 1415-1418 | Influence of the Linearly Distributed Concentration of Carriers on the Operating Regimes of a Thermoelectric Arm | O. I. Markov |
| 1419-1422 | Improvement of the Physicomechanical Properties of Gasthermal Coatings of an Fe–Cr–B–Si System by Laser Doping | O. V. D'yachenko |
| 1-5 | Interaction of Dioxyzirconium Ceramics with the Sacrificial Material of the European Reactor Trap | V.N. Mineev, F.A. Akopov and A.S. Vlasov |
| 6-10 | Description of the Shape Memory Effect of Radiation‐Modified Polymers under Thermomechanical Action | D.A. Chernous, S.V. Shil'ko and Yu.M. Pleskachevskii |
| 11-14 | Calculations of the Passage of Gamma‐Quanta through a Polymer Radiation‐Protective Composite | V.I. Pavlenko, V.M. Lipkanskii and P.N. Yastrebinskii |
| 15-21 | Determination of the Parameters of a Flow of Particles Colliding with an Obstacle | O.A. Dybov, G.S. Romanov and S.M. Usherenko |
| 22-31 | A Model of Interaction of a Vibroacoustic System with a Rigid Base | M.G. Kiselev, V.A. Nifagin and A.V. Drozdov |
| 32-37 | Thermodynamic Analysis of the Behavior of Microimpurities of Toxic Metals in Coal Combustion Products | G.Ya. Gerasimov |
| 38-44 | Influence of Heat and Mass Transfer on Wood Impregnation Kinetics | M.A. Brich and V.P. Kozhin |
| 45-52 | Shrinkage and Strength of Capillary‐Porous Colloidal Materials | N.I. Gamayunov and S.N. Gamayunov |
| 53-61 | Study into Correlation between the Ultrasonic Capillary Effect and Sonoluminescence | N.V. Dezhkunov and T.G. Leighton |
| 62-83 | Use of Asymptotic Methods in the Temperature Problem on Filtration of Gassed Oil in a Pool | A.I. Filippov and S.A. Filippov |
| 84-92 | Chaotic Homogeneous Porous Media. 4. Heat Exchange in a Cell | A.P. Mozhaev |
| 93-102 | A Contribution to the Theory of Porosity of Fine‐Grained Sediments | J.G. Dueck, D. Purevjav and D.Yu. Kilimnik |
| 103-110 | Heat Exchange in a Tube Filled with Granular Bed | Yu.S. Teplitskii |
| 111-114 | Features of the Motion of a Circulating Bed in a Large‐Volume Spherical Packing | G.I. Kovenskii |
| 115-120 | Motive Force in a Complex Model of Mass Transfer | V.N. Pavlechko |
| 121-125 | Analysis of the Efficiency in Certain Mass‐Exchange Models with Different Equilibrium Dependences | V.N. Pavlechko |
| 126-131 | Prediction of the Parameters of the Supermolecular Structure of Network Polymers within the Framework of Fractal Models | A.I. Burya, G.V. Kozlov and G.E. Zaikov |
| 132-137 | Resonance Oscillations of a Gas in an Open‐End Pipe in the Turbulent Regime | R.G. Galiullin, L.A. Tkachenko, S.E. Filipov and É.R. Galiullin |
| 138-147 | Use of Asymptotic Methods for Calculation of a Turbulent Boundary Layer | V.V. Mikhailov |
| 148-155 | Numerical Modeling of Laminar Separation Flow and Heat Exchange in Tube Banks with the Use of Multiblock Computational Techniques | S.A. Isaev, P.A. Baranov and N.A. Kudryavtsev |
| 156-160 | Calculation of Chamber‐Type Pulsers | A.I. Nakorchevskii, M.P. Martynenko and B.I. Basok |
| 161-162 | Deformation of the Surface of a Conducting Liquid under the Action of a Pulse of a Strong Field | I.N. Aliev and A.R. Mil'vidskii |
| 163-170 | Features of the Diffusiophoresis of Aerosol Droplets with Allowance for the Influence of the Evaporation (Sticking) Coefficient and Internal Flows | G.Yu. Yalamov |
| 171-176 | Calculation of a Temperature Error by the Conjugate Equation | A.K. Alekseev |
| 177-184 | Control of an Error of a Finite‐Difference Solution of the Heat‐Conduction Equation by the Conjugate Equation | A.K. Alekseev |
| 185-188 | Experimental Study of the Velocity of Sound in Liquid n‐Tetradecane at Temperatures from 303.15 to 433.15 K and Pressures to 100 MPa | T.S. Khasanshin, O.G. Poddubskii and A.P. Shchemelev |
| 189-192 | Investigation of the Specific Heat at Constant Pressure of Mutual Solutions of Methyl and Isopropyl Alcohols at Different Temperatures and Pressures | Ya.M. Naziev and M.M. Bashirov |
| 193-198 | Influence of the Composition and Temperature of Concentrated Magnetic Fluids on Their Electrophysical Properties for Different Frequencies of the Electric Field | V.I. Zubko, A.I. Lesnikovich and D.V. Zubko |
| 199-203 | Low‐Frequency Eddy Currents and Dissipative Processes under the Conditions of Magnetic Abrasive Treatment | D.F. Ustinovich, V.R. Sobol' and O.N. Mazurenko |
| 204-208 | Calculation of Temperatures and Temperature Stresses in a Steel Cylindrical Billet with an Internal Heat Source | Yu.S. Postol'nik, V.I. Timoshpol'skii, D.N. Andrianov and G.A. Shcherbinskaya |
| 209-215 | The Nonaxisymmetric Contact Thermoelastic Problem for a Half‐Space with a Motionless Rigid Spherical Inclusion | A.G. Nikolaev and S.S. Kurennov |
| 216-218 | Eulerian Instability of Charged Fixed Plates | I.N. Aliev and I.A. Naumov |
| 219-221 | Geometric Shapes of Membrane Shells Stiffened with an Elastic Ring | T.M. Martynenko |
| 222-225 | Propagation of the Weak‐Discontinuity Surface in Oriented Glass‐Reinforced Plastics with Allowance for the Relaxation of Thermal Disturbances | M.D. Martynenko, D.G. Medvedev and S.M. Bosyakov |
| 226-234 | Growing of Tubes with a Small Inner Diameter from the Melt by the Stepanov Method | V.A. Borodin, A.V. Zhdanov and M.V. Yudin |
| 235-241 | Investigations of the Intensification of Water Boiling in a Vertical Tube | N.P. Saevich, D.G. Kalishuk and A.I. Ershov |
| 242-246 | Identification of the Parameters of a Nested Cylindrical Heat Source under Stationary Self‐Heating of a Raw Material Mass of the Same Form | V.P. Ol'shanskii |
| 247-259 | Calculation of the Temperature Fields of Solid Bodies of Base Geometry with Arbitrary Boundary Conditions | Yu.S. Postol'nik, V.I. Timoshpol'skii and D.N. Andrianov |
| 260-265 | Filtration of a High‐Viscosity Oil in an Electromagnetic Field | M.A. Fatykhov |
| 266-274 | Role of Capillary Forces in Filtration of a Gas–Condensate Mixture near a Well | O.Yu. Dinariev and N.V. Evseev |
| 275-282 | Nonlinear Effects in Water‐Vapor Extraction from a Geothermal Reservoir | C.N. Richardson and G.G. Tsypkin |
| 283-288 | Visualization of the Process of Water Extraction from Transparent Model Samples in Convective and Acoustic Drying | Yu.G. Korobeinikov, A.P. Petrov and A.V. Fedorov |
| 289-292 | Possibility of Acoustic Control of Excited Turbulent Jets | E.V. Vlasov, A.S. Ginevskii, R.K. Karavosov and T.M. Makarenko |
| 293-299 | Three Concepts of Pressure Distribution in the Field of an Acoustic Emitter in Systems of Control of Gas–Liquid Flows | A.I. Brazhnikov |
| 300-306 | Distribution of Impact Momenta over a Surface Treated with a Water‐Drop Jet | Kh. Luis, V.P. Stavrov, U. Zyudmerzen, K. Sheer and A. Shenk |
| 307-315 | Scattering and Heat Exchange of Disperse Impurity Particles in Turbulent Nonisothermal Gas and Low‐Temperature Plasma Jets | K.N. Volkov and G.F. Gorshkov |
| 316-323 | Analysis of Turbulence Models and Investigation of the Structure of the Flow in a Hydrocyclone | O.V. Matvienko |
| 324-337 | Statistical Coefficients in the Equation for the Joint Probability Density of a Scalar and Its Gradient | V.A. Babenko, Yu.V. Zhukova, V.A. Sosinovich and J. Hierro |
| 338-343 | Drag and Rotational Properties of Cascades of Circular Cylinders at Small and Moderate Reynolds Numbers | A.B. Mazo and I.V. Morenko |
| 344-347 | Burnout at Large Subcoolings and Near‐Critical Pressures of Toluene | F.I. Kalbaliev, D.P. Mamedova and M.Z. Iskenderov |
| 348-359 | Inertial‐Capillary Surface Waves and their Influence on Crystal Growth in Zero Gravity | A.I. Feonychev |
| 360-367 | Pulse High‐Speed Action of a Hot Gas Flow on a Wall of Chromium‐Nickel Steel | D.P. Aleksandrov, I.M. Gorkavchuk and V.F. Zakharenkov |
| 368-371 | Influence of Impregnation on the Thermal Properties of Heat‐Insulating Fibrous Materials | L.E. Evseeva and S.A. Tanaeva |
| 372-376 | Wear Resistance of Coatings from Self‐Fluxing Alloys after Laser Doping under Dry Friction Conditions | O.G. Devoino, M.A. Kardapolova, S. Laber, E.A. Feldstein and O.V. Diyachenko |
| 377-383 | Erosion of a Copper Cathode in a Nonstationary Arc Spot. I. Experimental Investigation | A.M. Esipchuk, A. Marotta and L.I. Sharakhovskii |
| 384-391 | Erosion of a Copper Cathode in a Nonstationary Arc Spot. II. Determination of the Energy Parameters of the Arc Spot by the Thermophysical Method | L.I. Sharakhovskii, A.M. Esipchuk and A. Marotta |
| 392-398 | Erosion of a Copper Cathode in a Nonstationary Arc Spot. III. Generalization of Experimental Results and Modeling of the Influence of Velocity on Erosion | A. Marotta, L.I. Sharakhovskii and A.M. Esipchuk |
| 399-406 | Investigation of Thermal Processes in Gas‐Thermal Spraying of Metal‐Ceramic Coatings | A.V. Alifanov, V.M. Golub and V.V. Alekhnovich |
| 407-411 | New Rheological Model for Analyzing the Aggregatability and Deformability of Erythrocytes in a Number of Hematological Pathologies | I.V. Yamaikina, Z.P. Shul'man, L.I. Ershova, Z.M. Likhovetskaya and N.A. Gorbunova |
| 412-420 | On the Problem of Magnetic Wave Propagation and Absorption with Regard for Relaxation Processes | N.N. Grinchik and E.F. Nogotov |
| 421-429 | Numerical Modeling of the Diffusion‐Limited Kinetics of Formation of a Thin Film from a Polymer Solution. 1. Constant Coefficient of Diffusion | S.B. Kashevskii |
| 430-435 | Thermodiffusion in a Hydrogen–Nitrogen Gas System | A.N. Berezhnoi |
| 436-444 | Nonstationary Heat and Mass Transfer in Molecular Gases | S.A. Savkov and A.A. Yushkanov |
| 445-453 | Solution of Nonstationary Problems of Heat Conduction for Curvilinear Regions by Direct Construction of Eigenfunctions | A.D. Chernyshov |
| 454-470 | Heat Transfer in Condensation of Vapor Moving inside Vertical Tubes | I.I. Gogonin |
| 471-477 | Modeling and Identification of the Processes of Heat Exchange in Porous Materials of Thermal Protection of Reusable Aerospace Systems | S. V. Reznik, W. P. P. Fisher, D. Martines, L. Ya. Paderin and N. V. Pavlyukevich, et al. |
| 478-485 | Computational‐Experimental Approach to Prediction of Mass‐Transfer Processes in Metallic Coatings of Gas‐Turbine Blades and Their Service Life | P. G. Krukovskii, K. A. Tadlya, A. I. Rybnikov, N. V. Mozhaiskaya and I. I. Kryukov, et al. |
| 486-488 | Experimental Investigation of Pyrocarbon Formations in Ablated Layers of Reinforced Plastics | V. V. Pasichnyi and V. N. Bulanov |
| 489-520 | The Constant of Thermal Destruction and Its Role in the Processes of Heating and Entrainment of Mass of a Material | G. A. Frolov |
| 521-532 | Main Relations between the Constants in Models of Heating and Thermal Destruction of the Surface of a Material | G. A. Frolov and V. L. Baranov |
| 533-537 | Investigation of the Emissive Characteristics of Translucent Fabrics and Films | L. Ya. Paderin |
| 538-542 | Investigation of Light Guides for Transfer of Solar Radiation from the Focal Volume of a Sunlight Collector to a Technological Zone | V. V. Pasichnyi and G. F. Gornostaev |
| 543-548 | Investigation of the Mechanism of Radiation Propagation at Side Illumination of a Light Guide | G. F. Gornostaev, G. A. Frolov and M. V. Trikula |
| 549-552 | Influence of Oxidizing Media on the Properties of Carbon‐Based Fibrous Materials with Protective Coatings | T. M. Ul'yanova and N. P. Krut'ko |
| 553-558 | Complex of Programs for Imitative Simulation of Acceleration, Heating, and Melting of Particles in Gas‐Dynamic Channels of Technological Devices | V. I. Timoshenko, I. S. Belotserkovets, V. P. Galinskii and V. V. Zagniy |
| 559-564 | Similarity Criteria for Dusting of Plastic Materials | B. A. Uryukov, Yu. I. Evdokimenko, V. M. Kisel' and G. V. Tkachenko |
| 565-577 | Influence of the Random Structure of an Initial Material on the Processes of Self‐Propagating High‐Temperature Synthesis in Thin Films | P. S. Grinchuk, O. S. Rabinovich and N. V. Pavlyukevich |
| 578-589 | Analysis of Heat Stresses of the Parts of the Cylinder–Piston Group with Heat‐Protective Coatings in an Internal‐Combustion Engine | N. M. Chigrinova, O. O. Kuznechik and V. V. Chigrinov |
| 590-594 | On the Problem of Deposition of Wear‐ and Heat‐Resistant Coatings on Machine Parts | M. S. Tret'yak and V. V. Chuprasov |
| 595-605 | Mathematical Modeling of the Heat Exchange of the Payload Module of Nonhermetic Geostationary Spacecraft | V. A. Burakov, V. V. Elizarov, V. P. Kozhukhov, E. N. Korchagin and A. S. Tkachenko, et al. |
| 606-613 | High‐Temperature Radiative‐Convective Heat Exchange on the Surface of Glass‐Reinforced Plastics | G. Ya. Mamontov |
| 614-619 | Characteristics of the Porous Structure of Carbonized Glass‐Reinforced Plastics | G. Ya. Mamontov |
| 620-627 | Thermal State of the Elements of Active and Combined Thermal Protection in Gasdynamic Tests | I. K. Zharova |
| 628-637 | Modeling of the Process of Electric‐Discharge Sintering of Metal Powders | K. E. Belyavin, D. V. Min'ko and O. O. Kuznechik |
| 638-640 | On Superdeep Penetration of a Multiparticle Flux and Damage of Electronic Elements Positioned behind an Obstacle | A. I. Belous, O. A. Dybov, G. S. Romanov, S. M. Usherenko and S. V. Shvedov |
| 641-646 | Estimation of the Energy Expended for Superdeep Penetration | S. M. Usherenko, O. I. Koval' and Yu. S. Usherenko |
| 647-650 | Obtaining Carbon Nanoparticles with the Use of Electric‐Arc Discharge between Coaxial Electrodes | V. V. Chuprasov, M. S. Tret'yak, V. V. Toropov, S. A. Chizhik and A. P. Solntsev |
| 651-662 | Influence of Flow Angularities in a Hypersonic Ramjet Diffuser on the Formation of the Shock‐Wave Structure of the Real Gas Flow | G. A. Tarnavskii |
| 663-672 | Identification of Heat‐Exchange Processes in a Supersonic Spatial Flow Past Aircraft | A. Ya. Kuzin |
| 673-677 | Modeling and Calculation of the Thermal Destruction of a Cylindrical Shell | O. Yu. Chigireva |
| 679-687 | Engineering Methods of Calculation of Different Regimes of Heating of Thermally Massive Objects in Metallurgical Heat Technologies under Countercurrent Conditions. 1. State of the Problem. Convective Heating | Yu. S. Postol'nik, V. I. Timoshpol'skii, D. N. Andrianov and P. É. Ratnikov |
| 688-699 | Dynamics of Ground Heat Storage and Choice of Rational Solutions | A. I. Nakorchevkii |
| 700-706 | Investigation of Thermal Resonance in Solution of a Two-Dimensional Singularly Perturbed Boundary-Value Problem of Nonstationary Heat Conduction with Nonlinear Boundary Conditions of the Stefan–Boltzmann Type | A. V. Kotovich and G. A. Nesenenko |
| 707-711 | Evaluation of the Error of the Method of Superpositions of One-Dimensional Solutions in Nonstationary Heat-Conduction Problems | A. D. Chernyshov, A. A. Dan'shin and N. A. Chernyshov |
| 712-716 | Influence of Thermal Treatment on Inhomogeneous Plastic Deformation of Rolled Amorphous Strips of Iron-Based Alloys | M. N. Vereshchagin, V. G. Shepelevich and O. M. Ostrikov |
| 717-726 | General Analysis of Linear Nematic Elasticity | A. I. Leonov and V. S. Volkov |
| 727-730 | Optoviscosimetry of a Liquid Film by the Method of a Dispersed Magnetic Sublayer | S. B. Kashevskii and I. V. Prokhorov |
| 731-742 | Effect of a Rotating Magnetic Field on Convection Stability and Crystal Growth in Zero Gravity and on the Ground | A. I. Feonychev and N. V. Bondareva |
| 743-752 | Dissolution of a Polydisperse System of Particles Shaped Like a Parallelepiped in a Nonflowing System | A. I. Moshinskii |
| 753-757 | Propagation of Deformation Waves in a Compliant Coating | V. M. Kulik |
| 758-761 | Heat Exchange in Condensation of R227 Coolant on Inclined Tubes Placed in a Granular Bed | P. T. Petrik, P. V. Dadonov, I. V. Dvorovenko and A. R. Bogomolov |
| 762-765 | Structure of Diamondlike Carbon Films Synthesized by the Method of Laser Evaporation of Graphite in a Vacuum | I. I. Azarko, V. K. Goncharov, V. V. Odzhaev, S. A. Petrov and M. V. Puzyrev |
| 766-768 | Nanostructure Formation on a Film Surface Vacuum-Deposited from Laser-Erosion Plasma | V. K. Goncharov, S. A. Petrov and M. V. Puzyrev |
| 769-772 | Formation of 2H-Modification Graphite in Films Deposited with the Use of Nanosecond Laser Pulses | V. K. Goncharov, S. A. Petrov and M. V. Puzyrev |
| 773-775 | Influence of a Flux of High-Velocity Microparticles on the Parameters of Integrated Circuits Placed Behind a Thick-Walled Obstacle | A. I. Belous, O. A. Dybov, G. S. Romanov, T. V. Petlitskaya and G. I. Usov |
| 776-779 | Influence of Laser Treatment on the Kinetics of Compaction of Coatings of the Fe–Cr–B–Si System | N. N. Dorozhkin, M. A. Kardapolova, O. V. D'yachenko, T. M. Abramovich and S. A. Donskikh, et al. |
| 780-784 | Radial Distribution of the Position of the Arc in a Plasmatron | V. L. Dzyuba and G. S. Kalyuzhnyi |
| 785-793 | High-Temperature Ignition of Hydrogen and Air at High Pressures Downstream of the Reflected Shock Wave | V. V. Martynenko, O. G. Penyaz'kov, K. A. Ragotner and S. I. Shabunya |
| 794-796 | Determination of the Characteristics of Electric-Arc Hydrogen Plasma | L. N. Panasenko |
| 797-801 | Development of the Porous Substrates of Ceramic Membrane Filters | P. A. Vityaz', V. M. Shelekhina, O. A. Prokhorov, L. P. Pilinevich and A. V. Petrakov |
| 802-807 | Membrane Processes of Separation of Solutions in a Pulsating Flow | V. I. Baikov and P. K. Znovets |
| 808-815 | Influence of Moisture Transfer on Heat Transfer under the Action of an Inhomogeneous Electric Field in Conical Capillaries | N. V. Polishchuk, I. M. Panchenko and M. S. Panchenko |
| 816-820 | Heat Conduction and Diffusion Equation of Steam in Snow Cover | I. M. Zhekamukhova |
| 821-833 | Modeling in Polysectioned Thermodynamic Systems | D. B. Volov |
| 834-840 | Molecular-Statistical Description of Nonuniformly Deformed Specimens. 3. Calculation of the Diagram of Extension and Compression of a One-Dimensional Statistical Model of Deformation of a Molecular Crystal | A. V. Zharkevich |
| 841-847 | Change in the Molecular Structure of Water in Constant Contact with Coarsely Dispersed, Naturally Occurring Mineral Flint | P. P. Olodovskii |
| 848-856 | Numerical Simulation of the Propagation of a Solitary Wave over Underwater Barriers | N. A. Kudryashov, G. S. Romanov and M. A. Chmykhov |
| 857-860 | Testing of the Fluent Package in Calculation of Supersonic Flow in a Step Channel | S. A. Isaev and D. A. Lysenko |
| 861-865 | Analysis of Wave Motions in One Crystallographic Plane of a Cubically Anisotropic Medium | S. M. Bosyakov and O. N. Sklyar |
| 866-871 | Noncontact Ultrasonic Checking of the Surface Density of a Layer of a Solid Medium | A. I. Brazhnikov and N. I. Brazhnikov |
| 872-874 | Construction and Optimization of a Multifactor Experiment in the Presence of Constraints | G. N. Reizina |
| 875-882 | Equalization of the Concentration of a Scalar Impurity in a Flow‐Type Chamber | Yu. M. Dmitrenko, R. Zahoransky and S. P. Fisenko |
| 883-893 | Stochastic Modeling of Impurity Motion and Scattering in the Mechanics of Turbulent Gas‐Dispersed Flows | K. N. Volkov |
| 894-903 | Influence of Turbulence on the Deposition of Particles from a Gas‐Dispersed Flow on the Wall | K. N. Volkov |
| 904-910 | Features of Heat Transfer in the Granulation of Sulfur | N. V. Selivanov and P. V. Yakovlev |
| 911-916 | Energy Dissipation in a Solid Dispersion System of Single‐Domain Ferromagnetic Particles under the Action of a Variable Linearly Polarized Field | B. É. Kashevskii and I. V. Prokhorov |
| 917-922 | Polymolecular Films on the Surface of Aerosol Particles | V. V. Levdanskii, J. Smolik and P. Moravec |
| 923-929 | Investigation of Centrifugal Impact Milling of Materials | A. É. Levdanskii |
| 930-938 | Modeling of Gas Cooling and Condensation in a Piston Expansion Machine | K. M. Aref'ev, O. V. Belyaeva, A. Zh. Greben'kov, T. A. Zayats and A. A. Mikhalevich |
| 939-946 | Numerical Analysis of the Influence of Natural Convection on the Process of Condensation of Atmospheric Pollutant Compounds on the Surface of Near‐Ground Plants | G. V. Kuznetsov and L. V. Sitnikova |
| 947-952 | Sublimation Drying of Peat | N. I. Gamayunov and S. N. Gamayunov |
| 953-964 | Transfer of Heat and Moisture in Freezing of Grounds | N. I. Gamayunov and S. N. Gamayunov |
| 965-971 | Study of Interaction of Disturbances in an Internal Flow | V. G. Zasetskii, R. K. Karavosov, A. G. Prozorov and L. I. Sokolinskii |
| 972-978 | Hydrodynamics of Flow in an Elastic Pipeline | A. N. Volobuev and A. P. Tolstonogov |
| 979-989 | Limited‐Projection Laser Tomography of Combined Gasdynamic Flows | E. A. Lavinskaya, S. Martemianov, J.‐B. Saulnier and N. A. Fomin |
| 990-998 | Application of the Eigenfrequency of a Convective Cell to Determination of the Frequency Characteristics of Oscillatory Thermal Gravitational and Thermocapillary Convection in Closed Volumes | A. I. Feonychev |
| 999-1004 | Theory of Membrane Separation of Binary Gas Mixtures | V. I. Baikov, I. Yu. Kostareva and N. V. Primak |
| 1005-1012 | Surface Factor in Incompressible Liquid Film Flow | P. A. Perlov and A. V. Sokolovskii |
| 1013-1021 | Laminar Flow Past a Circular Cylinder under the Effect of Nonstationary Jet Efflux to the Near‐Wake Region | V. L. Zhdanov, S. A. Isaev and T. A. Baranova |
| 1022-1026 | Structural Instability of Transonic Flow over an Airfoil | A. G. Kuz'min and A. V. Ivanova |
| 1027-1033 | Method of Nondestructive Determination of Thermophysical Properties of Solid Materials | N. P. Zhukov |
| 1034-1039 | Change in the Rheological Properties of High‐Paraffin Petroleums under the Action of Vibrojet Magnetic Activation | Yu. V. Loskutova, I. V. Prozorova, N. V. Yudina, S. V. Rikkonen and V. A. Daneker |
| 1040-1048 | Anomalous Reflection of a Longitudinal Ultrasonic Wave from a Strongly Dissipative Medium | D. A. Kostyuk and Yu. A. Kuzavko |
| 1049-1054 | A Meter of the Time of Capillary Soaking | S. E. Zharskii, I. O. Orobei, D. A. Grinyuk, I. F. Kuz'mitskii and V. N. Martsul' |
| 1055-1061 | Investigation of the Influence of Thermal Loading and the Content of Molybdenum Disilicide on the Electrical Resistance of Ceramic Material for Production of Glow Plugs | E. S. Golubtsova |
| 1062-1068 | Control of Electric and Thermal Properties of Composites with Whiskers | G. I. Isakov |
| 1 | To the readers of Inzhenerno-Fizicheskii Zhurnal | V. I. Timoshpol’skii and I. G. Gurevich |
| 2-12 | Heat- and mass-exchange science in Belarus: From A. V. Luikov to the present days | V. I. Timoshpol’skii, O. G. Martynenko, V. A. Borodulya, L. L. Vasil’ev and N. V. Pavlyukevich, et al. |
| 13-20 | Nanoscale effects in discrete-pulse transformation of energy | A. A. Dolinskii and B. I. Basok |
| 21-32 | Prospects for employing heat pumps in the Republic of Belarus | L. L. Vasil’ev |
| 33-46 | Fractional integro-differential analysis of heat and mass transfer | L. P. Kholpanov and S. E. Zakiev |
| 47-53 | Theoretical analysis and modeling of the obtaining of polycrystalline silicon in a fluidized-bed reactor | V. A. Borodulya, L. M. Vinogradov, O. S. Rabinovich and A. V. Akulich |
| 54-59 | Convective heat transfer in accelerated cooling of rolled stock | A. A. Rybalov and V. I. Gubinskii |
| 60-67 | Experimental study of the heat transfer in porous semitransparent heat-shield materials | L. Ya. Paderin, P. V. Prosuntsov, S. V. Reznik and V. P. P. Fisher |
| 68-74 | Experimental determination of the diffusitives of moisture in porous materials in capillary and sorption moistening | M. I. Nizovtsev, S. V. Stankus, A. N. Sterlyagov, V. I. Terekhov and R. A. Khairulin |
| 75-89 | Mathematical simulation of heat and mass transfer, phase conversions, and shrinkage for optimization of the process of drying of thermolabile materials | N. I. Nikitenko, Yu. F. Snezhkin and N. N. Sorokovaya |
| 90-96 | Nanoscale effects in food-production technologies | O. G. Burdo |
| 97-103 | Influence of nonlinear interactions and boundary effects on the propagation of energy in a one-dimensional particle chain | V. S. Vikhrenko and S. V. Dubinin |
| 104-108 | Influence of surface processes and external fields on transfer phenomena and phase transitions in aerosol systems with nano-size particles | V. V. Levdansky, J. Smolik and P. Moravec |
| 109-114 | Simulation of heating of biological tissues in the process of ultrahigh-frequency therapy | V. L. Dragun, S. M. Danilova-Tret’yak and S. A. Gubarev |
| 115-126 | Enhancement of vortex heat transfer in a bundle of transverse tubes with ordered trenches | S. A. Isaev, A. I. Leont’ev, N. A. Kudryavtsev, P. A. Baranov and Yu. V. Zhukova |
| 127-135 | Analysis of the exploitation of existing deep production wells for acquiring geothermal energy | T. Kujawa, W. Nowak and A. A. Stachel |
| 136-143 | Assessment of operation of an underground closed-loop geothermal heat exchanger | W. Nowak and A. A. Stachel |
| 144-154 | Numerical solution of the radiative-transfer equation for an absorbing, emitting, and scattering medium with a complex 3-D geometry | V. I. Timoshpol’skii, M. L. German, P. S. Grinchuk and A. N. Oznobishin |
| 155-159 | Numerical study of the influence of dispersion effects on properties of filtration combustion waves with complex chemical kinetics | A. N. Migun, A. P. Chernukho and S. A. Zhdanok |
| 160-165 | Object-oriented approach to simulation of chemical reaction kinetics | A. N. Migun, E. A. Matveichik, A. P. Chernukho and S. A. Zhdanok |
| 166-173 | Investigation of the parameters of a nonstationary arc spot on a copper cathode by the thermospectroscopic method. I. Current density | D. A. Bublievskii, A. Marotta, A. M. Esipchuk, L. I. Sharakhovskii and É. V. A. Da Silva |
| 174-178 | Investigation of the parameters of a nonstationary arc spot on a copper cathode by the thermospectroscopic method. II. Dynamics of movement of the spot | D. A. Bublievskii, A. Marotta, A. M. Esipchuk, L. I. Sharakhovskii and É. V. A. Da Silva |
| 179-181 | Use of plasma reforming of fuel for reduction of the toxicity of diesel engines | S. A. Zhdanok, G. M. Vasil’ev, V. A. Vasetskii and A. V. Khavets |
| 182-186 | Pulse-periodic discharge in a plasmachemical ferroelectric packed-bed reactor | S. A. Zhdanok, G. M. Vasil’ev and V. A. Vasetskii |
| 187-195 | Prebreakdown stage of a surface discharge fired by a pulse in the air at atmospheric pressure | V. B. Avramenko |
| 196-200 | Influence of the linear distribution of the charge-carrier density along the arm of a thermocouple on the regime of its operation | O. I. Markov |
| 201-215 | Structural Properties of Dynamic Systems and Inverse Problems of Mathematical Physics | V. T. Borukhov, V. I. Timoshpol’skii, G. M. Zayats, D. N. Andrianov and V. A. Tsurko |
| 216-224 | Optimum Thickness of a Cooled Wall in Local Pulse-Periodic Heating | A. V. Attetkov, I. K. Volkov and E. S. Tverskaya |
| 225-230 | On One Method of Solving Nonstationary Heat-Conduction Problems for Multilayer Structures | V. A. Kudinov, V. V. Dikop, S. A. Nazarenko and E. V. Stefanyuk |
| 231-238 | Heat Transfer in a Plane Three-Layer System with a Not-Through Cross Connection | A. N. Khutornoi, N. A. Tsvetkov, A. Ya. Kuzin and A. V. Kolesnikova |
| 239-247 | Modeling of the Structure of a Bulk Layer | J. Dueck and V. I. Yugov |
| 248-255 | Investigation of the Moisture Exchange in a Stationary Adsorbent Layer Through which Air is Passed | Yu. I. Aristov, I. V. Mezentsev and V. A. Mukhin |
| 256-271 | Temperature Fields in Oil-Gas Beds Exposed to the Action of an Acid | A. I. Filippov, K. A. Filippov, P. N. Mikhailov, R. N. Bagautdinov and A. A. Potapov |
| 272-280 | Flow of a Multiphase Medium over a Permeable Surface with Formation of Sediment | R. I. Ibyatov, L. P. Kholpanov and F. G. Akhmadiev |
| 281-284 | Permeability of a Membrane with External-Diffusional Resistance Taken into Account | V. I. Baikov and I. Yu. Kostareva |
| 285-292 | Influence of Moisture Evaporation from a Heated Surface on the Thermal Regime of a Capillary-Porous Body in the Initial Period of Drying | S. N. Osipov, E. V. Korobko and V. A. Bilyk |
| 293-303 | Orientational Dynamics and Energy Dissipation in a Liquid Dispersion of Single-Domain Ferroparticles on Exposure to a Linearly Polarized Field | B. E. Kashevskii |
| 304-309 | Inertial Settling of Particles from a Gas-Dispersed Flow on a Curvilinear Surface | K. N. Volkov and V. N. Emel’yanov |
| 310-315 | Propagation of Heavy Atmospheric Emissions with Allowance for the Ground Landscape | V. Sh. Shagapov, S. M. Mukhametshin and G. R. Galiaskarova |
| 316-322 | On the Cluster Structure of a Circulating Fluidized Bed | Yu. S. Teplitskii |
| 323-330 | Problem on Diffusion of a Partially Soluble Impurity in a Solid Matrix with Allowance for the Depletion of the Diffusant Source with Time | V. P. Gladkov, V. A. Kashcheev, V. I. Petrov and I. M. Rumyantsev |
| 331-337 | Motive Forces under Complete Mixing of a Liquid at the Contact Stage | V. N. Pavlechko |
| 338-344 | Motive Forces in a Complex Model Involving a Direct Flow and Mixing of a Liquid | V. N. Pavlechko |
| 345-349 | Hydromagnetic Flow Past an Impulsively Started Infinite Vertical Plate with Variable Temperature and Mass Diffusion | R. Muthucumaraswamy and A. Vijayalakshmi |
| 350-359 | Investigation of the Hydraulic Resistance in Polyethylene Pipelines | M. G. Sukharev, A. M. Karasevich, R. V. Samoilov and I. V. Tverskoi |
| 360-366 | Numerical Simulation of a Nonstationary Gas Jet Generated by a Pulsed-Gas Generator | S. M. Aul’chenko, V. P. Zamuraev, V. I. Zvegintsev and V. F. Chirkashenko |
| 367-374 | Thermodynamic Characteristics of a Viscous Flow in Aqueous Solutions of Barium Nitrate | N. D. Azizov and A. B. Zeinalova |
| 375-379 | Special Modes of the Riecke Phenomenon | V. V. Gotsulenko |
| 380-387 | Diagnostics of Surface-Plasma Formations in a Pulsed Surface Discharge | V. B. Avramenko |
| 388-393 | Plasmadynamic Structure of Electrode Torches and its Influence on the Dynamics of Development of Pulsed Surface Discharge | V. B. Avramenko |
| 394-404 | Simulation of Perfluoromethane Decomposition in an Atmospheric-Pressure Microwave Discharge | A. P. Chernukho, A. N. Migun, S. A. Zhdanok, J. C. Rostaing and J. Perrin |
| 405-408 | Experimental Study of the Electric Discharge System for Lowering the Toxicity of Exhaust Gases of the D-243 Diesel Engine | S. A. Zhdanok, G. M. Vasil’ev, V. A. Vasetskii and A. N. Kartashevich |
| 409-421 | Calculation of the Characteristics of Transfer of Thermal Radiation in the Workspace of an Annular Furnace | V. I. Timoshpol'skii, M. L. German, P. S. Grinchuk and D. N. Andrianov |
| 422-429 | Influence of Optical and Thermophysical Characteristics of Biological Tissue on Its Thermal Conditions Under Laser Irradiation | V. V. Barun and A. P. Ivanov |
| 430-439 | Features of the Heat and Mass Transfer in a Fire Within a Building of Complex Geometry | S. V. Puzach, V. G. Puzach and R. P. Gornostaev |
| 440-448 | Prediction of the Characteristics of the Process of Interaction of Pulsed Laser Radiation with Gasdisperse Systems | K. N. Volkov and V. N. Emel'yanov |
| 449-454 | Investigation of the Magnetophoretic Properties of Low-Magnetic Microparticles | B. E. Kashevskii, S. B. Kashevskii and I. V. Prokhorov |
| 455-462 | Magnetophoretic Properties of a Volume-Ordered System of Rectangular Ferrocylinders | B. E. Kashevskii |
| 463-473 | Kinetics and Apparatus-Technological Arrangement of Convective Drying of Disperse Polymer Materials | S. P. Rudobashta and V. M. Dmitriev |
| 474-481 | Description of the Flows of Two-Phase Mixtures with Phase Transitions in Capillaries by the Density-Functional Method | O. Yu. Dinariev and N. V. Evseev |
| 482-486 | Mathematical Simulation of Mass-Transfer Processes in Off-Furnace Degassing of Metal by Floating Inert Gas Bubbles | N. I. Zakharov, F. V. Nedopekin, A. I. Trotsan and P. S. Kharlashin |
| 487-496 | Optimum Nonequilibrium Thermodynamic Finite-Duration Cycles with a Locally Nonequilibrium Working Substance | A. I. Shnip |
| 497-500 | Factor of Thermodiffusion of Binary Mixtures Containing Alcohol Vapor | A. G. Shashkov, A. F. Zolotukhina, V. B. Vasilenko and O. A. Kolenchits |
| 501-510 | Simulation of the Heat Transfer from a Linear Pulsed-Heat Source in Thermophysical Measurements | N. P. Zhukov |
| 511-518 | Influence of the Molecular Parameters of Polyacrylamide on the Mass Transfer in Turbulent Water Flows in Capillaries | V. A. Myagchenkov and S. V. Chichkanov |
| 519-523 | Influence of Ion-Beam Carbon-Fiber Surface Treatment on the Angle of Wetting by Epoxy Oligomers | V. I. Dubkova, S. P. Rodtsevich, V. G. Komarevich and D. A. Kotov |
| 524-531 | Experimental Investigation of the Decomposition of a Nonpolar-Gas Hydrate in a Pipe Under the Action of a Microwave Electromagnetic Field | M. A. Fatykhov and N. Ya. Bagautdinov |
| 532-540 | Investigation of Simultaneous Chemical-Transformation and Heat-Exchange Process Occurring in the Process of Synthesis of Divinyl Rubber on the Basis of a Cobaltous Catalyst in a Cascade of Two Continuous-Operation Reactors | G. A. Aminova, G. V. Manuiko, T. V. Ignashina, V. V. Bronskaya and O. V. Zakharova, et al. |
| 541-547 | Numerical Investigation of the Heat Exchange and Firing of Reactive Channel Walls by a High-Temperature Swirling-Gas Flow | V. M. Ushakov and O. V. Matvienko |
| 548-553 | Thermostabilization and Drying of Composite Chemical Filaments in the Process of Pneumatic Texturing | A. I. Ol'shanskii, V. I. Ol'shanskii and A. A. Kuznetsov |
| 554-560 | Influence of the Operating Time of a Surface Heated by Electric Current on the Heat-Transfer Coefficient of Kerosene and Water Boiling on It | S. G. Obukhov and D. S. Obukhov |
| 561-564 | Boiling-Liquid Outflow from a Finite-Volume Vessel Through a Slot | F. R. Khuzina |
| 565-570 | Flat Translational Shells with a Pure-Moment Stressed-Strained State | T. M. Martynenko |
| 571-574 | Unbending Shapes of Thin-Walled Flat Translational Shells of Variable Thickness | T. M. Martynenko |
| 575-585 | Mechanisms of Viscoelastic Soil Deformation Under Cylinder Rolling | D. I. Zolotarevskaya |
| 586-589 | The Applicability of Saint-Venant's Principle to Monocoque Structures | B. V. Nerubailo, N. V. Zotova, R. Kh. Orlov and S. V. Sukhorukova |
| 590-594 | Influence of the Piezoelectric Effect on the Propagation of Elastic Waves in Cubically Anisotropic Piezoelectrics | S. M. Bosyakov and O. N. Sklyar |
| 595-600 | Influence of Vibroshock Interaction Between a Cutting Tool and the Processed Billet on the Conditions of Formation of Its Roughness in Mechanical Sawing of Brittle and Hard Materials | M. G. Kiselev and A. V. Drozdov |
| 601-609 | Nonstationary Heat Conduction of Three-Dimensional Bodies with Uneven Inclusions | I. T. Denisyuk |
| 610-615 | Modeling of Diffusion Synthesis of Titanium Disilicide | V. A. Pilipenko, V. V. Molofeev, V. N. Ponomar', A. N. Mikhnyuk and V. A. Gorushko |
| 616-619 | Model of Laser Gettering of Fast-Diffusing Impurities | V. A. Pilipenko, V. N. Ponomar' and V. A. Gorushko |
| 620-623 | Modeling of Reduction in the Resistance of a Body of Revolution in a Viscous Fluid | S. M. Aul'chenko |
| 625-630 | Ranges of Rates of Supersonic Combustion in a Porous Medium | S. A. Zhdanok, P. N. Krivosheev, M. Mbawara and O. G. Penyaz'kov |
| 631-638 | Generalized Volume-Averaged Filtration Combustion Model and Its Application for Calculating Carbon Gasifiers | K. V. Dobrego and I. A. Koznacheev |
| 639-645 | Recondensation in the Presence of a Noncondensable Component | A. P. Kryukov, V. Yu. Levashov and I. N. Shishkova |
| 646-650 | Transient Processes and Thermoacoustic Effects in Surface Boiling of a Liquid | E. V. Lykov and A. G. Sinetskaya |
| 651-661 | Heat and Mass Transfer under Cooling of Flowing Water Sheets by an Air Counterflow | V. M. Sobin and G. V. Dashkov |
| 662-667 | Investigation of the Properties of Substances on the Boundary Curves of Liquid-Vapor Phase Transition | B. A. Arutyunov and A. B. Arutyunov |
| 668-676 | Investigation of the Behavior of Mercury Compounds in Coal Combustion Products | G. Ya. Gerasimov |
| 677-683 | Melt-Level Sensor and Its Application to Investigation of Radiant Heat Exchange in an Electroslag-Remelting Unit | G. F. Gornostaev and G. A. Frolov |
| 684-689 | Obtaining of Fuels Based on Products of Organic-Waste Steam Thermolysis | G. I. Zhuravskii, A. S. Matveichuk and P. L. Falyushin |
| 690-694 | Gas-Producer Technologies of Organic-Waste Processing | G. I. Zhuravskii, A. S. Matveichuk and P. L. Falyushin |
| 695-702 | Functional Identification of the Nonlinear Thermal-Conductivity Coefficient by Gradient Methods. I. Conjugate Operators | V. T. Borukhov and V. I. Timoshpol'skii |
| 703-709 | Functional Identification of the Nonlinear Thermal-Conductivity Coefficient by Gradient Methods. II. Numerical Modeling | V. T. Borukhov, V. I. Timoshpol'skii, G. M. Zayats and V. A. Tsurko |
| 710-715 | Radial Structure of the Temperature Field in Biological Tissue under Irradiation by a Laser Beam | V. V. Barun and A. P. Ivanov |
| 716-727 | Asymptotic Solution of the Problem on the Temperature Field in a Well with Account for the Radial-Velocity Distribution | A. I. Filippov and P. N. Mikhailov |
| 728-732 | Modeling of Thermal Processes in Thermal Resistors with a Positive Temperature Coefficient of Resistance | V. N. Shut, S. P. Syrtsov, E. L. Gavrilenko and A. V. Gavrilov |
| 733-738 | Development of Certain Aspects of the A. V. Luikov Heat- and Mass-Transfer Theory | G. S. Shubin |
| 739-748 | Modeling of Heat Outflows to a Probe in Thermophysical Testing | N. P. Zhukov |
| 749-761 | Comparative Analysis of the Vortex Heat Exchange in Turbulent Flows around a Spherical Hole and a Two-Dimensional Trench on a Plane Wall | S. A. Isaev, A. I. Leont'ev, G. I. Kiknadze, N. A. Kudryavtsev and I. A. Gachechiladze |
| 762-768 | Rise of a Single Bubble in Ascending Laminar Flow: Slip Velocity and Wall Friction | L. S. Timkin, R. S. Gorelik and P. D. Lobanov |
| 769-776 | On the Boundary Conditions for Navier-Stokes Equations in Stream Function-Vorticity Variables in Simulation of a Flow around a System of Bodies | A. B. Mazo and R. Z. Dautov |
| 777-785 | Turbulence in a Roughness Layer | E. I. Smolyar |
| 786-792 | Modeling of Nonstationary Flow in the Ramjet Channel with a Distributed Pulse-Periodic Energy Supply | V. P. Zamuraev and A. P. Kalinina |
| 793-798 | Investigation of the Hydraulic Resistance of a Combined Dust Collector | A. V. Akulich and V. M. Lustenkov |
| 799-816 | Simulation of a Circulation Laminar Flow around a Square Cavity with a Mobile Boundary at High Reynolds Numbers with the Use of VP2/3 and the Fluent Package | S. A. Isaev, P. A. Baranov, N. A. Kudryavtsev, D. A. Lysenko and A. E. Usachov |
| 817-823 | Model of Analysis of the Groundwater-Protection Level in Shallow Land Burial of Radioactive Waste | M. L. Zhemzhurov and G. Z. Serebryanyi |
| 824-831 | Account for Large Deformations of a Material Caused by the Moisture-Content Gradient | V. A. Sychevskii |
| 832-834 | Stationary Filtration in a Fractal Inhomogeneous Porous Medium | B. A. Suleimanov, E. M. Abbasov and A. O. Efendieva |
| 835-838 | Generalization of the Classical Formula of Stability of Cylindrical Shells to the Case of Spiral Stiffeners | B. V. Nerubailo and M. V. Mochalov |
| 839-843 | Simulation of the motion of an individual erythrocyte in a narrow capillary | Z. P. Shul’man, A. A. Makhanek and S. A. Gubarev |
| 844-852 | Mesomorphism in polymers and its mechanotropic variety for polyethylene in binary polymer blends based on it | E. M. Antipov and J. W. M. Noordermeer |
| 853-858 | Partially crystallized elastomer as a nanocomposite model | M. F. Bukhina, N. M. Zorina and Yu. L. Morozov |
| 859-861 | Rheological properties of blood in the process of plasmapheresis | S. V. Vilanskaya |
| 862-870 | Relaxation thermodynamics and viscoelasticity of anisotropic polymer systems | V. S. Volkov |
| 871-877 | Influence of the structure of a modifier layer on the compatibility of polymers with a modified montmorillonite | V. A. Gerasin, F. N. Bakhov, N. D. Merekalova, Yu. M. Korolev and T. L. Zubova, et al. |
| 878-884 | Rheological studies of high-concentration cellulose sulfate-acetate solutions | D. D. Grinshpan, S. M. Tret’yakova, N. G. Tsygankova, S. E. Makarevich and T. A. Savitskaya |
| 885-891 | Shear strength of epoxypolysulfone glass-reinforced plastics in a wide range of loading rates | Yu. A. Gorbatkina, V. I. Solodilov, A. M. Kuperman, D. V. Pavlovskii and M. V. Shustov |
| 892-898 | Mesoscopic equation of state of polymer systems and description of the dynamic characteristics based on it | A. S. Gusev, M. A. Makarova and G. V. Pyshnograi |
| 899-906 | Mathematical modeling of the process compaction of wood | O. R. Dornyak |
| 907-915 | Identification of the nonlinear viscous properties of fluids by the vibrational method | I. V. Elyukhina and G. P. Vyatkin |
| 916-925 | Investigation and calculation of the stressed-strained state and compaction of viscoelastic disperse media as a result of relaxation processes | D. I. Zolotarevskaya and N. N. Ivantsova |
| 926-931 | Exfoliated clay-polyethylene nanocomposites obtained by in situ polymerization. Synthesis, structure, properties | A. V. Ivanyuk, V. A. Gerasin, A. V. Rebrov, R. G. Pavelko and E. M. Antipov |
| 932-939 | Dependence of the structure and properties of unfilled and filled compositions based on binary mixtures of hardenable thermoreactive resins on their formula | L. B. Kandyrin, L. K. Shcheulova, Hoang An Shon, A. P. Zaemskaya and V. N. Kuleznev |
| 940-947 | Use of electro-rheological fluids in a damping device | E. V. Korobko, M. L. Levin, V. A. Bilyk and A. E. Binshtok |
| 948-953 | Influence of fullerene on the rheological characteristics of melts of the polyamide composite forming the structure of a semi-interpenetrative polymer mesh | T. A. Kostereva, Yu. N. Panov, V. N. Artem’eva, N. V. Kukarkina and N. A. Nikanorova, et al. |
| 954-957 | Phenomenon of specific fiber formation in polypropylene/copolyamide mixtures containing polyethyleneglycol | E. P. Kuvaeva, M. V. Tsebrenko and N. M. Rezanova |
| 958-962 | Rheology of gelating systems | P. M. Pakhomov, S. D. Khiznyak, M. M. Ovchinnikov, M. V. Lavrienko and I. V. Malakhaev |
| 963-968 | Nonstationary flow of solutions of flexible-chain polymers in a porous medium | V. G. Pogrebnyak, V. S. Voloshin and N. V. Naumchuk |
| 969-974 | Simulation of the formation of a thermal-laser-action site on eye tissue | A. S. Podol’tsev |
| 975-982 | Mathematical model of strain of droplets of a dispersed-phase polymer in flow of molten polymer blends | V. G. Rezanova, Yu. V. Pridatchenko and M. V. Tsebrenko |
| 983-988 | Disturbance of the blood fluidity as a result of an experimental insult | N. A. Savina, O. A. Georginova, A. A. Shakhnazarov and I. A. Sokolova |
| 989-993 | Simulation of the rheological behavior of enterosorbents in the gastroenteric tract in vitro | T. A. Savitskaya, T. N. Nevar and D. D. Grinshpan |
| 994-997 | Properties of modified gelatins at an interface | M. A. Sakvarelidze, A. E. Kharlov and Z. D. Tulovskaya |
| 998-1001 | Experimental study of the strain of a polymer jet | O. I. Skul’skii, E. V. Slavnov, A. I. Sudakov and N. V. Shakirov |
| 1002-1005 | Rheological and thermal properties of the surface layer of liquids | B. D. Summ |
| 1006-1011 | Influence of inertial effects on the disintegration of the structure of disperse systems of the solid-phase-liquid-medium type | N. B. Ur’ev, I. V. Kuchin and E. A. Naumenko |
| 1012-1017 | Distinctive features of formation of the properties of certain polymer composite materials under the influence of wave action | V. N. Fomin, E. B. Malyukova and S. M. Mezhikovskii |
| 1018-1021 | Determination of the rheological properties of whole blood by the nonstationary method of pulsed changing of the rate of shear | Z. P. Shul’man and V. A. Mansurov |
| 1022-1028 | Influence of the temperature and oversouring of blood on its hemorheological properties | Z. P. Shul’man and A. A. Makhanek |
| 1029-1033 | Analysis of rheograms of the blood of patients with myocardial ischemia and type-2 diabetes mellitus with the use of a new model in the process of pharmaceutical therapy | I. V. Yamaikina, G. Kh. Tagkhizadekh and N. P. Mit’kovskaya |
| 1034-1039 | Investigation of cutting forces by the method of statistical planning of the experiment | A. I. Sagradyan |
| 1040-1045 | Heat-capacity anomaly in a wide vicinity of the critical point of the triethylamine—water phase transition | O. B. Ismailova, T. Kh. Akhmedov, Kh. T. Igamberdiev, Sh. I. Mamatkulov and A. A. Saidov, et al. |
| 1047-1058 | Maximum work of relaxing systems recoverable in a finite time | A. I. Shnip |
| 1059-1070 | Kinetic models of combustion of kerosene and its components | G. Ya. Gerasimov and S. A. Losev |
| 1071-1079 | Mathematical modeling of metastable components in the ionosphere of the earth | S. A. Ishanov and V. V. Medvedev |
| 1080-1087 | Influence of direct electric current on the processes of contact fusion in the bismuth-tellurium system | A. M. Nazhmudinov, L. S. Patskhverova and M. R. Khairulaev |
| 1088-1095 | Modeling of thermal processes in laser sintering of reactive powder compositions | L. P. Kholpanov, S. E. Zakiev and I. V. Shishkovskii |
| 1096-1103 | Temperature profile in the stationary and nonstationary regimes of heating and mass removal of low-thermal-conductivity materials | G. A. Frolov and V. L. Baranov |
| 1104-1112 | Modeling of the process of heat transfer from a plane heat source of constant strength in thermophysical measurements | N. P. Zhukov and N. F. Mainikova |
| 1113-1118 | Mathematical construction of the cooling curve characterizing crystallization from a supercooled melt | V. D. Aleksandrov and V. A. Postnikov |
| 1119-1126 | Dynamics of discharging of a heat accumulator in an infinite ground massif | A. I. Nakorchevskii |
| 1127-1132 | Description of the noninertia of microporous carbon adsorbents in interaction with gases | P. I. Dergunov, A. V. Tvardovskii, A. A. Fomkin and V. Yu. Yakovlev |
| 1133-1137 | Mass transfer in a jet device | E. V. Safronova and G. N. Abaev |
| 1138-1141 | Nonstationary plane-parallel filtration in an inhomogeneous zonal seam | B. A. Suleimanov, É. M. Abbasov and A. O. Éfendieva |
| 1142-1148 | Mathematical modeling of the rheology of swelling systems | N. B. Pleshchinskii, M. G. Khramchenkov and É. M. Khramchenkov |
| 1149-1154 | Analysis of the influence of temperature and deformation on the stability of the granular structure of alloys containing second-phase particles | N. V. Selivanov and I. V. Neupokoeva |
| 1155-1166 | Determination of the optical-breakdown threshold under irradiation of condensed inclusions by pulsed laser radiation | K. N. Volkov and V. N. Emel’yanov |
| 1167-1170 | Space-time characteristics of ordered microstructure (cluster) regions in weakly conducting media | A. E. Vasilevich, A. V. Esipok and Yu. M. Rychkov |
| 1171-1174 | Laser probing of optical media with nanodimensional particles | V. K. Goncharov, K. V. Kozadaev, M. I. Kunitskii and M. V. Puzyrev |
| 1175-1180 | Nonstationary crisis of nucleate boiling under the conditions of an electrically controlled heat load | S. G. Obukhov, V. N. Drulis, E. A. Egoshin and D. S. Obukhov |
| 1181-1193 | Length-scale distributions of the concentration pulsations of a passive impurity in a homogeneous turbulent flow | V. A. Babenko and A. D. Chornyi |
| 1194-1198 | Vertical low-head jet in a transverse flow | K. G. Dobrosel’skii |
| 1199-1213 | Comparative analysis of the calculation data on an unsteady flow around a circular cylinder obtained using the VP2/3 and fluent packages and the Spalart-Allmaras and Menter turbulence models | S. A. Isaev, P. A. Baranov, N. A. Kudryavtsev, D. A. Lysenko and A. E. Usachev |
| 1214-1221 | Convective heat transfer in air flow around a cylinder at low Reynolds numbers | W. Nowak and A. A. Stachel |
| 1222-1230 | Effective conductance of a high-contrast, random-structure composite. Numerical simulation | A. G. Kolpakov |
| 1231-1236 | Mirror recording system with a large field of view | N. K. Artyukhina and A. P. Shkadarevich |
| 1237-1240 | Investigation of contact stresses and their influence on the physics of cutting of 45 steel by cutting tools of high-speed alloys | A. I. Sagradyan |
| 1-9 | Nonstationary heat and mass transfer in evaporative cooling of flowing liquid films | G. V. Dashkov, E. F. Nogotov, N. V. Pavlyukevich and V. D. Tyutyuma |
| 10-17 | Behavior of a fuel oil droplet on a hot surface | R. Kalpokaite-Dichkuvene and G. Stravinskas |
| 18-26 | On simulation of transfer processes in the freeboard region of a steam-generator furnace with a circulating fluidized bed | B. B. Rokhman |
| 27-32 | Similarity of the energy-separation process in vortex Ranque tubes | Sh. A. Piralishvili and A. A. Fuzeeva |
| 33-39 | Gas flow through a porous heat-releasing medium with allowance for the temperature dependence of gas viscosity | V. A. Levin and N. A. Lutsenko |
| 40-47 | Isotherms of water vapor sorption by light inorganic and polymer heat-insulating materials | I. Ya. Gnip, S. A. Veyalis and V. I. Kershulis |
| 48-56 | Mathematical modeling of the process of sublimation drying | D. P. Lebedev and B. N. Bykhovskii |
| 57-64 | Conjugate heat transfer in a closed domain with a locally lumped heat-release source | G. V. Kuznetsova and M. A. Sheremet |
| 65-72 | Effects of radiation on flow past an impulsively started infinite vertical plate with mass transfer | P. Loganathan and P. Ganesan |
| 73-78 | Numerical study of double-diffusive, free convective flow past a moving vertical cylinder | P. Loganathan and P. Ganesan |
| 79-82 | Investigation of the pressure pulsations downstream of the front of a gas detonation wave | O. G. Penyaz’kov and K. L. Sevruk |
| 83-92 | Motion of a condensed particle in a channel with injection | K. N. Volkov |
| 93-98 | On one case of interaction of stationary plane oblique shock waves in a polytropic gas | S. K. Andilevko |
| 99-104 | Rheological changes in the blood and plasma of patients with myocardial ischemia and diabetes mellitus and dysfunction of their endothelium | Z. P. Shul’man, V. A. Mansurov, N. P. Mit’kovskaya, G. Kh. Tagkhizadekh and T. V. Kaminskaya, et al. |
| 105-113 | Rheological behavior of oils in a magnetic field | Yu. V. Loskutov and N. V. Yudina |
| 114-117 | Study of the rheological properties of clays using the problem on shrinkage of a clay layer as an example | N. E. Galiullina and M. G. Khramchenkov |
| 118-124 | Fundamental laws of the deformational behavior of erythrocytes in shear flow | N. N. Firsov, A. V. Priezzhev, N. V. Klimova and A. Yu. Tyurina |
| 125-136 | Viscosity of a binary fluid in narrow slot-like pores | Yu. K. Tovbin, E. E. Gvozdeva and L. K. Zhidkova |
| 137-142 | On colloid-chemical properties of some polymer composites | V. N. Fomin, E. B. Malyukova, N. A. Bulychev and N. B. Ur’ev |
| 143-151 | Liquid-crystal state in the system polysaccharide-mesophasogenic solvent | A. B. Shipovskaya and G. N. Timofeev |
| 152-159 | Calculation of the statistical characteristics of a turbulent flow under the action of external forces | V. A. Babenko and Yu. V. Zhukova |
| 160-167 | Heat exchange in a circular pipe in modeling of turbulent air flow by oriented-fluid flow | V. A. Babkin |
| 168-172 | Determination of the molecular characteristics of polyolefins with the use of the Toms effect | V. N. Manzhai, L. G. Echevskaya, A. V. Ilyushnikov, A. Z. Aisheva and V. A. Zakharov, et al. |
| 173-178 | Influence of the concentration distribution of weakly degenerate carriers on the efficiency of an arm of a thermocouple | O. I. Markov |
| 179-183 | Mechanisms of “superresolution” in dynamic measurements | E. V. Chernukho |
| 184-190 | Approximation of the time form of a laser pulse using finite functions | E. A. Evtushenko and A. A. Evtushenko |
| 191-201 | Contact interaction between a rigid die and an elastic layer in nonstationary frictional heat generation | P. P. Krasnyuk |
| 202-204 | Stability of spirally stiffened shells under external pressure | B. V. Nerubailo, G. D. Zubkov and M. V. Mochalov |
| 205-211 | Plasma pyrolytic synthesis of carbon nanostructures in a mixture of nitrogen and propane-butane | A. F. Bublievskii, A. A. Galinovskii, A. V. Gorbunov, S. A. Zhdanok and L. I. Sharakhovskii, et al. |
| 212-216 | Heterogeneous condensation of a steam on nanoparticles in a laminar diffusion chamber | A. A. Brin’ and S. P. Fisenko |
| 217-221 | Influence of size effects on the critical diameter and growth of nanoparticles | V. V. Levdanskii, J. Smolik and P. Moravec |
| 222-230 | Heat exchange in forced convection in a pipe filled with granular bed: Influence of the longitudinal thermal conductivity | M. V. Vinogradova and Yu. S. Teplitskii |
| 231-239 | Solution of the boundary-value problem for the equation of radiation transfer in a limited volume of a dispersion medium with a linear scattering indicatrix | A. B. Gavrilovich and N. Ya. Radyno |
| 240-243 | Breakthrough of a composite obstacle by high-velocity particles as a result of realization of the superdeep-penetration effect | O. V. Roman, O. A. Dybov, G. S. Romanov and S. M. Usherenko |
| 244-252 | Asymptotic screening and network models for closely packed particles | A. G. Kolpakov |
| 253-260 | On the influence of diffusion-thermal effects on the development of perturbations of the filtration combustion front of gases | K. V. Dobrego and I. A. Koznacheev |
| 261-267 | Regimes of gasification of lean coal layers | K. V. Dobrego and I. A. Koznacheev |
| 268-275 | Specific features of the processes of drying and evaporation in the absence of an analogy between external heat and mass exchange | M. M. Razin |
| 276-282 | Use of the Lennard-Jones potential in modeling the absorption deformation of microporous carbon adsorbents | P. I. Dergunov, A. V. Klinger, A. V. Tvardovskii and A. A. Fomkin |
| 283-288 | Pressure-restoration curve for a fractal cracked medium | O. Yu. Dinariev |
| 289-294 | Bifurcation of the lines of an incompressible viscous-fluid flow in a rectangular cavity with a moving wall | K. N. Volkov |
| 295-300 | Topology of an incompressible viscous-fluid flow in a cubic cavity with a moving cover | K. N. Volkov |
| 301-308 | Flow of a Newtonian fluid in the gap between conical permeable surfaces | V. M. Chervyakov and A. A. Koptev |
| 309-319 | Comparative analysis of the integral and field methods of calculating the heat and mass transfer in a fire within a building | A. V. Puzach |
| 320-327 | Carrying capacity of a cylindrical magnetofluid support | A. N. Vislovich, V. V. Dudarev, A. B. Sukhotskii and V. N. Garanin |
| 328-338 | On the application of flows after strong discontinuities for treating dispersed-phase material. I. Shock-wave (and rarefaction-wave) action on particles | V. A. Sychevskii, E. V. Borisov and V. N. Mironov |
| 339-344 | On the aerodynamic forces acting on an airfoil section with a penetrable region | D. F. Abzalilov and N. B. Il’inskii |
| 345-353 | Ultrasonic control of the fluid-flow velocity without N. I. Brazhnikov’s undocking of a pipeline | A. I. Brazhnikov, V. A. Belevitin, F. I. Brazhnikov and E. L. Ivanov |
| 354-359 | Numerical investigation of the laminar shock-wave gas flow excited by harmonic vibrations of the piston in a closed cylindrical tube | S. V. Bulovich |
| 360-371 | On the influence of the reinforcement structure of fibrous shells of revolution on the heat conduction in them | Yu. V. Nemirovskii and A. P. Yankovskii |
| 372-376 | Features of the transient processes in a ground in which solar energy is accumulated | A. I. Nakorchevskii |
| 377-383 | On the inhomogeneity of the temperature fields in the cross section of thermal tubes | A. A. Kolousova and G. V. Kuznetsov |
| 384-389 | Thermal effects in model specimens under acoustic and convective actions | Yu. G. Korobeinikov, A. P. Petrov, G. A. Trubacheev and A. V. Fedorov |
| 390-394 | Power expended for pumping heat-transfer agents and efficiency of the heat exchange in conical radiative slot recuperators | V. E. Loginov |
| 395-399 | Influence of couple stresses on the propagation of elastic waves in a micropolar cubically anisotropic medium | S. M. Bosyakov |
| 400-402 | Calculation of irradiation coefficients for a truncated circular cone | V. E. Loginov |
| 403-411 | Couette problem for a rarefied gas in a channel | A. V. Latyshev and A. A. Yushkanov |
| 412-417 | Generalities of passive vibration dampers isolating vibrations | N. A. Dokukova and P. N. Konon |
| 419-428 | Mathematical simulation of conjugate heat exchange in heating furnaces with a moving bottom | V. I. Timoshpol’skii, M. L. German, P. S. Grinchuk and S. M. Kabishov |
| 429-437 | Thermoactive coating as a means for controlled action on the temperature field of an infinite solid body with a spherical heating source | A. V. Attetkov |
| 438-443 | Nonstationary heat transfer in an inhomogeneous thermally insulated timber sample | A. N. Khutornoi, A. Ya. Kuzin and S. V. Khon |
| 444-447 | Linearization for a nonlinear heat-conduction equation | I. M. Martynenko |
| 448-455 | Two-dimensional model of heat and mass transfer in the process of fractional crystallization on a band | P. P. Osipov |
| 456-466 | Influence of the geometry of the nozzle on the characteristics of an exhaust jet | O. G. Buzykin, M. N. Kogan and A. N. Kucherov |
| 467-475 | Mathematical simulation of a supersonic flow around complex objects. Influence of the position of a wing on the gasdynamic characteristics of a complex object | V. F. Volkov |
| 476-488 | Explosion method of preventing collisions of asteroid-comet bodies with the Earth in the case of their late detection | V. S. Sazonov and M. V. Yakovlev |
| 489-495 | Determination of the characteristics of gas-dust flow of exhaust gases from the gas-turbine plant to the reconstructed boilers of the Bereza State District Power Station | A. N. Bachurinskii, A. S. Smetannikov, Yu. A. Stankevich, L. K. Stanchits and K. L. Stepanov, et al. |
| 496-502 | Numerical simulation of a viscous separation flow around a rotating circular cylinder | A. B. Mazo and I. V. Morenko |
| 503-505 | Decrease in the noise of a subsonic turbulent jet ejected from a ring nozzle with longitudinal slots | E. V. Vlasov, A. S. Ginevskii, R. K. Karavosov, T. M. Makarenko and A. G. Nalivaiko |
| 506-511 | Interaction of masses in the operating process of pulse jet engines as a means of increasing their thrust efficiency | V. I. Bogdanov |
| 512-523 | Numerical method of simulation of the heat and mass transfer in different flows in a channel with penetrable walls | N. I. Nikitenko, Yu. F. Snezhkin, N. N. Sorokovaya and Yu. N. Kol’chik |
| 524-531 | Calculation of the velocity of a plasma flow in the nozzle exit section of a coaxial-electrode Hall accelerator | I. A. Anoshko and V. S. Ermachenko |
| 532-538 | Some experimental data on a gas discharge between a flowing electrolyte and a metal electrode | M. N. Miftakhov, Kh. K. Tazmeev, A. Kh. Tazmeev and S. V. Fridland |
| 539-546 | Mathematical simulation of the drying of suspensions and colloidal solutions by their depressurization | V. A. Lashkov, E. I. Levashko and R. G. Safin |
| 547-552 | Kinetics of microwave drying of a free-flowing organic material | V. A. Kalender’yan, I. L. Boshkova and N. V. Volgusheva |
| 553-556 | Determination of filtration parameters of a layered bed using data of unsteady liquid inflow to a well | E. R. Badertdinova and M. Kh. Khairullin |
| 557-562 | Experimental determination of thermophysical, thermokinetic, and filtration characteristics of peat | A. M. Grishin, A. N. Golovanov and Ya. V. Sukov |
| 563-568 | Experimental study of peat ignition and combustion | A. M. Grishin, A. N. Golovanov, Ya. V. Sukov and Yu. I. Preis |
| 569-576 | A new approach to heat and moisture regeneration in the ventilation system of rooms. I. Laboratory prototype of the regenerator | Yu. A. Aristov, I. V. Mezentsev and V. A. Mukhin |
| 577-584 | A new approach to heat and moisture regeneration in the ventilation system of rooms. II. Prototype of the real device | Yu. A. Aristov, I. V. Mezentsev and V. A. Mukhin |
| 585-590 | Thermophysical and acoustic properties of aqueous solutions of the pluronic PE6400 copolymer | Z. Sh. Bakaeva, T. Kh. Akhmedov, M. R. Zaitdinov, Kh. T. Igamberdiev and S. Z. Mirzaev, et al. |
| 591-597 | Residence-time distribution of particles in the post of a circulating boiling bed | Yu. S. Teplitskii, V. I. Kovenskii and E. F. Nogotov |
| 598-605 | Separation curves of a flow classification apparatus of finite length | J. H. Dueck, L. L. Min’kov and E. V. Pikushchak |
| 606-610 | Some regularities of the heat transfer in the process of cooling of a cutting zone by an emulsion fog | E. É. Fel’dshtein and R. Maruda |
| 611-618 | Statistical description of an ensemble of DNA molecules | V. V. Belov and V. B. Nemtsov |
| 619-624 | Analytical solution of the problem on thermal slip of second order for molecular gases | V. N. Popov |
| 625-628 | Study of the operating regimes of a three-electrode electrohydrodynamic pump | A. E. Vasilevich and Yu. M. Rychkov |
| 629-638 | Comparison of the characteristics of a plasma generated by a d.c. arc plasmatron and a high-voltage a.c. plasmatron with rail-shaped electrodes (gliding arc) as applied to the synthesis of carbon nanomaterials | A. F. Bublievskii, A. A. Galinovskii, A. V. Gorbunov, S. A. Zhdanok and V. A. Koval’, et al. |
| 639-643 | Analysis and simulation of the process of medicobiological waste treatment in a plasma chamber incinerator | A. L. Mossé and V. V. Savchin |
| 644-650 | Dynamic and spectroscopic characteristics of the ablation pulsed plasma source at atmospheric pressure | V. B. Avramenko |
| 651-656 | Influence of the addition of hydrogen and of a synthesis gas on the characteristics of the process of combustion of gasoline-air mixtures under conditions typical of internal combustion engines | A. N. Migun, A. P. Chernukho and S. A. Zhdanok |
| 657-665 | Experimental study of flow structure and heat transfer under a jet flow past a spherical-cavity obstacle | V. I. Terekhov, V. L. Barsanov, S. V. Kalinina and Yu. M. Mshvidobadze |
| 666-672 | Testing of the | |
| 673-677 | Numerical analysis of aerodynamics and hydraulic loss in the GTÉ-150 combustion chamber of gas-turbine power plant with the use of the fluent suite | D. A. Lysenko and A. A. Solomatnikov |
| 678-684 | Simulation of the internal dynamics of solid-fuel rocket engines on the basis of the STAR-CD suite | K. N. Volkov, S. V. Denisikhin and V. N. Emel’yanov |
| 685-698 | Temperature shock waves in a moving medium with allowance for the relaxation of the heat flux | P. P. Volosevich, E. I. Levanov and E. V. Severina |
| 699-711 | Shock-wave flow regimes at entry into the diffuser of a hypersonic ramjet engine: Influence of physical properties of the gas medium | G. A. Tarnavskii |
| 712-721 | Interaction of a combination of bodies in supersonic flow. Interference and diffraction of shock waves in flow over two bodies of revolution | V. F. Volkov and E. K. Derunov |
| 722-726 | Heat transfer to an ascending laminar flow of hydrocarbons under supercritical pressure conditions | G. I. Isaev and G. K. Abdullaeva |
| 727-735 | Hydromagnetic convection flow through a porous medium in axially varying pipe | D. V. Krishna, D. R. V. Prasada Rao and A. S. Ramachandra Murthy |
| 736-740 | Optimization of temperature regimes of walking-beam heating furnaces | M. L. German |
| 741-745 | A conjugate problem of thermal explosion of a hollow cylinder | R. Sh. Gainutdinov |
| 746-749 | Modeling of local thermal fields in semiconducting barium titanate ceramics | V. N. Shut, E. L. Gavrilenko and A. V. Gavrilov |
| 750-757 | Wave disturbance of the temperature field in low-thermal-conductivity materials | G. A. Frolov and V. L. Baranov |
| 758-767 | Transient thermal behavior of multilayer media: Modeling and application to stratified moulds | M. Lazard |
| 768-772 | Reduction of methodological errors in determining the temperature of metals by two-color pyrometers | A. G. Sen’kov and V. A. Firago |
| 773-780 | Inverse thermal effect of displaced liquid in a porous medium | S. A. Filippov |
| 781-787 | A detailed analysis of entropy production and improvement of the thermodynamic cycle of an adsorption refrigerating plant | B. N. Okunev and M. S. Safonov |
| 788-801 | Heat transfer from tubes filled with a granular layer with account for its thermal anisotropy | M. V. Vinogradova and Yu. S. Teplitskii |
| 802-810 | Statistical calculation of the viscosity coefficients of the ordered phases of DNA molecules | V. B. Nemtsov and A. V. Shirko |
| 811-816 | Density of the concentrates of peach and pome granate juices at elevated state parameters | M. A. Magerramov |
| 817-823 | Curve of the dynamic compressibility of powder media | O. V. Roman, V. T. Shmuradko and G. D. Tarasov |
| 824-831 | General laws governing in mechanical vibratory systems | N. A. Dokukova and P. N. Konon |
| 832-834 | Study of a carbon-ceramic composite material under high-temperature thermal action | L. I. Guseva, Yu. D. Khodzhaev and V. M. Yudin |
| 835-838 | On the microscopic nature of the Young modulus | S. O. Gladkov |
| 839-846 | Simulation and optimization of an organic-impurity oxidization reactor with a fixed porous bed and an electric heating element | N. N. Gnezdilov, K. V. Dobrego, I. M. Kozlov and E. S. Shmelev |
| 847-856 | Wave motion of porous particles in a pulsating gas flow in the presence of heat and mass transfer with deepening of the evaporation zone | P. V. Akulich |
| 857-863 | Pulsating motion of a liquid in capillaries under the influence of a force field | I. N. Karpovich and M. S. Panchenko |
| 864-874 | Selective mass transfer in a membrane absorber | A. Yu. Okunev and N. I. Laguntsov |
| 875-885 | On the condensation of steam from combustion products in chimneys | A. P. Baskakov, V. A. Munts, N. F. Filippovskii and E. V. Cherepanova |
| 886-892 | Shock adiabat of a one-velocity heterogeneous medium | V. S. Surov |
| 893-898 | Mathematical modeling of the gas-phase polymerization of butadiene based on the model of interpenetrating continua | G. V. Manuiko, N. E. Kharitonova, G. A. Aminova and G. S. D’yakonov |
| 899-904 | On the critical indices of the polarization process in polyvinyl alcohol films | T. I. Kovalevskaya, M. I. Ignatovskii and P. A. Khovatov |
| 905-914 | Finite-element model of temperature conditions in self-propagating high-temperature synthesis of cylindrical blanks | V. L. Kvanin, N. T. Balikhina, P. I. Krasnoshchekov, V. P. Radchenko and A. F. Fedotov |
| 915-920 | Unsteady heat transfer in wooden cylindrical sets | A. Ya. Kuzin, N. A. Tsvetkov, A. N. Khutornoi, S. V. Khon and T. A. Miroshnichenko |
| 921-924 | Mathematical simulation of the azimuthal-radial distribution of temperature in a well in the presence of heat sources | R. A. Valiullin, T. R. Sharafutdinov and R. F. Sharafutdinov |
| 925-927 | Mathematical simulation of a nonstationary thermal field in the “well-being-drilled–rocks” system | R. A. Valiullin, A. A. Sadretdinov, R. F. Sharafutdinov and R. B. Bulgakov |
| 928-930 | Exact solution of the problem of nonstationary heat conduction for two semispaces in nonideal contact | V. S. Sazonov |
| 931-936 | Posistor blocks of protection of automatic telephone exchanges | V. N. Shut, D. A. Il’yushchenko, S. R. Syrtsov and A. V. Gavrilov |
| 937-942 | Talbot interferometry in measurements of the parameters of an axisymmetric turbulent jet | M. V. Doroshko, O. G. Penyaz’kov, G. Rankin, K. L. Sevruk and P. P. Khramtsov, et al. |
| 943-952 | Carrying bodies with an adverse longitudinal pressure gradient | I. I. Mazhul’ and R. D. Rakhimov |
| 953-956 | Control of flow past a body of revolution, minimizing the body’s drag in a viscous fluid | S. M. Aul’chenko |
| 957-962 | Vortex effect as a consequence of negative turbulent diffusivity and viscosity | A. A. Avramenko and B. I. Basok |
| 963-970 | Numerical simulation of viscous flow around a system of bodies on the basis of the Navier-Stokes equations in stream function-vorticity variables | A. B. Mazo |
| 971-980 | Mathematical modeling of the intrusion of sea water into littoral sweet-water horizons | É. N. Bereslavskii |
| 981-992 | Some features of the heat and mass transfer in a fire within an atrium | S. V. Puzach and V. G. Puzach |
| 993-998 | Momentum equation and simple waves in an elastic pipeline | A. N. Volobuev and A. P. Tolstonogov |
| 999-1005 | Calculation of compressible flow in a short vortex chamber | V. V. Sorokin |
| 1006-1011 | Determination of the hydraulic resistance of a regenerator’s packing with the finite-element method | L. A. Akulov and V. K. Pronin |
| 1012-1022 | Design of plates with given rigidities from a minimum number of layers and materials | A. A. Kolpakov |
| 1023-1027 | Modeling of the sorption deformation of glassy polymer sorbents in interaction with gases in a high-pressure region | A. M. Skorobogatov and A. V. Tvardovskii |
| 1028-1038 | Standard reference exergies of chemical elements in the oceanic reference medium. I. Consideration of modern hydrochemical data on the concentrations of elements in the oceanic medium and the deviation of their reactivity from the neutral one | G. F. Pinaev |
| 1039-1049 | Standard reference exergies of chemical elements in the oceanic reference medium. II. Estimation of the equilibrium of ecospecies in the oceanic medium | G. F. Pinaev |
| 1051-1054 | Influence of energy contributions to a high-voltage atmospheric-pressure discharge on the efficiency of conversion of ethanol | S. A. Zhdanok, A. V. Krauklis, P. P. Samtsov and A. V. Suvorov |
| 1055-1057 | Influence of the operating regimes of a plasmachemical reactor on the efficiency of conversion of ethanol | S. A. Zhdanok, A. V. Krauklis, A. V. Suvorov, P. P. Samtsov and K. O. Borisevich |
| 1058-1062 | Magnetospheric-ionospheric changes caused by flights of space vehicles | S. A. Ishanov, E. I. Levanov, V. V. Medvedev, V. A. Zalesskaya and Yu. S. Zharkova |
| 1063-1069 | Gasdynamic processes and heat transfer in the channels of systems for ejection of electron beams from a vacuum to dense media | G. V. Konyukhov and A. A. Koroteev |
| 1070-1077 | Determination of the nonlinear heat-conductivity coefficient of tubular bodies by the method of functional identification | V. T. Borukhov, V. I. Timoshpol’skii, G. M. Zayats, E. V. Kalinevich and V. A. Tsurko |
| 1078-1084 | Mathematical modeling of the process of warming up of a cylindrical surface by a moving intense heat source | O. Yu. Chigireva |
| 1085-1090 | On the phenomenology of the finite-depth diffusion of oxygen into polymers in the process of their radiation oxidation | V. P. Sel’kin, S. V. Kopylov, Yu. M. Pleskachevskii, V. A. Lur’e and A. V. Makarenko |
| 1091-1096 | Mathematical simulation of the process of group growth of crystal strips from a melt by the Stepanov method depending on the bevel angle of the operating surface of shapers | A. V. Zhdanov, S. N. Rossolenko and V. A. Borodin |
| 1097-1105 | Theoretical study of hydrodynamics and heat transfer by free convection of non-Newtonian fluids near a cooled surface with regard for variable viscosity | N. V. Selivanov and S. I. Kuz’min |
| 1106-1109 | The first critical heat-flux density of kerosene in stepwise and steady-state releases of heat | D. S. Obukhov |
| 1110-1116 | Parametric investigation of a recuperative reactor with a fixed porous bed for oxidization of organic impurities contained in air | N. N. Gnezdilov, K. V. Dobrego and I. M. Kozlov |
| 1117-1129 | Experimental study of the friction stress and true gas content in upward bubbly flow in a vertical tube | O. N. Kashinckii, L. S. Timkin, R. S. Gorelik and P. D. Lobanov |
| 1130-1133 | Characteristic features of the boiling of emulsions having a low-boiling dispersed phase | N. V. Bulanov and B. M. Gasanov |
| 1134-1138 | Influence of magnetic field on viscosity of suspensions based on dusted iron powder | Yu. M. Rychkov, Yu. G. Polyagoshko and A. V. Esipok |
| 1139-1146 | A kinetic approach to the rheology of inhomogeneous systems with account for the interaction of disperse-phase particles | B. A. Suleimanov and E. M. Abbasov |
| 1147-1156 | Statement of boundary and conjugation conditions for problems of heat transfer in granular beds on the basis of a two-temperature model | Yu. S. Teplitskii and V. I. Kovenskii |
| 1157-1163 | Thermal performance analysis of silica tiles | K. N. Shukla, A. Pradeep and S. S. Suneesh |
| 1164-1168 | Probability estimation of the distribution of expected results for prediction models of radionuclide migration in porous media | M. L. Zhemzhurov and G. Z. Serebryanyi |
| 1169-1178 | Application of the parameter-expansion method to calculation of two-phase flows in channels with injection | K. N. Volkov |
| 1179-1192 | Concentration distribution of the exhaust gas near a roadway with a stochastic traffic flow | M. G. Boyarshinov |
| 1193-1201 | Influence of the inclination of the sea floor (slope) on intrusion in littoral zones | É. N. Bereslavskii |
| 1202-1207 | Process of deposition of a material on the surface of a rotating body | M. G. Kiselev and D. A. Stepanenko |
| 1208-1213 | Influence of the laser-processing parameters on the adhesion strength of adhesive Fe-Cr-B-Si-system coatings | N. N. Dorozhkin, M. A. Kardapolova and O. V. D’yachenko |
| 1214-1229 | New composite sorbents of water and ammonia for chemical and adsorption heat pumps | Yu. I. Aristov and L. L. Vasiliev |
| 1230-1243 | Laser digital speckle anemometry of flows in microchannels of PEM fuel cells | N. B. Bazylev, E. I. Lavinskaya and N. A. Fomin |
| 213-219 | Computational analysis of the regimes of solidification and cooling of a continuous casting with a circular cross section | S. V. Bakhanovich, V. T. Borukhov, V. I. Timoshpol’kii, S. M. Kabishov and E. V. Kalinevich, et al. |
| 220-225 | Optimum thickness of a cooled wall subjected to local frictional heating in the regime of spinning friction | A. V. Attetkov, I. K. Volkov and E. S. Tverskaya |
| 226-230 | Thermal activity of supercooled liquids | D. V. Vasilevskii, G. G. Spirin and O. A. Timofeev |
| 231-236 | Simulation of the temperature field in the surface layer under pulsed electron-beam heating | V. A. Gruzdev, V. G. Zalesskii and D. G. Rugol’ |
| 237-248 | Investigation of physical processes in the centrifugal dispersion of materials with high vapor and gas release | A. N. Ponomarev |
| 249-258 | Transfer of discrete inclusions by fluxes with concentrated vorticity | K. N. Volkov |
| 259-272 | Analysis of the process of mixing of a passive impurity in a jet mixer | V. L. Zhdanov, A. D. Chornyi and É. Hassel |
| 273-283 | Calculation of turbulent momentum transfer in a solid phase based on equations for the second and third moments of particle-velocity pulsations | B. B. Rokhman |
| 284-291 | Calculation of radiation fluxes to the surface of a space vehicle with the aid of a discrete ordinates method | M. V. Filipskii and S. T. Surzhikov |
| 292-297 | A variation-gradient method for optimization of the shape of blade cascades | S. M. Aul’chenko |
| 298-303 | Modified zonal model for calculating the thermodynamics of the gas in a fire within an atrium | S. V. Puzach and E. S. Abakumov |
| 304-310 | Methane-to-hydrogen conversion in the filtration-combustion wave of rich methane-air mixtures | Yu. M. Dmitrenko, S. A. Zhdanok, R. A. Klyovan and V. G. Minkina |
| 311-321 | Concerning the filtrational cooling of a heat-releasing granular bed in the presence of a first-order phase transition | Yu. S. Teplitskii and V. I. Kovenskii |
| 322-328 | Investigation of the composition of biomass-gasification products in a pseudoliquid layer | V. A. Borodulya, G. I. Pal’chenok, O. S. Rabinovich and S. V. Vasilevich |
| 329-338 | Radiation-induced drift of hydrogen and its trapping in metallic membranes and particles | V. V. Levdanskii, J. Smolik and P. Moravec |
| 339-344 | Influence of the coefficient of vaporization on the parameters of the gas near the surface | A. V. Latyshev and A. A. Yushkanov |
| 345-357 | Influence of phase transformations and heat and mass exchange on the course of the processes of pyrolysis of single high-ash-coal particles at elevated pressures | V. P. Patskov |
| 358-363 | Optimization of the operating-design parameters of a combined dust separator | A. V. Akulich and V. M. Lustenkov |
| 364-369 | Mass transfer in a rotor dispersion-film apparatus | I. A. Lyutarevich |
| 370-373 | Optimum control of the ground-water level with account for a rain or snow fall-out | N. D. Bobarykin and K. S. Latyshev |
| 374-381 | Determination of the optimum conditions for synthesis of a diene rubber based on a neodymium-containing catalytic system with definite branching characteristics | G. A. Aminova, G. V. Manuiko, V. V. Bronskaya, T. V. Ignashina and A. I. Ismagilova, et al. |
| 382-387 | Membrane selective separation of binary gas mixtures | V. I. Baikov and N. V. Primak |
| 388-394 | The process of drying of a capillary specimen subjected to an acoustic-convective effect | Yu. G. Korobeinikov, A. P. Petrov, G. V. Trubachev and A. V. Fedorov |
| 395-402 | Model of motion of the probe of an atomic-force microscope in the semicontact regime | S. O. Abetkovskaya and S. A. Chizhik |
| 403-408 | Fiber-optic thermometry and its application | G. F. Gornostaev, G. A. Frolov, V. V. Pasichnyi and G. V. Tkachenko |
| 409-415 | Formation of copper lines on dielectric substrates by the thermotensography method | B. A. Bezuglyi, M. M. Denisov and O. A. Tarasov |
| 416-419 | Fundamental solutions of thermoelasticity equations for a semimoment isotropic medium | S. M. Bosyakov and I. M. Martynenko |
| 420-424 | On one boundary-value problem for the Laplace equation | I. M. Martynenko |
| 425-439 | Renormalization technique in designing a heat exchange apparatus | G. V. Gembarzhevskii |
| 440-447 | Method for estimation of the average local working temperatures and the residual resource of metal coatings of gas-turbine blades | P. G. Krukovskii and K. A. Tadlya |
| 448-450 | Increasing the accuracy of measurement of the thermal conductivity of fluids | D. V. Vasilevskii, G. G. Spirin and O. A. Timofeev |
| 451-460 | Analytical solution of heat-conduction problems with a variable initial condition based on determining a temperature perturbation front | V. A. Kudinov, B. V. Averin and E. V. Stefanyuk |
| 461-468 | Absorption of ammonia by moving drops of water | A. P. Eremin, G. V. Kotov, T. V. Sidorovich and S. P. Fisenko |
| 469-473 | Adsorption properties of novel melanin-containing granular phytoadsorbents | G. S. Akhremkova, V. A. Lapina and A. F. Dolidovich |
| 474-482 | Influence of an electric field on the hardening process and the properties of an epoxy composite discretely reinforced with phosphocarbon fibers | V. I. Dubkova and N. P. Krut’ko |
| 483-494 | Toward the phenomenological theory of drying | V. A. Sychevskii |
| 495-501 | Establishment of boundary conditions for problems of conductive-convective heat transfer in disperse systems | Yu. S. Teplitskii and M. V. Vinogradova |
| 502-510 | Theoretical investigation of the process of cleaning oil-polluted soil in hydrocyclone apparatuses | O. V. Matvienko and E. V. Evtyushkin |
| 511-516 | Model of water influx to a perfect well with allowance for the water loss by the overlying clay layer | N. B. Pleshchinskii, M. G. Khramchenkov and É. M. Khramchenkov |
| 517-525 | Inverse problems of elastoplastic filtration of liquid in a porous medium | B. Kh. Khuzhaerov and É. Ch. Kholiyarov |
| 526-528 | Influence of difference in specific electrical conductivities of liquids on the process of displacement in a porous medium | R. R. Mirzadzhanov |
| 529-535 | Simulation of the process of moisture transfer in the zone of aeration on the basis of the capillary potential equation | N. D. Bobarykin |
| 536-544 | Toward generalization of calculations of the stationary velocity of diffusion flame propagation over the surface of a fuel | A. I. Karpov, A. A. Galat and V. K. Bulgakov |
| 545-554 | Investigation of gas release from molds | G. Ya. Gerasimov and Yu. M. Pogosbekyan |
| 555-562 | Results of testing a centrifugal bubble singlet-oxygen generator | M. V. Zagidullin, V. D. Nikolaev, M. I. Svistun and N. A. Khvatov |
| 563-569 | On the problem of control of relaxation oscillations of a “singing” flame | V. V. Gotsulenko |
| 570-582 | Stochastic models of particle motion in a turbulent flow and their application for calculating internal flows | K. N. Volkov |
| 583-589 | Excitation of self-oscillations in flow past a surface with a recess and the possibility of preventing them | R. K. Karavosov and A. G. Prozorov |
| 590-598 | Influence of the molecular parameters of anionic acrylamide copolymers on the value of the Thoms effect in direct oil emulsions | S. V. Chichkanov, A. I. Shamsullin and V. A. Myagchenkov |
| 599-603 | Radiation-spectroscopic characteristics of an ablation pulse plasma generator (accelerator) at low pressure | V. B. Avramenko |
| 604-611 | Investigation of the thermal mode of a high-speed electrical contact by mathematical modeling methods | M. P. Galanin, A. P. Lototskiy and S. S. Urazov |
| 612-616 | Formation of magnetic fields inside massive conducting cylinders | V. K. Goncharov, V. V. Makarov and A. F. Chernyavskii |
| 617-624 | Modeling of the parameters of bipolar transistors | V. A. Pilipenko, D. V. Vecher, V. A. Gorushko, T. V. Petlitskaya and V. S. Syakerskii |
| 625-629 | Influence of the thickness of the base region of structures with a Schottky barrier on their current and photoelectric characteristics | D. M. Edgorova |
| 630-633 | Degassing of a hydrocarbon fluid in a high-frequency electromagnetic field | M. A. Fatykhov and R. I. Idrisov |
| 634-637 | Change in the basic thermodynamic characteristics of polymeric sorbents in interaction with inert gases in a wide range of pressures and temperatures | A. M. Skorobogatov and A. V. Tvardovskii |
| 639-643 | Analysis of mass-transfer phenomena in the dendritic net of solidifying steel ingots. 1. Formulation of the problem. Analysis of melt flow in the dendritic net | Yu. A. Samoilovich, V. I. Timoshpol’skii and S. M. Kabishov |
| 644-649 | Analysis of mass-transfer phenomena in the dendritic net of solidifying steel ingots. 2. Convective diffusion of the impurity in the dendritic net of solidifying ingots | Ya. A. Samoilovich, V. I. Timoshpol’skii and S. M. Kabishov |
| 650-656 | Stability of the supermolecular structure of gels of lithium tetraalkylborates by the acousto-optical method | Z. T. Dmitrieva, N. D. Khat’kov and N. A. Khomchenko |
| 657-661 | A macrokinetic model of aerosol deposition of a dissolved component on the surface of crystal structures under isothermal conditions | V. I. Ryazhskikh and K. S. Petrov |
| 662-670 | Porosity and hydraulic resistance of a bidisperse mixture | J. G. Dueck |
| 671-675 | Heat transfer in boiling of water in a fill of spherical elements | V. V. Lozovetskii |
| 676-680 | Influence of foreign gases on phase transitions in nanosized capillaries | V. V. Levdanskii, J. Smolik, V. Zdimal and P. Moravec |
| 681-688 | The Busemann flow for a one-velocity model of a heterogeneous medium | V. S. Surov |
| 689-696 | A comparative investigation of a high-velocity impact of cosmic bodies upon water and ground | A. S. Smetannikov |
| 697-701 | Lower estimate of the flight range of a fire-extinguishing liquid drop | V. P. Ol’shanskii and S. V. Ol’shanskii |
| 702-707 | Bifurcation of a transonic ideal-gas flow around a symmetric airfoil with a concavity | K. V. Babarykin |
| 708-713 | Toward calculation of free-convective motion of liquid over a linear heat source | O. G. Martynenko and V. N. Korovkin |
| 714-720 | On determination of the basic characteristics of free convective heat exchange near a flat vertical surface | O. G. Martynenko and V. N. Korovkin |
| 721-727 | Interphase mass transfer between liquid-liquid counter-current flows. I. Velocity distribution | E. Horvath, E. Nagy, C. Boyadjiev and J. Gyenis |
| 728-733 | Interphase mass transfer between liquid-liquid counter-current flows. II. Mass transfer kinetics | E. Horvath, E. Nagy, C. Boyadjiev and J. Gyenis |
| 734-741 | Turbulent flow of a chemically reactive gas suspension in a channel with a blow | K. N. Volkov and V. N. Emel’yanov |
| 742-750 | Use of equations for transfer of particle pulsation characteristics for calculating two-phase flows in the stabilized section of a tube | B. B. Rokhman |
| 751-759 | Investigation of the characteristics of conjugate heat and mass transfer in spatial flow past a sphere-blunted cone and blowing-in of a gas from the surface of bluntness | V. I. Zinchenko, K. N. Efimov and A. S. Yakimov |
| 760-768 | On the possibility of acoustic probing of gas wells | V. Sh. Shagapov, Z. A. Bulatova and A. V. Shcheglov |
| 769-780 | Statistical analysis of speckle fields in digital laser monitoring of the microstructure of paper | V. V. Azharonok, N. B. Bazylev, E. I. Lavinskaya, I. I. Filatova and N. A. Fomin |
| 781-785 | Temperature error of fiber-optic measuring systems | A. V. Polyakov and M. A. Ksenofontov |
| 786-790 | Certain regularities of the kinetics of drying of moist materials | A. I. Ol’shanskii, V. I. Ol’shanskii and E. F. Makarenko |
| 791-800 | Modeling of the process of drying of a dispersed material by a superheated steam in a pneumatic-transport system | Yu. S. Teplitskii and V. I. Kovenskii |
| 801-811 | Analytical method of calculating temperature differences for rectangular heat-releasing elements in the body of a homogeneous heat-conducting rectangular plate with heat removal from its edges | V. Z. Kokotov, A. A. Meyer and I. É. Kvint |
| 812-819 | Numerical verification of the existence of the energy-concentration effect in a high-contrast heavy-charged composite material | A. A. Kolpakov |
| 820-827 | Calculation of stresses and strains in a spherical volume filled with water caused by its freezing | V. A. Sychevskii |
| 828-832 | Temperature distribution in the vicinity of defects in semiconductor barium-titanate-based ceramics | V. N. Shut and A. V. Gavrilov |
| 833-839 | Modeling of heat and mass transfer and aerodynamics in a bulk of stored agricultural raw material | V. I. Kondrashov |
| 840-846 | Temperature mechanisms of the interaction of dislocations with impurities in the processes of transfer of the energy of elastic vibrations | V. R. Sobol’, P. N. Logvinovich, S. E. Bel’skii and A. V. Blokhin |
| 847-856 | Modeling of diffusion mass transfer of implanted dopants in silicon. I. Formulation of the model | B. B. Khina |
| 857-863 | Changes in the crystal structure of metals under laser radiation | S. V. Vasil’ev, A. Yu. Ivanov and V. A. Liopo |
| 864-868 | Reflectionless absorption of electromagnetic radiation in a magnetic layer | R. M. Kasimov |
| 869-873 | Structure and properties of composite iron-based coatings obtained by the electromechanical technique | N. A. Dubinskii |
| 874-884 | Influence of lift redistribution along the length of a supersonic airplane on the acoustic-shock parameters | V. M. Fomin, V. F. Volkov and V. F. Chirkashenko |
| 885-891 | Velocity recovery factors of a particle repelled from a solid surface | A. L. Stasenko |
| 892-902 | On the theory of thin bodies | S. K. Betyaev |
| 903-911 | Application of the methods of numerical modeling to evaluation of the total-pressure loss in gas turbines | K. N. Volkov |
| 912-917 | Features of combined instability of a charged interface between moving media | I. N. Aliev, S. O. Yurchenko and E. V. Nazarova |
| 918-926 | Description of viscous-fluid flows with a moving solid phase in the density-functional theory | O. Yu. Dinariev and N. V. Evseev |
| 927-938 | Influence of turbulence on the formation of detonation combustion of a gas in tubes | Yu. V. Tunik |
| 939-947 | Heat exchange in turbulent flow of an incompressible liquid in a rough tube with a constant wall temperature | V. A. Babkin |
| 948-953 | An approach to calculation of the viscosity of dissociated gas mixtures formed from oxygen, nitrogen, and carbon | V. V. Gorskii and S. N. Fedorov |
| 954-960 | An exact solution to the unsteady free-convection boundary-layer flow past an impulsively started vertical surface with newtonian heating | R. C. Chaudhary and Preeti Jain |
| 961-969 | Stability of thermocapillary convection and regimes of a fluid flow acted upon by a standing surface wave | A. I. Feonychev |
| 970-976 | Use of standing surface waves and of a stationary magnetic field in growing crystals by the floating-zone method in weightlessness | A. I. Feonychev |
| 977-988 | Propagation of strain waves and compaction of a viscoelastic material by a cylinder rolling over it | D. I. Zolotarevskaya |
| 989-997 | Influence of the concentration of a dispersed phase and of the magnetic field on the attenuation of ultrasonic waves in magnetic fluids | A. R. Baev, P. P. Prokhorenko and N. Alekseyuk |
| 998-1005 | Distinctive features of filtration in a granular bed near the wall | Yu. S. Teplitskii, V. I. Kovenskii and M. V. Vinogradova |
| 1006-1018 | Modeling of the rotational motion of a dispersed phase using the equations of transfer of the second and third moments of pulsations of the translational and angular velocities of particles | B. B. Rokhman |
| 1019-1032 | Numerical analysis of the process of combustion and gasification of the polydisperse coke residue of high-ash coal under pressure in a fluidized bed | A. Yu. Maistrenko, V. P. Patskov, A. I. Topal and T. V. Patskova |
| 1033-1037 | A differential method of determining the principal optical parameters of an atmospheric aerosol in the ultraviolet band | Kh. G. Asadov and É. S. Abbaszade |
| 1038-1049 | Analytical solutions of the problems of heat transfer during liquid flow in plane-parallel channels by determining the temperature perturbation front | V. A. Kudinov, E. V. Stefanyuk and M. S. Antimonov |
| 1050-1054 | Influence of polymer aging on reliability indices of a typical printed-circuit assembly of radioelectronic equipment | G. V. Kuznetsov and E. V. Kravchenko |
| 1055-1063 | Heat capacity of natural fruit juices and of their concentrates at temperatures from 10 to 120°C | M. A. Magerramov |
| 1065-1071 | Mathematical model of heating a prism with boundary conditions of the 3rd kind | Yu. M. Pleskachevskii, V. I. Timoshpol’skii, S. V. Shil’ko, S. L. Gavrilenko and S. M. Kabishov |
| 1072-1080 | Mathematical model of heat transfer in the U-shaped block of the unpressurized device compartment of a geostationary spacecraft | V. A. Burakov, E. N. Korchagin, V. P. Kozhukhov, A. S. Tkachenko and I. V. Shcherbakova |
| 1081-1094 | Exact solutions of problems on harmonic vibrations of a thermoelastic rod having a triangular cross section with account for the connectedness | A. D. Chernyshev |
| 1095-1110 | Dynamics of heating a solid body with thermal destruction of its surface | G. A. Frolov and V. L. Baranov |
| 1111-1115 | Catalytic synthesis of carbon nanotubes in pulsed barrier discharge plasma | S. A. Zhdanok, S. V. Gorbatov, A. A. Mikhailov, F. V. Plevako and K. F. Plevako, et al. |
| 1116-1123 | Hydrodynamic description of the mechanism of formation of carbon nanotubes | G. V. Abramov, A. I. Ivanov and G. V. Popov |
| 1124-1129 | On the efficiency of gas heating by a three-phase ac sliding arc plasma generator | V. B. Kovshechnikov, G. G. Antonov and A. A. Ufimtsev |
| 1130-1139 | A simple model for the interaction of a low-current vacuum arc with a copper cathode | M. Messaad, A. W. Belarbi, M. Abbaoui and A. Lefort |
| 1140-1153 | Turbulent conjugate heat-and mass transfer in chemical conversions in a tubular reactor | L. P. Kholpanov and Yu. S. Polyakov |
| 1154-1157 | Experimental investigation of peat ignition and combustion regimes | A. M. Grishin, A. N. Golovanov, Ya. V. Sukov and A. A. Abramovskikh |
| 1158-1169 | Two approaches to closing the equations of momentum and heat transfer in turbulent chemically reactive gas-dispersed flows on the stabilized portion of an axisymmetric channel | B. B. Rokhman |
| 1170-1177 | Problem on estimation of the content of 131I in milk in the “iodine” period of the Chernobyl accident | A. A. Khrushchinskii, S. A. Kuten’, N. M. Budevich, V. F. Minenko and O. M. Zhukova, et al. |
| 1178-1185 | Variational approach to free convection boundary-layer flow with suction and injection | M. Chandrasekar |
| 1186-1192 | Turbulent flow in a cylindrical circular-recess channel | K. N. Volkov, S. V. Denisikhin and V. N. Emel’yanov |
| 1193-1198 | Numerical simulation of crisis phenomena in a subsonic air flow around a thick airfoil with vortex cells | S. A. Isaev, A. G. Sudakov, P. A. Baranov and N. A. Mordynskii |
| 1199-1205 | On the problem of instability of the boundary of two media of finite thickness | I. N. Aliev, S. O. Yurchenko and E. V. Nazarova |
| 1206-1209 | Realization of high pressures and temperatures in the gas phase of a bubble liquid flowing through a nozzle | V. Sh. Shagapov, S. A. Lepikhin and M. N. Galimzyanov |
| 1210-1215 | Features of the dynamics of development and the thermal stability of dry spots in flowing-down liquid films | I. P. Starodubtseva and A. N. Pavlenko |
| 1216-1222 | Dynamic viscosity of aqueous solutions of salts at high temperatures, pressures, and concentrations | U. B. Magomedov and A. B. Alkhasov |
| 1223-1228 | On the competition of different mechanisms of sintering under SHS-disintegration | L. S. Stel’makh, A. M. Stolin and R. N. Ponomarev |
| 1229-1236 | Mathematical simulation of the process of purification of a gas suspension | A. S. Yakimov |
| 1237-1246 | Certain self-similar problems of flow of a one-velocity heterogeneous medium | V. S. Surov |
| 1247-1255 | Application of density-functional theory to calculation of flows of three-phase mixtures with phase transitions | O. Yu. Dinariev and N. V. Evseev |
| 1256-1263 | Description of the process of magnetization of hollow cylindrical rods from soft magnetic materials in a homogeneous quasi-static magnetic field of a solenoid. Hysteresis loop | V. F. Matyuk, A. A. Osipov and A. V. Strelyukhin |
| 1 | Inzhenerno-Fizicheskii Zhurnal is 50 |
| 2-5 | Status and prospects of hydrogen power engineering in the Republic of Belarus | S. A. Zhdanok and S. A. Filatov |
| 6-16 | Fuel cells: State of the art | I. G. Gurevich |
| 17-47 | Chemical and sorption heat engines: State of the art and development prospects in the Russian Federation and the Republic of Belarus | Yu. I. Aristov, L. L. Vasiliev and V. E. Nakoryakov |
| 48-54 | Measurement of concentration pulsations in a shear turbulent flow by the method of averaged Talbot images | M. V. Doroshko, O. G. Penyaz’kov, P. P. Khramtsov and I. A. Shikh |
| 55-61 | Influence of the plasma of a high-frequency barrier discharge on the structure of the dynamic boundary layer on a flat surface | O. G. Penyaz’kov, P. P. Khramtsov, M. Yu. Chernik, I. N. Shatan and I. A. Shikh |
| 62-67 | On the calculation of turbulent fan jets | O. G. Martynenko and V. N. Korovkin |
| 68-81 | Diagnostics of rapidly proceeding processes in fluid and plasma mechanics | N. A. Fomin |
| 82-91 | Mathematical simulation of the dynamics of a dispersed phase in free gravitational convection of a viscous incompressible liquid in a square cavity | L. P. Kholpanov, E. I. Nekrasova and A. K. Nekrasov |
| 92-99 | Conjugate problem of thermogravitational convection in a rectangular region with a local heat source | G. V. Kuznetsov and M. A. Sheremet |
| 100-105 | Influence of background vertical motions on free convection over a thermally inhomogeneous horizontal surface | L. Kh. Ingel’ |
| 106-111 | Experimental investigation of the mixing performance of a lobed jet flow | Amina Meslem, Ilinca Nastase and Kamel Abed-Meraim |
| 112-121 | Mathematical modeling of nonlinear processes of heating (counterflow and direct-flow heat exchange) in metallurgy and machine construction | Yu. S. Postol’nik, V. I. Timoshpol’skii, P. É. Ratnikov and O. A. Kondrasheva |
| 122-128 | Analysis of thermal stresses in massive steel ingots in the process of their heating in a furnace prior to their treatment by pressure | Yu. A. Samoilovich, V. I. Timoshpol’skii, I. A. Trusova and S. M. Kabishov |
| 129-137 | A class of integral transformations for the generalized equation of nonstationary heat conduction | É. M. Kartashov |
| 138-144 | Chain model of generation of heat in a solid dispersion of subdomain ferroparticles on exposure to a variable field | B. É. Kashevskii |
| 145-155 | On the mechanism of carbon transport to the deposition surface in a flow discharge reactor for synthesis of carbon nanomaterials | V. M. Volzhankin, A. V. Krauklis, S. P. Fisenko and A. I. Shnip |
| 156-166 | Heat and mass transfer in the heterogeneous system matrix-inclusions under pulse electron-beam processing | Yu. A. Chumakov and A. G. Knyazeva |
| 167-175 | Energetics of the adsorption and diffusion of hydrogen molecules in a (001) plate of nanocrystalline aluminum | A. L. Zaitsev, Yu. M. Pleskachevskii and S. A. Chizhik |
| 176-181 | Possibility of cleaning a channel in a snowy atmosphere by a supersonic off-design jet | Yu. G. Korobeinikov, A. P. Petrov, G. V. Trubacheev, A. V. Fedorov and V. M. Fomin |
| 182-187 | Evaporative cooling of water in complex-configuration film spray zones | A. I. Petruchik, A. D. Solodukhin and S. P. Fisenko |
| 188-195 | Influence of capillary forces on the regime of water evaporation in high-temperature rocks | G. G. Tsypkin and C. Calore |
| 196-203 | Dynamics of the viscous interaction of a ring vortex with a flat screen | N. A. Vladimirova |
| 204-212 | Mathematical simulation of the process of peat ignition | A. M. Grishin and A. S. Yakimov |
| 213-216 | Low-temperature plasma-chemical synthesis of carbon nanotubes on nickel patterns obtained by the photocatalytic-lithography method | S. A. Zhdanok, S. V. Gorbatov, A. A. Mikhailov, F. V. Plevako and K. F. Plevako, et al. |
| 217-222 | Possibilities of obtaining nickel nanoparticles in an aqueous medium using laser action | V. K. Goncharov, K. V. Kozadaev, M. I. Markevich, M. V. Puzyrev and D. L. Slavashevich, et al. |
| 223-227 | Erosion laser torch in the light of the gating radiation from an auxiliary laser | V. K. Goncharov, K. V. Kozadaev, M. V. Puzyrev and D. L. Slavashevich |
| 228-235 | Investigation of the dynamics of radiative micropinch discharges | A. S. Smetannikov |
| 236-241 | Reflectionless absorption of electromagnetic radiation incident at an angle upon a clarified absorbing substrate | S. P. Kasimova |
| 242-252 | Quantitative visualization of ultrasonic acoustic waves by means of digital laser speckle-technologies | C. A. Greated, J. A. Cosgrove and N. A. Fomin |
| 253-255 | Influence of target geometry on the parameters of a laser-emission discharge | V. V. Shkurko |
| 256-263 | Evaporative cooling of binary drops in a low-pressure flow reactor | Yu. A. Efimenko and S. P. Fisenko |
| 264-273 | Characteristic features of the process of mixture formation upon fuel injection into a high-temperature air flow | A. I. Maiorova and V. V. Tret’yakov |
| 274-279 | Critical thermal load in saturated boiling of liquids | E. V. Anokhina |
| 280-286 | Distinctive features of phase transitions in the formation of nanosized aerosol particles | V. V. Levdanskii, J. Smolik, V. Zdimal and P. Moravec |
| 287-296 | Mathematical model of natural gas flow in pipelines with allowance for the dissociation of gas hydrates | V. Sh. Shagapov, N. G. Musakaev and R. R. Urazov |
| 297-307 | Numerical simulation of free convection of a heat-releasing fluid in an axisymmetric closed volume | D. G. Grigoruk, P. S. Kondratenko and D. V. Nikol’skii |
| 308-322 | Solutions of the type of traveling waves including hyperbolic heat transfer | P. P. Volosevich, E. I. Levanov and E. V. Severina |
| 323-331 | Numerical analysis of heat losses by main heat pipelines under conditions of complete or partial flooding | G. V. Kuznetsov and V. Yu. Polovnikov |
| 332-341 | Simulation of a subsonic isothermal turbulent submerged jet flowing from an annular nozzle | K. N. Volkov |
| 342-350 | On the asymptotic layering of turbulent flows | S. K. Betyaev |
| 351-358 | Numerical analysis of the influence of the compressibility of a viscous gas on its turbulent flow around a cylinder with a circular vortex cell | S. A. Isaev, P. A. Baranov, Yu. S. Prigorodov, A. G. Sudakov and A. E. Usachov |
| 359-365 | Thermal and force loads on the vehicle surface in high-velocity motion in the earth’s atmosphere | G. A. Tarnavskii |
| 366-373 | Dissipative self-organization of a single layer of ferrosuspension particles in a high-frequency magnetic field of different polarization | S. B. Kashevskii |
| 374-379 | On fluidization of polydisperse granular materials | Yu. A. Teplitskii |
| 380-387 | Vibrowave action on the bed and the critical area of wells with allowance for the slip effect | B. A. Suleimanov, É. M. Abbasov and A. O. Éfendieva |
| 388-396 | Influence of disturbances in the geometry of the elements of a regularly porous system on the hydrodynamic characteristics of the clusters of fuel elements of a nuclear reactor | E. K. D’yakov, G. V. Konyukhov and V. G. Konyukhov |
| 397-408 | Nonideal contact problem of nonstationary heat conduction for two half-spaces | V. S. Sazonov |
| 409-413 | Effect of the interrelationship of thermal and mechanical fields on the propagation of wave motions in cubically anisotropic thermoelastic materials | S. M. Bosyakov |
| 414-419 | Method of nondestructive control of the thermophysical properties of rocks on borehole cores | R. I. Gavril’ev |
| 420-427 | Brittle-fracture criterion and durability of materials under thermomechanical action | V. V. Shevelev |
| 429-437 | Filtration of a gas-condensate mixture near the hydraulic fracture | O. Yu. Dinariev and N. V. Evseev |
| 438-441 | Two-dimensional convective diffusion of a radioactive impurity with allowance for sorption in a porous medium | M. L. Zhemzhurov and G. Z. Serebryanyi |
| 442-447 | Permeation Rate in Selective Membrane Gas Separation | V. I. Baikov and N. V. Primak |
| 448-455 | Influence of the parameters of sweet-water flow in littoral sea zones on the dimensions of a saline-water tongue | É. N. Bereslavskii |
| 456-464 | Characteristics of porous media used for modeling of filtration combustion | K. V. Dobrego, I. A. Koznacheev and E. S. Shmelev |
| 465-472 | Mechanical properties of a colloidal body in the process of its transformation into a capillary-porous one as a result of drying | V. A. Mansurov, V. A. Bilyk and G. P. Gorodkin |
| 473-487 | Heat and mass exchange in films of a reacting mixture and a cooling liquid under exothermic-reaction conditions | L. P. Kholpanov and S. E. Zakiev |
| 488-493 | Nonstationary flow in the model channel of a ramjet engine in pulse-periodic energy supply | V. P. Zamuraev and A. P. Kalinina |
| 494-498 | Character of the fast jet efflux upon detonation of shaped charges | V. V. Azharonok, L. E. Krat´ko, S. V. Goncharik, N. I. Chubrik and I. V. Petrov, et al. |
| 499-503 | Numerical analysis of the mechanism of decreasing the frontal resistance of the rolling wheel by generating a circular vortex in front of it | Yu. V. Zhukova, S. A. Isaev, Yu. M. Lipnitskii and A. E. Usachov |
| 504-512 | Flow around transverse slots | S. K. Betyaev |
| 513-519 | Shock waves in an elastic pipeline | A. N. Volobuev and A. P. Tolstonogov |
| 520-524 | Influence of the physical properties of the material of nanoparticles on their diffusion in rarefied gases | V. Ya. Rudyak, S. L. Krasnolutskii and E. N. Ivashchenko |
| 525-532 | Convective regimes of mixing in binary systems with the mechanical equilibrium instability of a gas mixture | V. N. Kosov, Yu. I. Zhavrin and N. B. Ankusheva |
| 533-543 | New possibilities of investigating blood flow in soft tissues of the mouth | N. A. Fomin, S. P. Rubnikovich and N. B. Bazylev |
| 544-550 | Analytical method for estimating the nonlinear properties of liquids by a torsion viscosimeter | I. V. Elyukhina and G. P. Vyatkin |
| 551-556 | Analysis of the working process in a reciprocating expander in the region of wet vapor | K. M. Aref´ev, O. V. Belyaeva, A. Zh. Greben´kov, T. A. Zayats and T. L. Pushkareva |
| 557-564 | Flow of a gas out of the vessel to a medium with counterpressure under the conditions of intense heat supply | V. I. Timoshenko and V. P. Galinskii |
| 565-575 | Mathematical model of the processes of flow of a lubricating layer and elastoplastic deformation of a product | M. E. Basin and M. G. Boyarshinov |
| 576-587 | Numerical simulation of high-temperature thermal processes in cylindrical furnaces | S. V. Frolov and S. Vl. Frolov |
| 588-597 | Mathematical modeling of the process of heat transfer in a shielded half-space with a thermoactive spacer under external thermal action | A. V. Attetkov, I. K. Volkov and E. S. Tverskaya |
| 598-606 | Testing and calculating a two-chamber plasma furnace for processing of radioactive wastes | A. L. Mosse, V. V. Savchin and V. V. Shilov |
| 607-612 | Asymptotics of eigenvalues for the Laplace equation in domains with slots | I. M. Martynenko |
| 613-616 | Heat conductivity of thin-layer polymeric materials treated by a magnetic field | V. M. Popov and A. P. Novikov |
| 617-621 | Investigation of the features of hydrogen synthesis by water decomposition on micro-and macrostructured silicon powders | V. A. Labunov, A. A. Kovalevskii, A. V. Dolbik, A. S. Strogova and A. N. Saurov, et al. |
| 622-626 | Properties of a silicon surface exposed to nanosecond laser-radiation pulses | V. A. Pilipenko, D. V. Vecher, V. A. Gorushko, V. S. Syakerskii and T. V. Petlitskaya |
| 627-632 | Temperature stresses in barium-titanate-based semiconductor ceramics | V. N. Shut and A. V. Gavrilov |
| 633-637 | Formation of a fine-grained structure of iron-nickel alloys by reversible martensite transformation | V. E. Danil´chenko |
| 853-861 | Theoretical and experimental investigation of the characteristics of a rotary-pulsatory apparatus | V. M. Fomin, A. V. Fedorov, T. A. Khmel’, M. S. Vasilishin and A. G. Karpov, et al. |
| 862-869 | On the problem of construction of the underground contour of water-development works with portions of constant flow velocity | É. N. Bereslavskii |
| 870-879 | On the application of the universal law of velocity defect to nonequilibrium flows in a turbulent boundary layer | Yu. A. Lashkov, V. V. Mikhailov, N. V. Samoilova and A. A. Uspenskii |
| 880-892 | Calculation of a turbulent monodisperse flow in an axisymmetric channel | B. B. Rokhman |
| 893-896 | Volumetric rate of a turbulent newtonian fluid flow in a cylindrical channel | V. N. Manzhai and A. V. Ilyushnikov |
| 897-904 | Mathematical simulation of the formation of heat tornadoes | A. M. Grishin, O. V. Matvienko and Yu. A. Rudi |
| 905-922 | Effects of free convection on the oscillatory flow of a polar fluid through a porous medium in the presence of variable wall heat flux | P. M. Patil |
| 923-929 | Structure of mechanical resistance of the water-oil contact region | V. N. Alekseev and A. V. Bogoslovskii |
| 930-934 | Heat transfer in a horizontal coiled pipe in a transient regime and at a near-critical pressure of a fluid | R. F. Kelbaliev, R. Yu. Aliev and M. B. Ismailov |
| 935-940 | Distinctive features of the intrachamber instability of combustion in liquid-propellant rocket engines | V. V. Gotsulenko |
| 941-944 | Characteristic features of the oscillation of shells of bodies of revolution immersed in a viscous fluid flow | S. M. Aul’chenko, V. O. Kaledin and Yu. V. Shpakova |
| 945-949 | Numerical model of the scattering of a gaseous and dispersed impurity in the atmosphere | V. P. Kabashnikov and V. M. Popov |
| 950-962 | Concentration fields of radioactive substances in the case of underground burial | A. I. Filippov, P. N. Mikhailov, D. A. Gunter and D. V. Ivanov |
| 963-975 | Mathematical modeling of convective diffusion of soluble compounds in the soil at nonisothermal moisture transfer | I. A. Gishkelyuk, S. P. Kundas and N. N. Grinchik |
| 976-984 | Nonstationary heating of two-dimensional metal nanoparticles by laser radiation | S. V. Zimovets and P. I. Geshev |
| 985-988 | Influence of size effects on gas absorption by nanoparticles | V. V. Levdanskii, J. Smolik and P. Moravec |
| 989-997 | On the influence of motion of the medium on the photophoresis of a spheroidal solid aerosol particle | N. V. Malai, N. N. Mironova and E. P. Shchukin |
| 998-1005 | On the thermal conductivity of a blown granular bed | V. I. Kovenskii and Yu. S. Teplitskii |
| 1006-1014 | Efficiency of utilization of heat in the processes of convective drying and an equilibrium analysis | M. M. Razin |
| 1015-1020 | Construction of a temperature field in the section of the exterior angle of enclosing structures | A. I. Borodin |
| 1021-1032 | Contact heat conduction through periodically contacting rods | V. M. Popov, D. Chernyshov and A. A. Karpova |
| 1033-1037 | The temperature field of a medium due to an instantaneous concentrated force | I. T. Denisyuk |
| 1038-1049 | Design of semiconductor materials for electronics. Segment of the technological process: Annealing of the base substrate and formation of a nanostructure of dopants | G. A. Tarnavskii |
| 1050-1054 | Functional possibilities of Ag-| 1055-1060 | Asymptotics of the eigenvalues and eigenfunctions in cubically anisotropic thermoelastic bodies with slits | I. M. Martynenko |
|
| 1061-1068 | Estimation of cathode temperature parameters by means of a rotating cathode spot mode | S. I. Shabunya, V. V. Martynenko, F. Richard and B. Barthelemy |
| 1069-1075 | Features of the distribution of heat fluxes in the anode–vapor-gas sheath system in anodic electrolytic heating | P. N. Belkin, T. L. Mukhacheva and I. G. D’yakov |
| 1076-1087 | Asymptotic analysis of the solution of the problem of nonstationary heat conduction of laminar anisotropic inhomogeneous plates for small biot numbers on faces | Yu. V. Nemirovskii and A. P. Yankovskii |
| 1088-1098 | Errors in measuring the temperature of metals by pyrometers based on tricolor multielement photodetectors | A. G. Sen’kov and V. A. Firago |
| 1099-1103 | Numerical-analytical method of solution of a nonlinear unsteady heat-conduction equation | V. D. Belik, B. A. Uryukov, G. A. Frolov and G. V. Tkachenko |
| 1104-1122 | Heat transfer in complex-profile channels under different stabilized flow conditions of the medium and system search for higher-accuracy nonstationary temperature fields | P. V. Tsoi |
| 1123-1127 | Mathematical description of motion and adherence of droplets to the flow boundaries | A. V. Fedorov, V. M. Fomin and A. V. Shul’gin |
| 1128-1135 | Modeling of capillary pressure hysteresis and of hysteresis of relative phase permeabilities in porous materials on the basis of the pore ensemble concept | O. Yu. Dinariev and D. N. Mikhailov |
| 1136-1138 | Formation of conical structures during the growth of nanofibers in a glow discharge plasma | F. N. Borovik and S. P. Fisenko |
| 1139-1143 | Investigation of the process of drying of a system of connected capillaries in an acoustic-convective field | Yu. G. Korobeinikov, A. P. Petrov, G. V. Trubacheev and A. V. Fedorov |
| 1144-1152 | Certain regularities of the kinetics of moisture and heat exchange in drying of moist materials | A. I. Ol’shanskii, E. F. Makarenko and V. I. Ol’shanskii |
| 1153-1167 | Development of a theory and methods for calculating the heat and mass transfer in drying a porous body with multicomponent vapor and liquid phases | N. I. Nikitenko, Yu. F. Snezhkin and N. N. Sorokovaya |
| 1168-1175 | On compression and rarefaction waves in a dispersed layer | Yu. S. Teplitskii and V. I. Kovenskii |
| 1176-1184 | Riemann problem for the one-velocity model of a heterogeneous medium | V. S. Surov |
| 1185-1190 | Application of the method of asymptotic expansions for analyzing free-convection jet flows | O. G. Martynenko and V. N. Korovkin |
| 1191-1196 | Nonnatural vibrations of hydraulic shock-absorbers | N. A. Dokukova, P. N. Konon and E. N. Kaftaikina |
| 1197-1200 | Nonlinear vibrations of hydraulic shock absorbers | N. A. Dokukova, M. D. Martynenko and E. N. Kaftaikina |
| 1201-1206 | Impurity transfer in the case of convection over a thermally inhomogeneous horizontal surface | L. Kh. Ingel’ |
| 1207-1213 | Direct rheological, cytometric, and cardiological effect of intravenous laser irradiation of blood | I. V. Yamaikina, P. N. Malashevich, E. G. Volkova, A. V. Kovkova and O. I. Pashkevich, et al. |
| 1214-1221 | On the absorptivity of a limited volume of blood subjected to extracorporeal ultraviolet irradiation | A. B. Gavrilovich |
| 1222-1231 | Phase separation and liquid-crystal state of cellulose triacetate in nitromethane | A. B. Shipovskaya, G. N. Timofeeva, N. O. Gegel’ and S. Yu. Shchegolev |
| 1232-1241 | Hemodynamics and heat transfer in controlled whole-body hyperthermia: modeling of processes | N. V. Kinsht and D. N. Kinsht |
| 1242-1246 | Use of mathematical models of the ionosphere for studying the propagation of electromagnetic waves | S. A. Ishanov, E. I. Levanov, V. V. Medvedev, V. A. Zalesskaya and K. I. Novikova |
| 1247-1251 | Influence of chain-transfer reactions on the molecular-weight-distribution function of diene rubber on a neodymium-containing catalyst system | G. A. Aminova, G. V. Manuiko, V. V. Bronskaya, T. V. Ignashina and G. S. D’yakonov, et al. |
| 1-5 | Effect of a supersonic counterflow jet on blunt body heat transfer rates for oncoming high enthalpy flow | Vinayak Kulkarni and K. P. J. Reddy |
| 6-15 | Analysis of three-dimensional structures in complex turbulent flows | N. A. Fomin |
| 16-20 | Control of the aerodynamic characteristics of wing airfoils by nonstationary energy supply in transonic flow | S. M. Aul’chenko, V. P. Zamuraev and A. P. Kalinina |
| 21-28 | Estimation of the thermohydraulic efficiency of swirlers at small Reynolds numbers | A. F. Ryzhkov, L. Zhargalkhuu, Nadir Saman M. Sharif and A. D. Makhaev |
| 29-34 | Experimental study of the high-temperature thermomechanical drying of wood | N. M. Gorbachev and V. P. Kozhin |
| 35-46 | Analysis of free vibrations for Rayleigh — Lamb waves in a microstretch thermoelastic plate with two relaxation times | Rajneesh Kumar and Geeta Partap |
| 47-58 | Buoyancy waves as a thermal pump | V. I. Merkulov |
| 59-64 | Self-aligning centrifugal supports | S. M. Arinkin, L. P. Panasenko and E. V. Papok |
| 65-68 | Determination of the kinetic curves of drying of blocks of adsorbents-dessicants with different cross sections of channels and of a granulated adsorbent on a change in the flow velocity | Yu. G. Korobeinikov, G. V. Trubacheev and A. V. Fedorov |
| 69-74 | Experimental study of the high-temperature thermomechanical drying of wood | N. M. Gorbachev and V. P. Kozhin |
| 75-84 | On equations of a one-velocity heterogeneous medium | V. S. Surov |
| 85-91 | Heat-insulating composite based on unwoven materials and organomineral binder | V. I. Dubkova, N. Kh. Belous and N. P. Krut’ko |
| 92-97 | Kinetics of thermal decomposition of organic binders in molds | G. Ya. Gerasimov and Yu. M. Pogosbekyan |
| 98-105 | Calculation of dendritic liquation (microsegregation) in a solidifying steel ingot with allowance for ionic migration | Yu. A. Samoilovich, V. I. Timoshpol’skii and S. M. Kabishov |
| 106-113 | Stability of a crystal surface in fractional crystallization on a band | P. P. Osipov |
| 114-124 | Mathematical model of the thermodestruction of worn tires in overheated steam | V. A. Babenko, V. A. Zhdanok, G. I. Zhuravskii and N. V. Pavlyukevich |
| 125-132 | Analysis of a number of elements in the mechanism of mass entrainment of carbon material within the framework of the complete thermochemical model of its destruction | V. V. Gorskii and A. N. Lavrent’eva |
| 133-139 | Investigation of the process of jet burning of gaseous fuel | A. L. Rutkovskii, E. I. Meshkov, A. M. Davidson, A. T. Zurabov and M. A. Kovaleva |
| 140-148 | Parameters of tip–sample interactions in shear mode using a quartz tuning fork AFM with controllable Q-factor | Vo Thanh Tung, S. A. Chizhik and Tran Xuan Hoai |
| 149-156 | Determination of the thermodynamic properties of liquid n-hexadecane from the measurements of the velocity of sound | T. S. Khasanshin, V. S. Samuilov and A. P. Shchemelev |
| 157-162 | Temperature field near the singular line of the interface of anisotropic media | I. T. Denisyuk |
| 163-169 | Solution of stationary heat-conduction problems for curvilinear regions using eigenfunction expansions (fundamental solutions) | A. D. Chernyshov |
| 170-175 | Hyperbolic heat-conduction equation. Mixed boundary-value problem | M. P. Lenyuk and K. V. Lakusta |
| 176-182 | Model of the interaction of electromagnetic and thermal fields in delay media | N. N. Grinchik, V. T. Erofeenko, I. S. Kozlovskaya and Yu. V. Pulko |
| 183-189 | Calculation of the stress fields in a polysynthetic twin located near the crystal surface | O. M. Ostrikov |
| 190-197 | Photocurrent amplification effect of the fet gate p–n junction | D. M. Edgorova |
| 199-208 | Gasification of Belarusian oil shales in a filtration-combustion wave | K. V. Dobrego, S. A. Zhdanok and I. A. Koznacheev |
| 209-214 | Brownian motion and the drift of charged nanoparticles in laminar gas flow in a plane channel | S. P. Fisenko |
| 215-220 | Dynamics of magnetophoretic separation of a suspension of slightly magnetic microparticles in a high-gradient field of a magnetized rod | A. M. Zholud’ and B. É. Kashevskii |
| 221-235 | Mathematical modeling of the heating and melting of the metal charge in an electric-arc steel-making furnace | Yu. A. Stankevich, V. I. Timoshpol’skii, N. V. Pavlyukevich, M. G. German and P. S. Grinchuk |
| 236-245 | Steam thermolysis of discarded tires: testing and analysis of the specific fuel consumption with tail gas burning, steam generation, and secondary waste slime processing | V. A. Kalitko, Morgan Chun Yao Wu, V. A. Zhdanok and Benson Ching Tsai Yo |
| 246-250 | “Salt in a porous matrix” sorbent and sawdust as air driers for ventilation systems | Yu. G. Korobeinikov, A. V. Fedorov, E. A. Buluchevskii and A. V. Lavrenov |
| 251-266 | Mathematical model of mass transfer in the case of a bidispersed porous material | A. I. Moshinskii |
| 267-276 | Theoretical and experimental study of the processes of water purification in a biofilter | I. G. Dueck and S. V. Pyl’nik |
| 277-282 | Resistance of spherical fills in the case of flow of single- and two-phase media | V. V. Lozovetskii and F. V. Pelevin |
| 283-290 | Determination of the local parameters of heat- and mass transfer in deep cooling in a tube bundle of fuel combustion products of thermal power plants | V. I. Baikov, V. A. Borodulya, V. L. Malevich and A. E. Sinkevich |
| 291-295 | Velocity of full fluidization of a bed of polydisperse granular materials | Yu. S. Teplitskii and V. I. Kovenskii |
| 296-302 | Experimental study of the length and structure of a free-diffusion burning-gases flame | Yu. V. Polezhaev, V. A. Vorob’ev, D. V. Isakov, G. K. Korovin and I. G. Lozino-Lazinskaya, et al. |
| 303-314 | Hydrodynamic theory of the “Struya” former-flowmeter | V. P. Starikov and N. A. Vladimirova |
| 315-320 | On the gas flow rate through a Mach disk in an underexpanded jet | A. S. Chizhikov |
| 321-326 | Testing of numerical methods, convective schemes, algorithms for approximation of flows, and grid structures by the example of a supersonic flow in a step-shaped channel with the use of the CFX and fluent packages | S. A. Isaev and D. A. Lysenko |
| 327-337 | Simulation and numerical investigations of the kinetics of atmospheric aerosol droplets in the wake behind a flat plate | A. G. Zdor |
| 338-345 | Vibroacoustic monitoring of the homogeneity and workability of concrete mixes by their hydromechanical state in the process of mixing | L. N. Danilevskii, E. V. Korobko and S. V. Terekhov |
| 346-354 | Discontinuous solutions of gas-dynamics equations taking into account the relaxation of a heat flow with a heat transfer | P. P. Volosevich, I. I. Galiguzova, E. I. Levanov and E. V. Severina |
| 355-360 | Decomposition of volatile organic compounds in a plasma-catalytic reactor | S. A. Zhdanok, S. V. Gorbatov, A. A. Mikhailov, K. F. Plevako and F. V. Plevako, et al. |
| 361-367 | Shadow method for measuring the average electron density in an ionized gas flow induced by a high-frequency barrier discharge | P. P. Khramtsov, O. G. Penyazkov, M. V. Doroshko, M. Yu. Chernik and I. A. Shikh |
| 368-375 | Temperature field of a solid body containing a spherical heating source with a uniformly moving boundary | A. V. Attetkov, I. K. Volkov and S. S. Pilyavskii |
| 376-381 | Analysis of the durability of support rollers of continuous-casting machines | Yu. A. Samoilovich, V. I. Timoshpol’skii, I. A. Trusova and V. A. Goryainov |
| 382-387 | Procedure of calculation of the axial chemical inhomogeneity of solidifying steel ingots | Yu. A. Samoilovich, V. I. Timoshpol’skii and S. M. Kabishov |
| 388-394 | The velocity of movement of isotherms near the thermal center of a cooled body | V. V. Vinogradov, I. L. Tyazhel’nikova and E. P. Vinogradova |
| 395-399 | Mutual irradiation surfaces of elementary strips of coaxial circular cones | V. E. Loginov |
| 400-406 | On the approximate solution of the third boundary-value problem of heat-conduction theory for a circle | I. N. Meleshko and V. A. Sednin |
| 407-413 | On the formation of carbon nanostructures on the steel surface of a reactor as a result of the decomposition of hydrocarbons in the low-temperature plasma. 1. Experimental setup, determination of basic mechanisms, estimation of the production rate | S. A. Zhdanok, I. F. Buyakov, A. V. Krauklis and K. O. Borisevich |
| 414-418 | Transfer processes in low-temperature plasma on the formation of carbon nanostructures on the steel surface of a reactor as a result of the decomposition of hydrocarbons in the low-temperature plasma. 2. Modernization of the experimental setup, search for optimum operating conditions, determination of additional controlling factors of the process | S. A. Zhdanok, I. F. Buyakov, A. V. Krauklis and K. O. Borisevich |
| 419-426 | Bactericidal action of the plasma of high-frequency capacitive and barrier discharges on microorganisms | V. V. Azharonok, L. E. Krat’ko, Ya. I. Nekrashevich, I. I. Filatova and L. A. Mel’nikova, et al. |
| 427-431 | Turbulent combustion of gaseous fuels | Yu. V. Polezhaev |
| 432-441 | Comparative analysis of the formation mechanisms of polycyclic aromatic hydrocarbons and fullerenes in flames | G. Ya. Gerasimov |
| 442-447 | Qualitative characteristics of the fuel gas obtained as a result of the thermochemical processing of plant biomass by the pyrolysis method | P. L. Falyushin, G. I. Zhuravskii, R. F. Bratishko, V. N. Kozhurin and E. V. Anufrieva |
| 448-455 | Heat and mass transfer in hot-particle-induced ignition of a liquid-fuel vapor entering the ambient air from the surface of fabric impregnated with the fuel | G. V. Kuznetsov and P. A. Strizhak |
| 456-460 | On the non-uniqueness in the dependence of the parameters of mass removal of a carbon material on the Mach number in the air flow incident on it | V. V. Gorskii and A. N. Lavrent’eva |
| 461-465 | On the interaction of a vortex pair and a vortex ring with a flat shield | A. S. Ginevskii, T. V. Pogrebnaya and S. D. Shipilov |
| 466-475 | Comparison of methods for wall boundary conditions as applied to the calculation of turbulent heat exchange characteristics | K. N. Volkov |
| 476-487 | Influence of periodic temperature on transient natural convection flow of an elastico-viscous fluid past a uniformly accelerated plate | R. C. Chaudhary and Arpita Jain |
| 488-495 | Calculation of unsteady flow past a cube on the wall of a narrow channel using URANS and the Spalart–Allmaras turbulence model | S. A. Isaev and D. A. Lysenko |
| 496-503 | Anomalies of the boundary reflection of ultrasound from a Maxwellian liquid | D. A. Kostyuk and Yu. A. Kuzavko |
| 504-512 | Construction of the underground contour of the foundation of a hydraulic structure with constant-flow-velocity portions in the presence of a water-confining layer | É. N. Bereslavskii |
| 513-521 | Characteristic features of transfer processes in polydisperse beds on full and partial fluidization | Yu. S. Teplitskii and V. I. Kovenskii |
| 522-532 | Analytical solution of the radiation transfer equation for a three-dimensional volume of a disperse medium with an arbitrary scattering indicatrix | A. B. Gavrilovich |
| 533-536 | Calculation of the adsorption deformation of a microporous adsorbent | S. N. Zalivin, A. V. Tvardovskii, A. V. Klinger and A. A. Fomkin |
| 537-555 | Analytical solution method for heat conduction problems based on the introduction of the temperature perturbation front and additional boundary conditions | V. A. Kudinov and E. V. Stefanyuk |
| 556-565 | Plane strain deformation in an orthotropic micropolar thermoelastic solid with a heat source | Rajneesh Kumar and Rajani Rani Gupta |
| 566-573 | Temperature fields developing in the process of cutting of sapphire and diamond | P. N. Bogdanovich, D. V. Tkachuk and D. A. Bliznets |
| 574-583 | Solution of phase-transformation problems by the method of extension of boundaries | A. D. Chernyshov |
| 584-587 | Cubically anisotropic stress-strain states and finding them by the method of small parameter | I. M. Martynenko, M. A. Zhuravkov, V. A. Kazakevich and O. N. Sklyar |
| 588-597 | Simplification of the mathematical models of objects in simulator complexes | Mén Tsinsun and K. M. Shestakov |
| 598-603 | Optimum values of energy converter efficiency | B. S. Fokin |
| 604-607 | Two-layer nonreflective absorber of electromagnetic radiation | R. M. Kasimov and S. R. Kasimova |
| 608-609 | Lotka’s law and authors’ activity of Inzenerno-Fizicheskii Zhurnal | N. V. Pavlyukevich, O. G. Penyazkov and S. P. Fisenko |
| 611-622 | Modeling of fast pyrolysis of a single biomass particle in an inert boiling bed | O. S. Rabinovich, V. V. Korban, G. I. Pal’chenok and O. P. Khorol’skaya |
| 623-629 | On the circulating boiling bed energy | Yu. S. Teplitskii and V. I. Kovenskii |
| 630-634 | Dynamics of parameters of an erosion torch formed under the action of submicrosecond laser radiation on a zinc target | V. K. Goncharov, K. V. Kozadaev, M. V. Puzyrev and V. M. Stetsik |
| 635-641 | Influence of lattice relaxation on the kinetics of spinodal decomposition of solid solutions | I. K. Razumov |
| 642-648 | Nonisothermal effects in the growth of carbon clusters in the gas phase | E. A. Baranyshin, O. G. Penyaz’kov and S. P. Fisenko |
| 649-656 | Critical size of aerosol particles in physical and chemical deposition | V. V. Levdanskii, J. Smolik and P. Moravec |
| 657-661 | Determination of the intervals of technogenic accumulations of hydrocarbons in a lamellar rock mass | G. G. Kushtanova |
| 662-667 | Transfer of steam in the porous coating of a heated cylinder submerged in a liquid | O. S. Filatova, N. V. Pavlyukevich, L. L. Vasiliev and A. S. Zhuravlev |
| 668-682 | Mathematical model of drying of deformable materials and numerical calculation method | V. A. Sychevskii |
| 683-688 | Nonstationary spatial heat transfer in the inhomogeneous corner fragment of a wooden bar wall | A. Ya. Kuzin, A. N. Khutornoi, D. N. Tsvetkov and I. A. Lesnyak |
| 689-696 | Calculation of thermal regimes for homogeneous and compound bodies of arbitrary shape | A. I. Borodin |
| 697-705 | Experimental study of fluid flow and heat transfer from a square prism approaching the wall of a wind tunnel | Dipes Chakrabarty and Ranajit Brahma |
| 706-713 | Influence of two-dimensional convection on solidification of back-tapered ingots | V. V. Dremov |
| 714-716 | Selection of convective heat transfer coefficient from comparison of experimental data with results of mathematical modeling | I. Yu. Puzakov, E. N. Kondrashov and A. Yu. Maksimov |
| 717-721 | Temperature and electric potential distribution in the structure pyroelectric–liquid crystal under the action of laser radiation | V. N. Shut, A. V. Gavrilov and V. L. Trublovskii |
| 722-727 | Aerodynamic drag of a plate in an ionized gas flow induced by a near-surface high-frequency barrier discharge | P. P. Khramtsov, O. G. Penyazkov, M. Yu. Chernik, V. M. Gritsenko and I. N. Shatan, et al. |
| 728-733 | On the maximum of the vertical fall velocity of a homogeneous sphere whose radius changes by the exponential law | V. P. Ol’shanskii and S. V. Ol’shanskii |
| 734-742 | Improvement of penetrant-testing methods | N. P. Migoun and N. V. Delenkovskii |
| 743-748 | Influence of temperature on the electrorheological response of dielectric suspensions based on a water-containing filler | L. S. Eshchenko, E. V. Korobko and N. A. Bedik |
| 749-755 | Features of viscous-fluid flow in an elastic pipeline | A. N. Volobuev and A. P. Tolstonogov |
| 756-764 | Influence of particle density and size on turbulence, friction, and heat exchange characteristics | K. N. Volkov and V. N. Emel’yanov |
| 765-778 | Numerical modeling of the aerodynamics, heat exchange, and combustion of a polydisperse ensemble of coke-ash particles in ascending axisymmetric two-phase flow | B. B. Rokhman |
| 779-788 | Thermodynamic properties of liquid metals using Percus–Yevick (PY) hard sphere reference system | Aditya M. Vora |
| 789-793 | Investigation of the stressed-strained state of cermet dentures using digital laser speckle-photographic analysis | N. B. Bazylev and S. P. Rubnikovich |
| 794-802 | Mathematical simulation of semitransparent layered thin-walled waveguides with the use of averaged two-sided boundary conditions | V. T. Erofeenko and A. I. Glushtsov |
| 803-809 | Self-aligning stands on hydraulic supports for testing products and systems of aeronautical and space-rocket engineering | S. M. Arinkin, L. N. Panasenko and E. V. Papok |
| 810-819 | Electrodynamics of layered media with boundary conditions corresponding to the total-current continuum | N. N. Grinchik, A. P. Dostanko, I. A. Gishkelyuk and Yu. N. Grinchik |
| 821-827 | Analysis of the operational characteristics of a rotor-pulsation apparatus with an impeller | A. V. Fedorov, T. A. Khmel’, M. S. Vasilishin, A. G. Karpov and A. A. Kukhlenko |
| 828-832 | Influence of nozzle vibrations on the aerodynamic characteristics of a jet | E. V. Vlasov, A. S. Ginevskii, E. A. Gostev, R. K. Karavosov and T. M. Makarenko, et al. |
| 833-837 | Physicomechanical parameters of shells of bodies of revolution that ensure the formation of a running wave on their surface in viscous-fluid flow | S. M. Aul’chenko, V. O. Kaledin and E. A. Sedova |
| 838-846 | Exact solutions of a Navier–Stokes equation in the form of polynomials | S. K. Betyaev |
| 847-859 | Numerical analysis of the influence of the physical viscosity on the vortex heat transfer in laminar and turbulent flows around a heated plate with a shallow spherical hole | S. A. Isaev, S. Z. Sapozhnikov, V. Yu. Mityakov, A. V. Mityakov and S. A. Mozhaiskii, et al. |
| 860-865 | On the resonance character of nonlinear wave processes in closed cylindrical tubes | D. A. Zhebynev and O. V. Shmyrkov |
| 866-871 | Swirling convective jets: asymptotic analysis | O. G. Martynenko and V. N. Korovkin |
| 872-881 | Effects of mass transfer on free convection flow past a semi-infinite inclined plate with variable surface temperature | G. Palani and Kwang-Yong Kim |
| 882-889 | Non-Darcian convection flow in a circular duct partially filled with porous medium | D. V. Krishna |
| 890-899 | Conjugate mixed convection under mass-transfer conditions | G. V. Kuznetsov and M. A. Sheremet |
| 900-905 | Determination of the parameters of self-ignition of gaseous mixtures in adiabatic compression | V. V. Leshchevich and O. G. Penyazkov |
| 906-913 | Mathematical modeling of gas combustion in a twisted jet and of the formation of a fiery whirlwind | A. M. Grishin, O. V. Matvienko and Yu. A. Rudi |
| 914-923 | Heat release dynamics in the process of combustion of hydrogen-containing fuels | M. S. Assad, V. N. Mironov and O. G. Penyazkov |
| 924-939 | Modeling of ascending polydisperse flow with allowance for heterogeneous combustion, particle rotation, and turbulent and pseudoturbulent effects | B. B. Rokhman |
| 940-948 | Temperature field of a screened wall with a thermoactive lining on exposure to an axisymmetric thermal effect | A. V. Attetkov, I. K. Volkov and E. S. Tverskaya |
| 949-955 | Estimation of kinetic parameters of composite materials during the cure process using the combined wavelet regularization method | F. Kowsary, M. Sefidgar, A. Pourshaghaghy and A. Hakkaki-Fard |
| 956-966 | Numerical algorithm without saturation for solving nonstationary problems | S. D. Algazin |
| 967-977 | Solidification of a plane ingot in a wedge-like mold with a feeder head | V. V. Dremov |
| 978-987 | Influence of the thermal action of artificially-initiated lightning current on specimens of the metal skin of an aircraft | M. I. Baranov and M. A. Nosenko |
| 988-990 | Temperature stresses in hetrogeneous barium-titanate-based thermistors | V. N. Shut and A. V. Gavrilov |
| 991-999 | Mass transfer in the process of drying of porous materials | G. I. Kelbaliev and M. P. Manafov |
| 1000-1007 | On the strength of a body at temperatures close to its melting point | A. A. Konovalov |
| 1008-1013 | Statistical model of the extension of elastomers | V. V. Belov and V. B. Nemtsov |
| 1014-1024 | Physical model of energy activation of anode microarc oxidation | N. M. Chigrinova, A. A. Kuleshov and V. V. Nelaev |
| 1025-1032 | Thermal effects in the contact fusion of the antimony-tellurium system | D. Kh. Dadaev, L. S. Patskhverova and M. R. Khairulaev |
| 1033-1041 | Influence of the rates of gas flows through the smoke-removal and input-ventilation systems on the height of the smoke-free zone in a fire within a building | S. V. Puzach and Nguyen Thanh Hai |
| 1042-1058 | Burning of hydrogenous mixtures in the model of an internal-combustion-engine chamber | M. S. Assad, V. V. Leshchevich, V. N. Mironov, O. G. Penyazkov and K. L. Sevruk, et al. |
| 1059-1065 | Distinctive features of the gas-phase ignition of a mixture of a kerosene vapor and air by a steel wire heated to high temperatures | G. V. Kuznetsov and P. A. Strizhak |
| 1066-1072 | Gas-phase ignition of a film of liquid condensed substance by a metal particle heated to high temperatures under mixed-convection conditions | G. V. Kuznetsov and P. A. Strizhak |
| 1073-1079 | Plane-parallel nonisothermal filtration of a gas: the role of heat transfer | É. A. Bondarev’, K. K. Argunova and I. I. Rozhin |
| 1080-1089 | On the mass transfer in a sprinkled biofilter | J. H. Dueck, S. V. Pylnik and A. V. Gorin |
| 1090-1095 | Rational technological regimes of drying of packets of shoe upper materials | A. I. Ol’shanskii, E. F. Makarenko and V. I. Ol’shanskii |
| 1096-1101 | INVESTIGATION OF THE SORPTIVE PROPERTIES OF PIGMENTED POLYVINYL CHLORIDE | V. N. Gud’ |
| 1102-1109 | High-frequency magnetic-pulse treatment of water as a method of improving the technological properties of fine concretes | V. V. Azharonok, N. Kh. Belous, S. P. Rodtsevich, V. D. Koshevar and S. V. Goncharik, et al. |
| 1110-1113 | One method of calculation of the hydraulic fracturing of a formation | Kh. M. Gamzaev |
| 1114-1122 | On applicability of the boundary condition of the first kind in problems of heat transfer in heat-releasing granular beds | Yu. S. Teplitskii, V. I. Kovenskii, N. A. Lutsenko and M. V. Vinogradova |
| 1123-1126 | Hydrodynamics and external heat exchange of a spouting flowing bed | V. D. Mikhailik |
| 1127-1131 | Design of multimode axisymmetric hypersonic nozzles with the use of optimization methods | S. M. Aulchenko, V. M. Galkin, V. I. Zvegintsev and A. N. Shiplyuk |
| 1132-1137 | Hydrodynamic structures — elements of the self-sustained oscillation system in the flow | R. K. Karavosov and A. G. Prozorov |
| 1138-1145 | Free convective oscillatory flow of a polar fluid through a porous medium in the presence of oscillating suction and temperature | P. M. Patil and P. S. Kulkarni |
| 1146-1152 | Diagnostics of average temperature fields and electron densities in a barrier discharge plasma in the presence of air flow | P. P. Khramtsov, O. G. Penyazkov, V. M. Grishchenko, M. V. Doroshko and M. Yu. Chernik, et al. |
| 1153-1162 | Theoretical investigation of centrifugation mechanics in the free volume of a rotating fluid | A. D. Terent’ev, K. S. Latyshev and A. V. Mysherin |
| 1163-1170 | Dynamics of laminar free-convective flow of a newtonian fluid between vertical plane isothermal walls | V. I. Ryazhskikh, M. I. Slyusarev, A. A. Boger and S. V. Ryabov |
| 1171-1174 | Experimental results on radiative cooling of submicron carbon-black particles | E. A. Baranyshin, L. I. Belozerova, K. N. Kasparov, O. G. Penyazkov and S. P. Fisenko |
| 1175-1183 | Influence of the thickness of a wall and of its thermophysical characteristics on the critical heat flux in boiling | I. I. Gogonin |
| 1184-1190 | Experimental investigation of evaporative pulse-spray impingement cooling | A. D. Nazarov, A. F. Serov, V. I. Terekhov and K. A. Sharov |
| 1191-1198 | Toward the problem of the resonances of a bubble radially pulsating in a liquid | N. S. Khabeev |
| 1199-1210 | Propagation of rayleigh waves in transversely isotropic generalized thermoelastic diffusion | Rajneesh Kumar and Tarun Kansal |
| 1211-1218 | Reflectance spectra of a 6H-SiC single crystal placed in a strong homogeneous magnetic field | E. F. Venger, A. I. Evtushenko, L. Yu. Melnichuk and A. V. Melnichuk |
| 1219-1223 | Nature of localization of plastic flow of titanium alloy 19 under the conditions of active deformation at 4.2 K | V. N. Nikiforenko and M. E. Bosin |
| 1224-1228 | Calculation of the interaction energy of the twinning dislocations of a wedge twin based on the mesoscopic dislocation model | O. M. Ostrikov |
| 1229-1234 | Geometric nonlinearity of mechanical behavior as a consequence of large deformations of springs | M. V. Goncharenko and V. V. Goncharenko |
| 1235-1243 | On physical and mathematical modeling of the initiation and propagation of peat fires | A. M. Grishin, A. S. Yakimov, G. Rein and A. Simeoni |
| 1-5 | On the properties of a steel modified with carbon nanomaterials | S. A. Zhdanok, A. I. Sviridenok, M. I. Ignatovskii, A. V. Krauklis and T. A. Kuznetsova, et al. |
| 6-9 | Obtaining carbon nanomaterials in a plant with a plasma generator and a working zone of rectangular cross section | S. A. Zhdanok, I. F. Buyakov, A. V. Krauklis, A. N. Laktyushin and K. O. Borisevich, et al. |
| 10-14 | Effectiveness of Brownian deposition of nanoparticles from a gas flow in a tube | S. P. Fisenko |
| 15-29 | Influence of the preheating of a working medium on the thermodynamic efficiency of pulse-detonation-engine propulsion modules | Yu. N. Nechaev |
| 30-40 | Mathematical modeling of thermal operating regimes of electric resistance furnaces | P. S. Grinchuk |
| 41-51 | Account for heat transfer between elements of a plane parallel strip–foundation friction unit | A. Evtushenko and M. Kutsei |
| 52-59 | Fracture criterion and durability of brittle materials under conditions of stationary heat and mass transfer | V. V. Shevelev |
| 60-71 | Integro-differential method of solving the inverse coefficient heat conduction problem | V. L. Baranov, A. A. Zasyad’ko and G. A. Frolov |
| 72-82 | Physical and mathematical modeling of acousto-convective drying of rice | A. V. Fedorov, I. A. Fedorchenko, S. B. An, J. H. Lee and K. M. Choo |
| 83-89 | A method for measuring the specific heat capacity of layered structures using the Boubaker polynomials expansion scheme | K. Boubaker |
| 90-95 | Formation of the condensed phase of metals exposed to submicrosecond laser pulses | V. K. Goncharov and K. V. Kozadaev |
| 96-100 | Characteristics of erosion plasma in the region of interaction of a flow with an obstacle | P. P. Khramtsov, O. G. Penyazkov, V. M. Grishchenko and I. A. Shikh |
| 101-108 | Spiral vortices in a creeping flow | S. K. Betyaev |
| 109-121 | Interference and diffraction of pressure shocks in flow around bodies of revolution located near a surface | V. F. Volkov, E. K. Derunov and A. I. Maksimov |
| 122-129 | Radiation amplification of the meteotron effect | L. Kh. Ingel’ |
| 130-140 | Effects of chemical reaction on free convection flow through a porous medium bounded by a vertical surface | N. Mahapatra, G. C. Dash, S. Panda and M. Acharya |
| 141-145 | Determination of the optimum frequency of gas velocity fluctuations in motion and heat exchange of particles | P. V. Akulich |
| 146-157 | One-velocity model of a multicomponent heat-conducting medium | V. S. Surov |
| 158-164 | Effect of elastic boundaries in hydrostatic problems | A. N. Volobuev and A. P. Tolstonogov |
| 165-170 | Characteristic features of calculations of hydrogen generators | V. B. Troshen’kin |
| 171-178 | Influence of the electric field on the soot formation in the flame at a low pressure | N. G. Prikhod’ko |
| 179-187 | Steam thermolysis of tire shreds: modernization in afterburning of accompanying gas with waste steam | V. A. Kalitko |
| 188-208 | Transfer properties of mixtures of rarefied neutral gases. Hydrogen–argon system | A. G. Shashkov, A. F. Zolotukhina, L. P. Fokin and A. N. Kalashnikov |
| 209-212 | Physical prerequisites, mechanisms, and kinetics of formation of Pd| 213-219 | A photoacoustic and ultrasonic study on jatropha oil | G. Krishna Bama and K. Ramachandran |
|
| 221-234 | Extraction from a porous body in the presence of periodic fluid flow on it | A. I. Moshinskii |
| 235-242 | Transfer by metallic service lines and sorption extraction of MoF6 from the gas flow | A. A. Artyukhov, Ya. M. Kravets, M. B. Seregin, D. Yu. Chuvilin and A. V. Shatrov, et al. |
| 243-249 | On free convection in a heat-releasing granular bed | G. I. Kovenskii, Yu. S. Teplitskii and V. I. Kovenskii |
| 250-262 | Pressure transient analysis of deformable reservoirs | A. A. Shchipanov |
| 263-270 | Substance transfer in a porous medium saturated with mobile and immobile liquids | B. Kh. Khuzhayorov, Zh. M. Makhmudov and Sh. Kh. Zikiryaev |
| 271-280 | On main methods of decreasing the heat consumption in processes of convection drying | M. M. Razin |
| 281-290 | Modeling of heat conduction processes in layered hybrid composites of regular structure with slit-like layers | A. P. Yankovskii |
| 291-302 | Conjugate heat transfer in a rotating disc with holes | K. N. Volkov |
| 303-313 | Investigation of the mechanisms of heat conduction in dielectrics and metals on the basis of the molecular-radiation theory of transfer | N. I. Nikitenko |
| 314-317 | Conditions and methods of dissolution of scale in boilers | B. Ya. Kamenetskii |
| 318-323 | Experimental investigation of the length of a free diffusion jet of fuel gases diluted with inert gases | Yu. V. Polezhaev, B. A. Vorob’ev, G. K. Korovin, D. I. Lamden and I. L. Mostinskii, et al. |
| 324-329 | Steam feed and effect of steam-thermal seal in thermolysis of tire shreds in a screw-type reactor | V. A. Kalitko |
| 330-337 | Heat and mass transfer in hydrogen production by electrolysis of a water-coal suspension | V. B. Troshen’kin, V. P. Markosova and B. A. Troshen’kin |
| 338-345 | Modeling of swirling turbulent flow in a separator with biconical plates | A. V. Shvab and A. G. Chepel’ |
| 346-357 | Turbulent regime of thermogravitational convection in a closed cavity | G. V. Kuznetsov and M. A. Sheremet |
| 358-365 | Influence of the angle of inclination of round-finned tubes in a staggered tube bundle on the free convective heat exchange between it and an unbounded air space | V. B. Kuntysh and A. V. Samorodov |
| 366-372 | On a variant of the method of characteristics for calculating one-velocity flows of a multicomponent mixture | V. S. Surov |
| 373-379 | On a method of approximate solution of the riemann problem for a one-velocity flow of a multicomponent mixture | V. S. Surov |
| 380-392 | Analysis of the effects of inlet temperature frequency in fully developed laminar duct flows | A. Hadiouche and K. Mansouri |
| 393-400 | Radiation stability of carbon nanostructures | G. Ya. Gerasimov |
| 401-405 | Chemical reactions in nanoparticles | V. V. Levdanskii, J. Smolik and P. Moravec |
| 406-411 | Generator of high-purity ablation plasma obtained from a dielectric material at atmospheric pressure | V. B. Avramenko, A. M. Kuz’mitskii and A. A. Mishchuk |
| 412-420 | Effective Controllability Of A Composite In Strong Fields | A. G. Kolpakov and S. I. Rakin |
| 421-430 | Molecular-statistical description of the specific heat of thermal-vacancy crystals. 1. statistical model of allowance for the contribution of the vacancy subsystem to the lattice specific heat of crystals | I. I. Narkevich, A. V. Zharkevich and E. V. Farafontova |
| 431-437 | Estimation of arbitrary-distribution parameters from the data of a repetitive experiment | E. V. Chernukho |
| 439-442 | Coalescence and the initial stage of formation of nanofibers by the "vapor–liquid–solid" scheme | S. A. Zhdanok, V. V. Martynenko, S. P. Fisenko and S. I. Shabunya |
| 443-451 | Structural changes in a clay-containing nanocomposite with a different moisture content caused by its deformation | E. A. Faitel’son, T. I. Glaskova, V. P. Korkhov and A. N. Aniskevich |
| 452-455 | Solution of the inverse problem for the parameters of primary carbon nanoparticles from electron-microscopy data | E. A. Baranyshin |
| 456-461 | Experimental investigation of the dynamics of the phase transition boundary in the motion of a heated non-Newtonian fluid in a channel | A. V. Basteev, A. V. Dashkov, O. V. Kravchenko, O. N. Repalova and V. V. Forfutdinov |
| 462-470 | Phase transformations induced by dislocation glide in plastic deformation of alloys | I. K. Razumov |
| 471-475 | Temperature fields in thin wide-profile plates obtained from a melt by the Stepanov technique under nonsymmetric conditions of growth | A. V. Zhdanov, A. V. Borodin and M. V. Yudin |
| 476-485 | Correlation between the supercooling parameters of a freezing moist material and the temperatures of transitions to the plastic- and solid-frozen state and its longevity | A. A. Konovalov |
| 486-495 | Mechanisms of boiling of an emulsion with a low-boiling disperse phase in a turbulent flow of a homogeneous emulsion | A. K. Rozentsvaig and Ch. S. Strashinskii |
| 496-504 | Influence of the ground capillarity and of evaporation from the free groundwater surface on filtration from canals | É. N. Bereslavskii and N. V. Zakharenkova |
| 505-512 | Mathematical simulation of metal solidification in a wedge-like casting mold with allowance for natural convection | V. D. Aleksandrov, N. N. Golodenko, V. V. Dremov and F. V. Nedopekin |
| 513-524 | Verification of chemical reaction rate models in turbulent reacting flows at Schmidt number considerably exceeding 1 | A. D. Chornyi and V. L. Zhdanov |
| 525-531 | Control of the self-oscillation of amplitude of vibration combustion in a liquid-propellant rocket engine by solving the system of equations that describe this regime of combustion | V. V. Gotsulenko |
| 532-538 | Transonic flow over airfoils at energy input and with account for the real properties of the air | S. M. Aul’chenko, V. P. Zamuraev and A. P. Kalinina |
| 539-548 | Influence of the geometrical and gasdynamic parameters of a mixer on the mixing of radial jets colliding with a crossflow | M. G. Ktalkherman, V. A. Emel’kin and B. A. Pozdnyakov |
| 549-559 | On localization of contact surfaces in multifluid hydrodynamics | V. S. Surov |
| 560-571 | Optimization of the deflagration-to-detonation transition | A. A. Vasil’ev |
| 572-577 | Hydrogen production with the use of an indirect-heat-input gasification scheme | V. A. Borodulya, G. I. Pal’chenok and S. V. Vasilevich |
| 578-588 | Heat transfer in granular beds in radiative heat supply | Yu. S. Teplitskii and V. I. Kovenskii |
| 589-594 | Dia- and paramagnetophoresis of microparticles near a short magnetized cylinder | A. M. Zholud’ and B. É. Kashevskii |
| 595-601 | Macroscopic description of the dynamics of disturbances of a weakly ionized plasma under high-nonequilibrium conditions | E. N. Perevoznikov and G. E. Skvortsov |
| 602-610 | Universal algorithm for testing statistical hypotheses with respect to the distribution | E. V. Chernukho |
| 611-621 | Influence of the heat exchange between the outer surface of a plane-parallel strip-foundation tribounit and the environment on its temperature | A. Yevtushenko and M. Kuciej |
| 622-631 | Tracking of the preset program of weighted temperatures and reconstruction of heat transfer coefficients | V. T. Borukhov, O. I. Kostyukova and M. A. Kurdina |
| 632-637 | Temperature and stress in a CT3 Steel plate during air-arc cutting and welding processes | F. I. Panteleenko and A. Heidari Monfared |
| 638-649 | Layer in magnetoabrasive polishing | N. N. Grinchik, O. P. Korogoda and N. S. Khomich |
| 650-656 | Structurized surface layers of normal alkanes | B. A. Altoiz and S. V. Kiriyan |
| 657-665 | Identification of the thermophysical characteristics of materials | V. G. Zverev, V. A. Nazarenko and A. V. Teploukhov |
| 667-673 | On the centennial of A. V. Luikov | O. G. Martynenko |
| 674-678 | High-temperature thermal physics and problems of thermal protection | Yu. V. Polezhaev |
| 679-687 | Condensation from a vapor-gas mixture | A. P. Kryukov, V. Yu. Levashov and N. V. Pavlyukevich |
| 688-706 | New integral relations for analytical solutions of parabolic-type equations in noncylindrical domains | É. M. Kartashov |
| 707-714 | Electrorheology: from its beginning to the present | E. V. Korobko and A. D. Matsepuro |
| 715-728 | Concerning the formulation of the irreversibility principle in locally nonequilibrium thermodynamics | A. I. Shnip |
| 729-741 | Nanocluster initiation of combustion of off-grade hydrocarbon fuels | S. V. Alekseenko, S. É. Pashchenko and V. V. Salomatov |
| 742-752 | Fast pyrolysis of an ensemble of biomass particles in a fluidized bed | O. S. Rabinovich, V. A. Borodulya, L. M. Vinogradov and V. V. Korban |
| 753-763 | Calculation of the kinetics of drying disperse materials on the basis of analytical methods | S. P. Rudobashta |
| 764-769 | Modeling of superheated-steam drying of biofuel in a fluidized bed | V. I. Kovenskii, V. A. Borodulya, Yu. S. Teplitskii, G. I. Pal’chenok and D. S. Slizhuk |
| 770-782 | Identification of models and prediction of physical properties of highly porous heat-shielding materials | O. M. Alifanov and V. V. Cherepanov |
| 783-793 | Problems of simulating tornado-like heat transfer in turbulent flow past a dimpled relief on a narrow channel wall | S. A. Isaev and A. I. Leontiev |
| 794-808 | Heat transfer and hydrodynamics in the fields of mass forces | A. A. Khalatov |
| 809-814 | Modeling of the formation of a vapor cloud in a windflow with intense evaporation | O. V. Golub, G. V. Kotov and S. P. Fisenko |
| 815-831 | Current status of the problem of heat pumps and refrigerating devices | L. L. Vasiliev |
| 832-842 | Development of the theory and methods for calculating the dynamics of sorption and desorption | N. I. Nikitenko, Yu. F. Snezhkin and N. N. Sorokovaya |
| 843-848 | Influence of foreign adsorbable gases on the formation of clusters in vapor–gas systems | V. V. Levdanskii, J. Smolik and P. Moravec |
| 849-862 | Formation and conversion of carbon nanostructures under radiation | G. Ya. Gerasimov |
| 863-868 | Thermal properties of semiconductor zinc oxide nanostructures | Kh. T. Igamberdiev, Sh. U. Yuldashev, S. S. Kurbanov, T. W. Kang and P. K. Khabibullaev, et al. |
| 869-875 | Distinctive features of operation of an internal combustion engine running on hydrogen-containing fuels | M. S. Assad and O. G. Penyazkov |
| 876-881 | Heat transfer in boiling of liquid in a film moving under gravity | I. I. Gogonin |
| 883-890 | Heat and mass transfer in disperse and porous media experimental and numerical investigations of nonstationary evaporation of liquid droplets | V. I. Terekhov, V. V. Terekhov, N. E. Shishkin and K. Ch. Bi |
| 891-901 | Mathematical modeling of the heat treatment and combustion of a coal particle. I. Heating stage | Kh. Enkhzhargal and V. V. Salomatov |
| 902-907 | Spatial fractionation of paramagnetic particles precipitating in a high-gradient magnetic field of a short magnetized cylinder | A. M. Zholud’ |
| 908-916 | Deposition of aerosol particles in vertical channels from an isotropic turbulent flow | G. I. Kelbaliev, Z. I. Ibragimov and R. K. Kasimova |
| 917-921 | Theoretical and experimental studies of the porous structure and adsorption properties of carbofibrous materials | A. F. Dolidovich and G. S. Akhremkova |
| 922-928 | Computational schemes for the processes of convective-diffusion transport of water-soluble compounds | G. P. Brovka, I. N. Dorozhok and S. N. Ivanov |
| 929-933 | Thermal crisis in the flow field of a cylindrical or spherical source | A. N. Kucherov |
| 934-941 | Computational-theoretical investigation of buoyant jet flows | O. G. Martynenko and V. N. Korovkin |
| 942-949 | Features of calculating the descent velocity of the lower boundary of the near-ceiling layer in a fire in an atrium | S. V. Puzach and Nguen Tkhan’ Xai |
| 950-966 | Linear analysis of the free-convective stability of a binary electrolyte solution in an electrochemical cell with horizontal electrodes | V. M. Volgin, A. D. Davydov and A. V. Zhukov |
| 967-976 | Comparison of the results of modeling convective heat transfer in turbulent flows with experimental data | A. I. Fomichev |
| 977-984 | Crystal growth in two-layer fluid systems in microgravity | A. I. Feonychev |
| 985-990 | Modeling of the operation of a mine counterrotation fan by means of the fluent suite | E. I. Gurina |
| 991-994 | Axial-thrust responses due to a gas turbine’s rotor blade distortions | B. T. Lebele-Alawa |
| 995-1009 | Temperature shock waves in magnetic hydrodynamics with account for the hyperbolic heat transfer (solution of the running–wave type) | P. P. Volosevich, I. I. Galiguzova, V. A. Gasilov, A. Yu. Krukovskii and E. I. Levanov, et al. |
| 1010-1015 | Development of an identification system for biaxially oriented polymer films based on the degree of their transverse extension | V. V. Goncharenko, I. O. Mikulenok, D. G. Shvachko and D. N. Shved |
| 1016-1027 | Simulation of a manual electric-arc welding in a working gas pipeline. 1. Formulation of the problem | V. I. Baikov, I. A. Gishkelyuk, A. M. Rus’, T. V. Sidorovich and B. A. Tonkonogov |
| 1028-1035 | Simulation of a manual electric-arc welding in a working gas pipeline. 2. Numerical investigation of the temperature-stress distribution in the wall of a gas pipe | V. I. Baikov, I. A. Gishkelyuk, A. M. Rus’, T. V. Sidorovich and B. A. Tonkonogov |
| 1036-1042 | Influence of transparence of heat-resistant coatings on the thermal regime of constructions | L. Ya. Paderin, B. V. Prusov and O. D. Tokarev |
| 1043-1053 | Acoustic and thermodynamic properties of the binary liquid system n-dodecane+n-hexadecane | T. S. Khasanshin, V. S. Samuilov, A. P. Shchemelev and F. M. Mosbach |
| 1054-1060 | Method of extension of boundaries for problems of heat conduction in bodies of mobile shape | A. D. Chernyshov |
| 1061-1069 | Study on the heat-transfer characteristics and pressure drop in channels with arc-shaped wavy plates | Naphon Paisarn |
| 1070-1079 | Study of thermodynamic properties of liquid binary alloys by a pseudopotential method | Aditya M. Vora |
| 1080-1088 | Response of frequency domain in generalized thermoelasticity with two temperatures | Sachin Kaushal, Rajneesh Kumar and Aseem Miglani |
| 1089-1092 | Certain problems of heat and mass transfer in rotational molding | M. M. Revyako and E. Z. Khrol |