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Foreword Page vii G.W.H. Höhne, W. Hemminger |
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Microcalorimetric studies of aerobic growth of Candida maltosa I. Chemostat cultures Pages 1-7 B. Zentgraf (formerly Heinritz) |
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Microcalorimetric studies of aerobic growth of Candida maltosa: II. Batch cultures Pages 9-14 B. Zentgraf (formerly Heinritz) |
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Microcalorimetric investigations of microbial activities: Decomposition of needle litter under laboratory conditions Pages 15-25 M. Becker, G. Kraepelin, I. Lamprecht |
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White adipocytes in primary culture. Long-term microcalorimetric and biochemical investigations Pages 27-32 H Böttcher, S Engel, P Fürst |
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Some like it hot calorimetric investigations of voodoo lilies Pages 33-40 I. Lamprecht, K. Drong, B. Schaarschmidt, G. Welge |
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Effects of the cytostatic drug 1-(2-hydroxyethyl)-3-(2-chloroethyl)-3-nrtroso-urea (HECNU) on heat production and Intermediary metabolism of diploid hu Pages 41-48 J Nittinger, P Fürst |
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Influence of liming on microbial degradation of pine needles. Differential scanning calorimetrical investigations Pages 49-54 U. Reh, M. Becker, G. Kraepelin, I. Lamprecht |
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Microcalorimetric monitoring of ischemic tissue metabolism: Influence of incubation conditions and experimental animal species Pages 55-69 D. Singer, F. Bach, H.J. Bretschneider, H.-J. Kuhn |
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Heat production of frogs under normoxic and hypoxic conditions: A microcalorimetric study using a gas flow system Pages 71-78 Caria Schulz, Michael Thuy, Gerhard Wegener |
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Excess enthalpy of the system butyl acetate + butan-1-ol + acetic acid + water at 313 K and ambient pressure Pages 79-94 M. Bender, A. Heintz, R.N. Lichtenthaler |
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Test measurements and analysis of errors for a new equipment for the determination of excess-heat data Pages 95-112 H Huemer, E Platzer, K Rehak |
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Excess enthalpies of binary mixtures containing either methylcyclopentane or methylcyclohexane Pages 113-120 Emmerich Wilhelm, A. Ingiese, J.-P.E. Grolier |
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A new kind of parameter estimation of reactions under dynamic temperature programme Pages 121-132 J. Mentel, H. Anderson |
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The influence of chemical structure on exothermic decomposition Pages 133-149 Theodor Grewer |
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Kinetic evaluation of exothermal reactions measured by DSC Pages 151-158 E Kaisersberger, J Opfermann |
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The theorem of common kinetic runs - a concept against an unorganized data overflow in reaction kinetics Pages 159-166 E Koch |
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DSC-Studies of flour confectionery Pages 167-173 K. Münzing, G. Brack |
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Calorimetric evidence for structural transitions of higher order in the pore water of pressed silicic acid by using DSC Pages 175-184 G. Peschel, R. Krämer |
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Influence of PBT crystallization on miscibility degree of amorphous phase in PC/PBT melt blends Pages 185-200 G. Pompe, E. Meyer, H. Komber, H. Hamann |
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An experimental approach to the characterisation of unstable chemical systems Pages 201-210 Wolfgang Schwanebeck |
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Equipments for modern thermal investigations Pages 211-218 H. Anderson, H. Lubenow, W. Klingner, K. Heldt |
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Design, specifications and application of a high pressure DSC cell Pages 219-224 K Blankenhorn, G.W.H Höhne |
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The problem of convection in the water absorbed dose calorimeter Pages 225-233 S.R. Domen, A. Krauss, M. Roos |
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The use of differential scanning calorimetry in chemical education: Part 1, a general description Pages 235-238 G. van der Plaats, B. Benzler, L. Meier |
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An isoperibolic self-made calorimeter for the measurement of redox-initiated polymerization reactions Pages 239-244 H. Utschick, H.-J. Mallon, W. Unseld |
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New pressure DSC module for applications to 7MPa Pages 245-255 Hans G. Wiedemann |
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Reconstruction of a Perkin Elmer DSC-2 to a computer-driven calorimeter Pages 257-260 W. Winter, G.W.H. Höhne |
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Determination of peak base line for semicrystalline polymers Pages 261-268 M. Alsleben, C. Schick, W. Mischok |
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The deconvolution of DSC-curves in the experimental time domain Pages 269-274 H.J. Flammersheim, N. Eckardt, W. Kunze |
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Modification of the conventional measuring method to determine the specific heat capacity using a Perkin-Elmer DSC 2 Pages 275-281 E. Hanitzsch |
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From DSC curve to thermodynamic potential function Pages 283-292 G.W.H. Höhne |
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Treatment of a power compensated scanning calorimeter by the field equation of heat conduction Pages 293-307 Heinrich Hoff |
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Theoretical investigations of the heat transfer at quantitative DSC-measurements and its influence on the determination of the thermal and calorimetric Pages 309-322 W. Poeßnecker |
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Determination of characteristic temperatures with the scanning calorimeter Pages 323-334 Stefan M. Sarge |
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Influence of the heat conductivity of the sample on DSC curves and its correction Pages 335-349 J. Schawe, C. Schick |
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On temperature calibration of power compensation DSC in cooling mode Pages 351-356 C. Schick, G.W.H. Höhne |
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An algorithm for the reconstruction of the true specimen signal of a differential scanning calorimeter Pages 357-362 St. Wiesner, E. Woldt |
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Author index Page 363 |
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Subject index Pages 365-367 |