181-185 | Koopmans' theorem and virtual orbital energies in the general SCF theory | W. G. Laidlaw and F. W. Birss |
186-192 | On the empirical validity of koopmans’ theorem | F. W. Birss and W. G. Laidlaw |
193-201 | Über Isomorphie bei Punktsymmetrien | Ernst Ruch |
202-209 | Recherches théoriques sur la structure électronique de molécules contenant des atomes hybridés en sp: | André Julg and Alain Pellégatti |
210-214 | Recherches théoriques sur la structure électronique de molécules contenant des atomes hybridés en sp: | André Julg and Alain Pellégatti |
215-218 | SCF CI calculation of the electronic spectra of cis and trans isomers of stilbene and azo-benzene | Rama Basu |
219-227 | Some remarks on the Pariser-Parr-Pople method | Kimio Ohno |
228-246 | Valence bond treatment of systems involving orbital degeneracy | Massimo Simonetta and Edgar Heilbronner |
247-257 | The electronic structure of naphthalene | Hirotoshi Ito and Yasumasa I'haya |
258 | Recensio | Heinrich v. Hirschhausen |
203-223 | Pariser and Parr type calculations on saturated hydrocarbons I | S. Katagiri and C. Sandorfy |
224-235 | A Hückel molecular orbital approach to stereochemical problems based on the variation of the Coulomb integral | Hélène Cambron-Brüderlein and C. Sandorfy |
236-249 | The electronic spectra of the anion radicals of substituted benzenes | Akira Ishitani and Saburo Nagakura |
250-259 | Relativistic effects in aromatic molecules | Ralph E. Christoffersen and G. G. Hall |
260-264 | Atomic potentials from SCF data | Fabio Campadelli and Carlo Zauli |
265-272 | A maximum overlap orbital calculation of 13C-H coupling constants in the vinyl halides | V. S. Watts and J. H. Goldstein |
273-286 | Maximum overlap hybridization in cyclobutane, bicyclobutane and related highly strained systems | Z. Maksić, L. Klasinc and M. Randić |
287-304 | Das stereochemische Strukturmodell, ein mathematisches Modell zur gruppentheoretischen Behandlung der dynamischen Stereochemie | Ernst Ruch and Ivar Ugi |
393-407 | A perturbation theory of isoelectronic molecules: Application to CO based on N2 | Tai Yup Chang and W. Byers Brown |
408-416 | Theoretical calculation of the vibrational spectra of some XHn type molecules | Enrico Menna, Roberto Moccia and Lucio Randaccio |
417-433 | Zur Behandlung der Bindungsalternierung als Störung in der Hückelschen MO-Theorie | Werner Kutzelnigg |
434-451 | Etude semiempirique de la configuration moléculaire stable des molécules ionisées ou excitées | J. P. Malrieu |
452-459 | About evaluation of many-center molecular integrals | Yves G. Smeyers |
460-465 | A scaled united atom model for diatomic hydrides | Ay-ju A. Wu and Frank O. Ellison |
179-186 | Four-particle perimetric coordinates | Yecheskel Rasiel and John Karl |
187-191 | Theoretische Begründung empirischer Schemata für die Berechnung von Dipolmomenten | E. Gey |
192-207 | Semi-empirical calculation of the energy of formation of hydrocarbons and radicals | A. J. Lorquet |
208-214 | Open shell SCF MO CI calculation of spin density distributions | A. Hinchliffe |
215-221 | Self-consistent molecular orbital calculations on organoboron compounds | D. R. Armstrong and P. G. Perkins |
222-235 | Self-consistent molecular orbital calculations on organoboron compounds | D. R. Armstrong and P. G. Perkins |
236-250 | Pariser-Parr-Pople-Rechnungen an Molekülen mit Aminogruppen | Martin Klessinger |
251-265 | Pariser-Parr-Pople-Rechnungen an Molekülen mit Aminogruppen | Martin Klessinger |
266-270 | Evaluation of molecular magnetic properties and some related approximations | G. P. Arrighini, F. Grossi and M. Maestro |
271-274 | SCF calculation of the spin density distributions in some nitrile radical anions | A. Hinchliffe and M. A. Ali |
109-115 | Recherches complémentaires sur la théorie LCAO améliorée | Alain Pellégatti |
116-121 | Table of Sanibel (spin projection) coefficients | Rolf Manne |
122-130 | Self-consistent-field theory for positive ions | Serafin Fraga, Gulzari Malli and Carmela Valdemoro |
131-140 | Valency structures for N2O4 part II | R. D. Harcourt |
141-158 | The electronic spectra of acenaphthylene and fluoranthene | Edgar Heilbronner, Jean -Pierre Weber, Josef Michl and Rudolf Zahradník |
159-166 | Self-consistent perturbation theory for conjugated molecules | A. T. Amos and G. G. Hall |
167-185 | Charge density distributions and sigma bond inductive effects in hydrocarbons and hydrocarbon ions | N. C. Baird and M. A. Whitehead |
186-188 | A comment on the bonding in XeF6 | Roger D. Willett |
189 | ω-Modification of extended Hückel theory | A. Ažman, Z. Bohte and A. Ocvirk |
190 | Errata | N. C. Baird and M. A. Whitehead |
190 | Errata | M. A. Whitehead, N. C. Baird and M. Kaplansky |
n1a-1na | Announcement |
191-216 | Non-empirical LCAO-MO-SCF-CI calculations on organic molecules with Gaussian type functions | |
217-239 | Non-empirical LCAO-MO-SCF-CI calculations on organic molecules with Gaussian type functions | |
240-248 | Hybridization in methylenecyclopropane and related molecules having exocyclic double bonds | M. Randić, J. M. Jerkunica and L. Klasinc |
249-256 | The source of spectral band intensity in tris ethylenediamine complexes | |
257-267 | Quelques considérations sur la structure électronique du naphtalène | Héctor C. González, Myriam Segre de Giambiagi and Mario Giambiagi |
268-271 | Eine einfache Albleitung der Slaterschen Abschirmkonstanten für äquivalente Elektronen | Karl Heinz Hansen |
272-277 | Zur Luminiszenz von Cr(3)-Verbindungen | K. H. Hansen and G. Vierke |
278-280 | Physical properties of many-electron atomic systems evaluated from analytical Hartree-Fock functions |
363-400 | Porphyrins | Michael Zerner, Martin Gouterman and Hiroshi Kobayashi |
401-412 | Schwingungsfrequenzen komplex gebundener Oxalatanionen | Hermann Hartmann and Ernst -Albrecht Reinsch |
413-427 | Die Bestimmung von Energiehyperflächen mehratomiger Systeme nach einer Interpolationsmethode mit Hilfe der Vorstellung der Atomassoziationen | H. Preuss |
428-436 | Die Bestimmung von Energiehyperflächen mehratomiger Systeme nach einer Interpolationsmethode mit Hilfe der Vorstellung der Atomassoziationen | H. Preuss |
437-444 | Molekülstruktur in der Theorie der Spinvalenz | Karl Heinz Hansen |
445-449 | Bindungsverhältnisse und Elektronenverteilung im Trijodid-Anion J3− im Modell der freien Elektronen | Hans Müller |
450-451 | Perimetric coordinates for four particles | Ronald J. White |
452 | Erratum | K. H. Hansen and G. Viekre |
452 | Erratum | Frank E. Harris and Robert Rein |
453-454 | Recensio | Ernst -Albrecht Reinsch |
359-366 | Bipolare Entwicklungen, Fouriertransformation und Molekulare Mehrzentren-Integrale | Klaus Ruedenberg |
367-374 | The crystal structure of bis-trimethylbenzylammoniumtetrachlorocuprate (II) | M. Bonamico, G. Dessy and A. Vaciago |
375-382 | Crystal spectrum of bis-trimethylbenzylammoniumtetrachlorocuprate (II) | C. Furlani, E. Cervone, F. Calzona and B. Baldanza |
383-401 | The electronic structure of groups of isomeric hetero-aromatic systems | M. Cignitti and L. Paoloni |
402-409 | Das mittlere Quadrat des Abstands des Elektrons von der interatomaren Achse im Zweizentrenproblem | David Ilten and Hermann Hartmann |
410-419 | Reduced-density-matrix theory: The electron-pair approximation | Gene P. Barnett |
420-432 | Die Vandermondesche Determinante als Näherungsansatz für eine Chiralitätsbeobachtung, ihre Verwendung in der Stereochemie und zur Berechnung der optischen Aktivität | Ernst Ruch, Alfred Schönhofer and Ivar Ugi |
433-437 | Moddellrechnungen zur symmetrischen Vierzentrenbindung. I | P. Kadura |
345-365 | Zur Wechselwirkung von π- und σ-Elektronen in der Theorie ungesättigter Moleküle | M. Jungen and H. Labhart |
366-374 | Zur Wechselwirkung von π- und σ-Elektronen in der Theorie ungesättigter Moleküle | M. Jungen and H. Labhart |
375-381 | Calcul des facteurs de diffusion polycentriques sur une base de fonctions Gaussiennes | C. R. Guerillot, J. P. Ganachaud and R. Lissillour |
382-389 | Approximate wave functions for excited states: Energies and dipole moments of the 2pσ state of HeH+2 | M. Cohen, Brenda H. Dorrell and R. P. Mceachran |
390-400 | Semi-empirical molecular orbital computations | L. G. Vanquickenborne and S. P. McGlynn |
401-411 | Multi-conformational compounds with two absorbing groups | Amatzya Y. Meyer |
412-416 | Calculation of σ→π* and π→σ* transitions in vinylboranes | D. R. Armstrong and P. G. Perkins |
1-12 | Some comments on the parameter choices for S.C.M.O. calculations on five membered heteroatomic π-electron systems | R. L. Flurry and J. J. Bell |
13-22 | Criteria for bond orbitals and optimum hybrids | R. McWeeny and G. Re |
23-32 | Torsion barriers of end-groups in cumulenes | Yuri A. Kruglyak and G. G. Dyadyusha |
33-42 | Indices de liaison et isomérie de valence | G. Feler |
43-46 | On the crystal structure of purine | B. Pullman, H. Berthod and J. Caillet |
47-64 | Electronic structure and spectra of organic molecules | J. S. Kwiatkowski |
65-72 | The variable core approach in the SCF MO calculation of heteroatomic systems | Kichisuke Nishimoto |
73-78 | The electronic structure of angular polyphenes | R. M. Hedges and L. F. Phillips |
79-85 | Anisotropy of diamagnetic susceptibility of alternant hydrocarbons | J. Nowakowski |
86-89 | Aromatic hydrocarbon-carbonium ion molecular complexes | Martin Feldman and S. Winstein |
90 | Recensio | B. Pullman |
91-110 | Näherungsformeln für spiegelungsantimetrische Moleküleigenschaften | Ernst Ruch and Alfred Schönhofer |
111-118 | A self consistent field molecular orbital treatment, including excited states of cyclopropane, ethylene oxide and ethylenimine | D. T. Clark |
119-154 | Spin-mixed states of ferric ion in complexes of tetragonal symmetry | |
155-180 | Spin-mixing and the different spin states of ferric ion in tetragonal symmetry | |
181-186 | Numerical evaluation of matrix elements of the electric field and electric field gradient operators in a slater basis set | Carla Guidotti and Oriano Salvetti |
187-188 | Application of CNDO/II to some hydrogen-bonded systems | A. Ocvirk, A. Ažman and D. Hadži |
189-192 | Models for the theory of the hydrogen bond: Linear H3/− | T. E. Haas and M. J. Feinberg |
183-192 | Homochiralität als Klassifizierungsprinzip von Molekülen spezieller Molekülklassen | Ernst Ruch |
193-204 | Vergleich einiger vereinfachter Methoden zur Lösung des SCF-Problems bei Systemen mit ungepaarten Elektronen | Martin Jungen |
205-209 | Constrained variations for diatomic forces and force constants | D. P. Chong |
210-219 | über eine Korrektion des statistischen Besetzungsverbotpotentials | P. Gombás |
220-238 | Semi-empirical all valence electrons SCF-MO-CNDO theory | J. M. Sichel and M. A. Whitehead |
239-253 | Semi-empirical all valence electrons SCF-MO-CNDO theory | J. M. Sichel and M. A. Whitehead |
254-262 | Semi-empirical all valence electrons SCF-MO-CNDO theory | J. M. Sichel and M. A. Whitehead |
263-270 | Semi-empirical all valence electrons SCF-MO-CNDO theory | J. M. Sichel and M. A. Whitehead |
271-273 | The electronic properties of conjugated ions. II | A. Hinchliffe and N. Trinajstic |
274-277 | Atomic three-electron integrals for correlated Slater-type s orbitals | P. John Roberts |
278 | Recensio | R. Hoppe |
279-295 | The electronic absorption spectra and the electronic structures of cytosine, isocytosine, and their anions and cations | Hiroshi Morita and Saburo Nagakura |
296-306 | Theoretische Überlegungen zur Cyclooctatetraensynthese nach Reppe | Ernst -Albrecht Reinsch |
307-324 | Das Kombinierte Näherungsverfahren | W. H. Eugen Schwarz |
325-343 | Theoretical studies on the electronic spectra of substituted aromatic molecules | F. P. Billingsley and J. E. Bloor |
344-357 | Quantum mechanical calculations on barriers to internal rotation | M. -Cl. Moireau and A. Veillard |
358-360 | Electronic spectra of diaminopyridines | J. Budzlński and J. S. Kwiatkowski |
361-364 | Structure électronique de quelques dérivés nitrés insaturés (méthode L.C.A.O. améliorée) | Maurice Bonnet |
365-368 | Simple electrostatic model for the I — A approximation | Antony F. Saturno |
95-103 | Optimum parametrization of the Pople-Santry-Segal method of treating all valence electrons | R. D. Brown and F. R. Burden |
104-116 | Vibrational analysis of free nine-atomic and bound five-atomic tetrahedral molecules | Wahby Wadia |
117-126 | Electronic structures of the Meisenheimer and Janovsky complexes | Haruo Hosoya, Sumie Hosoya and Saburo Nagakura |
127-137 | Boron-boron bonding in pentaborane-9 | J. F. Larcher and J. W. Linnett |
138-150 | Calcul par double perturbation de l'interaction dipolaire spin-spin dans les molécules | B. Levy and E. Kochanski |
151-165 | An improved LCAO-MO-SCF π-electron method | O. W. Adams and R. L. Miller |
166-174 | Asymptotic calculation of some exchange integrals | S. Ja. Umanski and A. I. Voronin |
175-177 | Parameters for multiple constraints | D. P. Chong and Margaret Lowe Benston |
178-182 | Calculation of hyperfine field and quadrupole splitting in ferriprotoporphyrin IX chloride (Hemin) | M. F. Rettig, P. S. Han and T. P. Das |
1-17 | Localized bond orbitals and the correlation problem | S. Diner, J. P. Malrieu and P. Claverie |
18-45 | Localized bond orbitals and the correlation problem | J. P. Malrieu, P. Claverie and S. Diner |
46-55 | GF calculation with minimal and extended basis sets for H2O, NH3, CH4 and H2O2 | Pier Filippo Franchini and Claudio Vergani |
56-64 | Semi-empirical π-electron calculations | Margaret L. Bailey |
65-78 | An attempted application of the extended hückel molecular orbital approach to reactions involving charged species | A. C. Hopkinson, R. A. McClelland, K. Yates and I. G. Csizmadia |
79-80 | Calculation of electronic spectra of pyrido [2,3-d]pyridazine and pyrido[3,4-d]pyridazine | G. Favini and G. Buemi |
81-90 | Hydrogen bonding: A molecular orbital treatment by the EHT and the CNDO/2 methods of methanol and of formic acid | A. S. N. Murthy, R. E. Davis and C. N. R. Rao |
355-364 | Investigation of the electronic structure of Ticl4 | C. A. L. Becker, C. J. Ballhausen and I. Trabjerg |
365-380 | Non-empirical LCAO-MO-SCF calculations with gaussian type functions on the electrocyclic transformation of cyclopropyl to allyl | D. T. Clark and D. R. Armstrong |
381-408 | Hartree-Fock-Roothaan wave functions, electron density distribution, diamagnetic susceptibility, dipole polarizability and antishielding factor for ions in crystals | Eustratios Paschalis and Alarich Weiss |
409-420 | Some new aspects of π-electron theory | M. V. Basilevsky |
421-427 | A modified Hückel method for calculating ring current contributions to the diamagnetic susceptibilities of conjugated hydrocarbons | A. T. Amos and H. G. Ff. Roberts |
428-432 | Spin contamination in PPP unrestricted Hartree-Fock wave functions | D. R. Burnham |
432 | Erratum | M. F. Rettig, P. S. Han and T. P. Das |
91-135 | On the development of semiempirical methods in the MO formalism | Karl Jug |
136-146 | On damping in self-consistency cycling procedures | S. Ehrenson |
147-162 | Comparative borazarobenzenes calculations following different methods | R. Carbó, M. S. Giambiagi and Mario Giambiagi |
163-174 | On the use of strictly localized orbitals for the description of σ bonds | Rudolf Polák |
175 | Announcement |
263-272 | Die Integrale mit elliptischen Gaußfunktionen in der Quantenchemie | P. Drossbach and H. Preuss |
273-280 | Quantenmechanische Modellrechnung am Diboranmolekül | Karl Hensen |
281-304 | The electronic structure of cyclopropane, cyclopropene and diazirine an ab initio SCF-LCAO-MO study | E. Kochanski and J. M. Lehn |
305-318 | Theoretical study of cyclopropene and its C3H4 isomers | Sigrid D. Peyerimhoff and Robert J. Buenker |
319-328 | On a variational method for determining excited state wave functions | Richard P. Messmer |
329-338 | Calculs non empiriques sur une réaction SN2 typique | G. Berthier, D. -J. David and A. Veillard |
339-349 | Structure du radical cyano-vinyle CH2=Ċ-CN Etude expérimentale et théorique | S. Fenistein, R. Marx, C. Moreau and J. Serre |
350-351 | Approximate natural orbitals for BH4−, CH4 and NH4+ | Almon G. Turner |
352-355 | Cyclohexadienyl — A homoaromatic radical? | C. Corvaja and G. Giacometti |
356 | Erratum | J. M. Sichel and M. A. Whitehead |
181-195 | Ab initio calculation on the H3 activated complex | A. Riera and J. W. Linnett |
196-204 | The wave functions of H2 and symmetrical linear H3 | J. W. Linnett and A. Riera |
205-210 | Tautomerism in isomeric oxypurines | Bernard Pullman and Hélène Berthod |
211-224 | Localized bond orbitals and the correlation problem | F. Jordan, M. Gilbert, J. P. Malrieu and U. Pincelli |
225-234 | Non empirical LCAO-MO-SCF calculations with gaussian type functions on some three membered ring heterocycles | D. T. Clark |
235-243 | Die Alkalimetallmoleküle nach dem Kombinierten NÄherungsverfahren (KN) | W. H. Eugen Schwarz |
244-264 | Electronic structures of aromatic amine N-oxides | Masumi Yamakawa, Tanekazu Kubota and Hideko Akazawa |
265-268 | Amine-imine tautomerism in adenines | Bernard Pullman, Héléne Berthod and Marc Dreyfus |
269-270 | Recensiones | Günter Reske |
271-272 | Correlated one-center wavefunctions for two-electron molecules | F. Grein and T.-J. Tseng |
365-373 | Study of the electronic structure of radicals by the CI method | Yuri A. Kruglyak and E. V. Mozdor |
374-384 | Study of the electronic structure of radicals by the CI method | Yuri A. Kruglyak and E. V. Mozdor |
385-392 | A molecular orbital study of a dimer model for the hydrated and the ammoniated electron | B. J. McAloon and B. C. Webster |
393-412 | LCAO-MO-SCF-Indizes chemischer ReaktionsfÄhigkeit und krebserregende Eigenschaft polyzyklischer Kohlenwasserstoffe | F. Hoffmann |
413-422 | The electronic structure of boron trifluoride | D. R. Armstrong and P. G. Perkins |
1-21 | Hyperfine and quadrupole interactions at nitrogen in hemin | P. S. Han, T. P. Das and M. F. Rettig |
22-32 | Systematics of the electronic absorption spectra of fused 5–6 ring heterocyclics | E. M. Evleth |
33-42 | Studies in halogen-halogen bonding | |
43-50 | Emploi d'une méthode de perturbation-variation pour l'étude de la polarisation de spin dans les radicaux libres aromatiques | Hélène Lebrun and Michèle Suard |
51-54 | Application of a force constraint to an approximate wavefunction of LiH | J. Thorhallsson, J. F. Larcher and D. P. Chong |
55-62 | Localized orbitals for the oxygen and nitric oxide molecules | D. M. Hirst and Mary E. Linington |
63-74 | Calculations on some excited states of He− | I. Eliezer and Y. K. Pan |
75-94 | Electronic transitions in mono-olefinic hydrocarbons | F. H. Watson, A. T. Armstrong and S. P. McGlynn |
95-106 | Determination of α and β parameters in approximate SCF MO theories | Karl Jug |
107-110 | Symmetry rules for predicting the course of chemical reactions | Ralph G. Pearson |
111-119 | The correspondence between the molecular orbital and differential ionization energies methods | Ricardo Ferreira and John K. Bates |
120-125 | Atom promotion and bond properties in the hydrogen and the lithium molecules | Peter Politzer |
126-144 | Electronic wave functions for atoms | Carlos F. Bunge |
145-154 | Preliminary results on the density matrix structure of the first beryllium1S excited state | Pedro L. Olympia |
155-162 | ab inito-Rechnungen über die Behinderung der freien Drehbarkeit der Methylgruppe in Propylen | E. Zeeck |
163-174 | Energy partitioning with the CNDO method | H. Fischer and H. Kollmar |
175-193 | Approximate molecular orbital theory for inorganic molecules | R. D. Brown and K. R. Roby |
194-216 | Approximate molecular orbital theory for inorganic molecules | R. D. Brown and K. R. Roby |
217-225 | On the equivalence of different hamiltonians for the semi-classical radiation theory | Aage E. Hansen |
226-238 | Multi-conformational compounds with two absorbing groups | Amatzya Y. Meyer |
239-242 | π-Electron hyperconjugation in organic molecules and ions | N. C. Baird |
243-246 | Electronic absorption spectra of 3-hydroxypyridine and 5-hydroxypyrimidine | J. S. Kwiatkowski |
247-248 | Some remarks on the Pariser-Parr-Pople method | Kimio Ohno |
249-262 | The double-bond in ethylene | A. M. S. C. Amaral, J. W. Linnett and C. T. Williamson |
263-277 | Generalized quantum mechanical two-centre problems | Klaus Helfrich and Hermann Hartmann |
278-290 | Approximate molecular orbital theory for inorganic molecules | R. D. Brown and K. R. Roby |
291-302 | Approximate molecular orbital theory for inorganic molecules | R. D. Brown and K. R. Roby |
303-308 | PPP and CNDO calculations for protonated molecules | Margaret L. Bailey and J. P. M. Bailey |
309-315 | PPP calculations of the absorption spectra of purines and pyrimidines | Margaret L. Bailey |
316-318 | The electronic structure of N-methyl-3pyridone and its representation | G. Berthier, B. Lévy and L. Paoloni |
319-330 | The symmetry behaviour of the first-order density matrix and its natural orbitals for linear molecules | W. A. Bingel |
331-345 | A semi-empirical approach to the estimation of ESR isotropic hyperfine coupling constants in aromatic radicals | M. F. Chiu and B. T. Sutcliffe |
346-350 | The restriction of spin contamination in unrestricted Hartree Fock wave functions | T. A. Claxton and D. McWilliams |
351-372 | Analyse conformationnelle théorique | J. M. Lehn, B. Munsch and Ph. Millie |
373-376 | Coupling coefficients for the octahedral group with orthorhombic components | Lawrence L. Lohr |
377-392 | Semi-empirical calculations on methyl substituted aromatics | David M. Bishop and Hirotoshi Ito |
393-400 | Comparison of Omega and PPP techniques for reactivity calculations in methyl-substituted naphthalenes | Le -Khac Huy and W. Forst |
401-402 | Uses of pair energy techniques in molecular calculations: The ammonia molecule | C. F. Bender |
339-347 | Ab initio calculations on small hydrides including electron correlation | M. Jungen and R. Ahlrichs |
348-361 | Ab initio calculations on small hydrides including Electron correlation | Reinhart Ahlrichs |
362-370 | Molecular orbital calculations on transition element compounds | R. D. Brown, B. H. James and M. F. O'Dwyer |
371-376 | Correlated one-center wavefunctions for two-electron molecules | T. C. Chang and F. Grein |
377-383 | Quantum-mechanical studies on the conformational and electronic properties of steroids | Jacqueline Caillet and Bernard Pullman |
384-395 | Determination of the charge distribution of methane by a method of density constraints | R. F. W. Bader and H. J. T. Preston |
396-407 | Die Elektronenstruktur von Steroidhormonen | H. Repmann |
408-416 | Porphyrins | Robert L. Ake and Martin Gouterman |
1-13 | Porphyrins | Arnold M. Schaffer and Martin Gouterman |
14-20 | Configuration mixing involving σ and π orbitals | Claude Giessner-Prettre and Alberte Pullman |
21-33 | Relaxation during internal rotation ethane and hydrogen peroxyde | A. Veillard |
34-43 | π-Electron correlation in alternant hydrocarbons: Bondorder-bondlength relation, force constants and the spectroscopic, vibrational and thermochemical Β-values | S. de Bruijn |
44-56 | Molecular orbital calculations on the conformation of polypeptides and proteins | Bernard Pullman, Bernard Maigret and David Perahia |
57-66 | Molecular orbital calculations of rotational strengths: A study of skewed diketones | W. Hug and G. Wagnière |
67-74 | π-Interaction in metal Β-ketoenolates | R. D. Hancock and D. A. Thornton |
75-76 | Recensiones | H. v. Hirschhausen and M. Simonetta |
109-120 | Influence of long-range coulombic interactions on binding energy curves of molecule-ions | M. J. Feinberg |
121-134 | Molecular orbital calculations on the conformation of polypeptides and proteins | |
135-154 | A CNDO-MO calculation of VCl4 | C. A. L. Becker and J. P. Dahl |
155-166 | Einzentrum-Modellrechnungen an Germaniumhydriden vom Typ GeHn, GeHn+ und GeHn− (n = 3,4 oder 5) | Hermann Hartmann, Lothar Papula and Wolfgang Strehl |
167-172 | The electronic structures of charge-transfer complexes: Application of the semiempirical SCF-MO-Cl method | T. Ohta, H. Kuroda and T. L. Kunii |
203-211 | Determination de bases de gaussiennes optimales pour les molecules | |
212-224 | LCAO-MO-SCF-Calculations on the stability and Sterochernistry of hydrogen bonds |
225-287 | Theorie der ChiralitÄtsfunktionen | Ernst Ruch and Alfred Schönhofer |
288-300 | Doppelnebenklassen als Klassenbegriff und Nomenklaturprinzip für Isomere und ihre AbzÄhlung | Ernst Ruch, Werner HÄsselbarth and Bernd Richter |
1-11 | Gaussian basis sets for molecular wavefunctions containing third-row atoms | B. Roos, A. Veillard and G. Vinot |
12-16 | The application of MIM method to spiroconjugated systems | A. Gamba, G. F. Tantardini and M. Simonetta |
17-30 | On CNDO bond indices and relations to molecular energies | S. Ehrenson and S. Seltzer |
31-40 | An iterative extended Hückel calculation for some amino acids containing sulphur and selenium | Giuliano Colombetti and Carlo Petrongolo |
41-50 | The correlation of NMR chemical shifts with EHT calculated electron densities for 3-pyridinols | Christian T. Goralski and W. Brock Neely |
51-56 | Recherches sur la structure électronique de composés soufrés (méthode LCAO améliorée) | Yves Ozias and Lucette Reynard |
57-64 | Calculation of two-center zero-field splitting integrals | G. Jager, J. Jong, C. MacLean and P. Ros |
65-79 | The electronic structure of carbonium ions | Herbert Kollmar and Harry O. Smith |
80 | Recensio | K. Jug |
215-234 | How quantitative is the concept of maximum overlap? | Rodney J. Bartlett and Yngve Öhrn |
235-260 | The continuation of the periodic table up to Z = 172. The chemistry of superheavy elements | B. Fricke, W. Greiner and J. T. Waber |
261-266 | Quantenmechanische Behandlung derKα-Satellitenstruktur des Phosphors | Hermann Hartmann, Lothar Papula and Wolfgang Strehl |
267-279 | A simple model of short-range interactions | |
280-286 | A simple model of short-range interactions II. The orientation dependence of the interaction between non-bonded hydrogen atoms | V. Magnasco and G. F. Musso |
287-300 | An investigation of the1B1 excited states of water | David M. Bishop and Ay-ju A. Wu |
301-308 | Finite analytical expressions for two-centre exchange integrals between having the same exponents | T. Živković and J. N. Murrell |
309-322 | Electronic transitions in mono-olefinic hydrocarbons | F. H. Watson and S. P. McGlynn |
323-334 | Ab initio calculations on ethylene and fluoroethylene. A comparative study | S. Meza and U. Wahlgren |
335-367 | SCF-MO-LCGO studies on hydrogen bonding. The water dimer | Geerd H. F. Diercksen |
368-380 | MO-SCF-LCAO studies of sulphur compounds | B. Roos and P. Siegbahn |
381-397 | Generalized quantum mechanical two-centre problems | Klaus Helfrich |
398-409 | The inversion eigenvalues of non-σ states of diatomic molecules, expressed in terms of quantum numbers | I. Røeggen |
410-412 | Calculation of molecular geometry with the PCILO-Method | Jacqueline Langlet and Hans Meer |
115-126 | Ab Initio versus CNDO barrier calculations | E. L. Wagner |
127-137 | Ab Initio versus CNDO barrier calculations | E. L. Wagner |
138-146 | Semi-empirical molecular orbital calculations on some tautomers of cytosine | Donna L. Breen and R. L. Flurry |
147-154 | The general form of pseudopotential operators | W. H. Eugen Schwarz |
155-174 | Das Kastenmodell als Grundlage für ein ab initio Verfahren | Ernst -Albrecht Reinsch |
175-182 | The 3-centre bond — non paired spatial orbital method (NPSO) | B. J. Duke |
183-194 | Operator equations in approximate molecular orbital theories | Karl Jug |
195-202 | Molecular orbital calculations on substituted carbodiimides | Denis R. Williams and R. Damrauer |
203-207 | Properties of atoms in molecules | Peter Politzer |
208-210 | Extended Hückel calculations on the bonding in oxyhaemoglobin | Margaret P. Halton |
211-225 | Etude quantitative de la distinction entre une liaison de covalence et une liaison de coordination: les molecules de borazane et d'aminoborane | Claude Aslangul, Alain Veillard, Raymond Daudel and Fernand Gallais |
226-238 | Détermination de bases de Gaussiennes optimales pour les molécules | D. -J. David |
239-258 | Molecular orbital calculations of the active site complex of two iron ferredoxins | Gilda Harris Loew and David A. Steinberg |
259-265 | Applications of the INDO method to some radicals containing second row elements | H. G. Benson and A. Hudson |
266-277 | Structure électronique des ions méthyloxocarbonium et isopropyloxocarbonium | B. Rees, A. Veillard and R. Weiss |
278-284 | The electronic spectrum of acrylonitrile | P. A. Mullen and M. K. Orloff |
285-290 | Doubly excited configurations in modified CNDO and INDO methods | Carl Brabant and D. R. Salahub |
291-294 | A simplified Weinbaum function | Kay M. Miller, Cherng -Maw Wang and Boris Musulin |
121-129 | A note on the relation between CI and Rayleigh-Schrödinger perturbation theory | M. Kleiner |
130-137 | Intermolecular interactions-dependence on inter- and intra-molecular distances. A configuration interaction study of the H2...H2 system | O. Tapia and G. Bessis |
138-142 | Furtherab initio calculations on the allyl radical | A. Hinchliffe |
143-168 | On the relation between non adiabatic unimolecular reactions and radiationless processes | Helmut Gebelein and Joshua Jortner |
169-180 | Ab initio Untersuchungen über Stabilität und Spektren des hypothetischen Moleküls Si2H2 | Bernd Wirsam |
181-188 | Integral Hellmann-Feynman investigations oftrans bent acetylene | M. P. Melrose and P. J. Briggs |
189-195 | Application of Coulson's Contour integral method to linear finite polymers | Jouko J. Kankare |
196-199 | Note on the solution of secular problems with two non-orthogonal basis functions | W. A. Bingel |
200-204 | SCF calculations for H2+, Li2+ and LiH+ with atomic basis sets enlarged by bond functions | San Y. Chu |
107-130 | Molecular orbital calculations of the active site complex of two iron ferredoxins | |
131-140 | The use of the CNDO method in spectroscopy | |
141-146 | Finite electric field valence shell calculations of polarizability gradients and raman depolarization ratios for diatomic molecules | N. S. Hush and M. L. Williams |
147-156 | Calculated physical properties of a water molecule in an ice-Like cluster | C. Guidotti, U. Lamanna and M. Maestro |
157-161 | Acceleration of convergence by density matrix extrapolation in CNDO/2 calculations | J. C. Rowland and R. L. Flurry |
163-170 | An interpretation of Hund's rule | J. Katriel |
171-178 | A remark on the comparison between the roothaan open shell and half-electron method | P. Čársky and R. Zahradník |
179-186 | The method of non-paired spatial orbitals | |
187-193 | Energie des systèmes H2, HHe+ et LiH | Guy Pouzard and Louis Pujol |
194 | Recensio | F. Wasgestian |
195-210 | The role of kinetic energy in chemical binding | C. Woodrow Wilson and William A. Goddard |
211-230 | The role of kinetic energy in chemical binding | William A. Goddard and C. Woodrow Wilson |
231-236 | Operator equations in approximate molecular orbital theories | Karl Jug |
237-248 | The electronic structures of some tetrazaborolines and dimethyltetrazadieneirontricarbonyl | D. R. Armstrong, P. G. Perkins, J. M. Scott and J. J. P. Stewart |
249-256 | Introduction de la matrice densité de paire dans l'étude théorique du pK des états excités | R. Constanciel |
257-265 | Analyse conformationnelle théorique du diméthylsulfoxyde (CH3)2SO | Germaine Robinet, Claude Leibovici and Jean -François Labarre |
267-271 | Perturbation theory for excited states of molecules. III | B. L. Burrows |
273-278 | Perturbation theory for excited states. IV | B. L. Burrows |
279-282 | The box model as a basis for an ab initio procedure | Ernst-Albrecht Reinsch |
283-288 | Calculations on the force constants of triatomic group II metal halides | I. Eliezer and A. Reger |
1-8 | Assignments in photoelectron spectroscopy using the CNDO/2 method | T. G. Edwards |
9-23 | Density localization of atomic and molecular orbitals | W. Niessen |
25-32 | Analysis of correlation effects in HeI, LiI and BeI iso-electronic sequences by Z-expansion methods | J. P. Colpa and M. F. J. Islip |
33-47 | Spin-Bahn-Kopplungseffekte verschiedener Ordnung bei Jod und Dijodazetylen | Martin Jungen |
49-54 | Optical manifestation of Jahn-Teller effect in square-planar complexes | B. G. Vekhter, B. S. Tsukerblat and Yu. B. Rosenfeld |
55-62 | Barriers to the internal rotation and observables of the ground state for hydrogen peroxyde | C. Guidotti, U. Lamanna, M. Maestro and R. Moccia |
63-68 | A.M.O. calculations for some first row diatomic molecules | G. L. Bendazzoli, F. Bernardi, A. Geremia and P. Palmieri |
69-74 | A model study of the interaction of a hydrogen bond with a π-electron system | John R. Sabin |
75-79 | EHT conformational study of nicotinamide and related amides | Kathryn R. Long and J. H. Goldstein |
171-185 | MO-SCF-LCAO studies of sulphur compounds | |
187-196 | Influence du couplage vibronique sur le paramagnétisme d'un complexe cubique dans l'état électronique2T2 | O. Kahn and S. F. A. Kettle |
197-212 | Simplified non-empirical excited state calculations | |
213-222 | Semiempirical molecular orbital studies of phthalocyanines | |
223-242 | PCILO method for excited states | |
243-264 | Vibrational analysis of the electronic spectrum of ethylene based onab initio SCF-CI calculations | Sigrid D. Peyerimhoff and Robert J. Buenker |
265-272 | SCF LCAO MO studies on the hydration of ions: The system F− · 2H2O | Wolfgang P. Kraemer and Geerd H. F. Diercksen |
313-337 | A semiempirical MO study of the electronic structure and excited states of the Tris(2,2′-bipyridyl)Iron(II) and Tris(glyoxal-Bis-N-methylimine)iron(II)Ions | Jan Blomquist, Bengt Nordén and Marianne Sundbom |
339-353 | The electronic structure of the NF2 radical | R. D. Brown, F. R. Burden, B. T. Hart and G. R. Williams |
355-361 | Spectres et étude conformationnelle des dérivés méthyles de l'acide benzoïque | Yves G. Smeyers and Carlos Sieiro |
363-390 | SCF Dirac-Hartree-Fock calculations in the periodic system | Jaromír Malý and Michel Hussonnois |
1-7 | Theoretical investigation of the carbon nitrogen double bond | R. Macaulay, L. A. Burnelle and C. Sandorfy |
9-20 | Effects of polarization on charge distributions and integral approximations | Karl Jug |
21-28 | Study of reaction mechanisms by semiempirical methods I | J. PancíŘ |
29-48 | Density localization of atomic and molecular orbitals | W. Niessen |
49-55 | Corrélation électronique et effets de base dans l'étude de la liaison hydrogène: le dimère mixte ammoniac-eau | Annie Meunier, Bernard Lévy and Gaston Berthier |
57-74 | Ab initio-Behandlung der IR- und RamanaktivitÄt der Wasserstoffbrücke (ClHCl)− unter Berücksichtigung der Umgebung | R. Janoschek |
75-83 | Local orbitals for bonding in ethane | John L. Nelson and Arthur A. Frost |
85-91 | Atomic wave functions by rotational projections of floating orbitals | G. L. Bendazzoli, F. Bernardi, C. Zauli and P. Palmieri |
93-96 | Theoretical investigations on the solvation process | Giuliano Alagona, Renzo Cimiraglia and Ugo Lamanna |
189-234 | Quantenmechanische Theorie der optischen Aktivität der Methanderivate im Transparenzgebiet | Dietrich Haase and Ernst Ruch |
235-246 | Bemerkung zur Rayleigh-Schrödinger-Störungstheorie | Dietrich Haase and Ernst Ruch |
247-258 | Quantenmechanische Theorie der optischen Aktivität der Allenderivate im Transparenzgebiet | Dietrich Haase and Ernst Ruch |
259-268 | Classifications of rearrangement mechanisms by means of double cosets and counting formulas for the numbers of classes | Werner Hässelbarth and Ernst Ruch |
269-304 | Theory of chirality functions, generalized for molecules with chiral ligands | Alden Mead, Ernst Ruch and Alfred Schönhofer |
305-311 | Application of SCF-perturbation theory to hydrogen bonding in water dimers | Reiner Sustmann and Fritz Vahrenholt |
313-317 | Sesquiacetylenes | J. Y. Becker, A. Y. Meyer and J. Klein |
319-334 | Le spectre d'absorption électronique du trichloroamminoplatinate de potassium cristallisé | Edmond Francke and Claude Moncuit |
335-343 | Transition energies and oscillator strengths for electronic spectra of non planar conjugated molecules. I. Polyphenyls | A. Gamba, G. F. Tantardini and M. Simonetta |
345-357 | Simplified non-empirical excited states calculations | I. Fischer-Hjalmars and J. Kowalewski |
359-374 | Couplage vibronique et anisotropie paramagnétique dans un complexe cubique 2T2 soumis à un champ trigonal | O. Kahn and S. F. A. Kettle |
375-382 | Molecular dipole polarizabilities based on MINDO/1 and MINDO/2 wavefunctions | H. Meyer and A. Schweig |
209-216 | The use of average natural orbitals for configuration interaction calculations on the Boron Hydride molecule | S. A. Houlden and I. G. Csizmadia |
217-229 | Non radiative transition probabilities in the statistical limit | Abraham Nitzan and Joshua Jortner |
231-242 | Semiempirical extended Hartree-Fock theory | Karl Jug |
243-256 | L'utilisation d'orbitales localisées dans l'étude théorique des molécules | Ph. Degand, G. Leroy and D. Peeters |
257-265 | Proton magnetic shielding in H2O and (H2O)2 | Michał Jaszuński and Andrzej J. Sadlej |
267-274 | Calculations on the π→1π* transitions in large conjugated carbonyl compounds using the molecules-in-molecules method | T. G. Edwards |
275-281 | An EHT re-examination of Acetylcholine | D. AjÒ, M. Bossa, R. Fidenzi, S. Gigli and G. Jeronimidis, et al. |
282 | Recensio | Karl Hensen |
283-314 | An ICSCF investigation of Walsh's rules | Larilyn Zeller Stenkamp and Ernest R. Davidson |
315-326 | Ab-initio calculations on small hydrides including electron correlation | Frank Driessler, Reinhart Ahlrichs, Volker Staemmler and Werner Kutzelnigg |
327-337 | An MO-theoretical calculation of solvent effect upon the NH3 + HF = NH4F reaction | Shinichi Yamabe, Shigeki Kato, Hiroshi Fujimoto and Kenichi Fukui |
339-346 | A calculation of the rotatory strengths of the electron-transfer transitions of the Tris-(1,10-phenanthroline)iron(II) ion | M. Král, A. Moscowitz and C. J. Ballhausen |
347-352 | Examination of charge alternation in CH4 and CH3F from ab initio LCAO SCF MO wavefunctions and their localized bond orbitals | Conrad A. Naleway and Maurice E. Schwartz |
353 | Recensio | Horst Heydtmann |
103-109 | Three-dimensional bond-charge models for potential curves of diatomic molecules | George A. Henderson and Robert G. Parr |
111-135 | A theory of molecules in molecules | W. Niessen |
137-153 | SCF Dirac-Hartree-Fock calculations in the periodic system | Jaromír Malý and Michel Hussonnois |
155-169 | The influence of solvation on π*←n and π*←π transition energies in molecules containing Aza or carbonyl groups | P. Cremaschi, A. Gamba and M. Simonetta |
171-182 | Ab initio calculations of core electron binding energies and shifts in halomethanes | David B. Adams and David T. Clark |
283-288 | An ab initio molecular orbital study on the addition reaction of triplet nitrene to ethylene | W. Joseph Haines and Imre G. Csizmadia |
289-295 | On bridging the gap between the INDO and the NDDO schemes | Bjørn Voigt |
297-309 | A theory of molecules in molecules | W. Niessen |
311-324 | Point charge models for LiH, CH4, and H2O | A. D. Tait and G. G. Hall |
325-333 | Etude théorique de l'isomérisation syn-anti dans la Formaldoxime | Daniel Liotard, Alain Dargelos and Max Chaillet |
335-346 | Etude théorique de la conformation des complexes moléculaires de type donneur accepteur d'électrons | Roger Arnaud, Danielle Faramond-Baud and Maurice Gelus |
347-353 | Electronic structure of unstable intermediates | Colin Thomson and Brian J. Wishart |
355-358 | Gas phase acidities of CH bonds adjacent to oxygen and to sulphur | Saul Wolfe, Luis M. Tel and Imre G. Csizmadia |
279-293 | Ab initio Calculations for the electronic structure of carbazole and trinitrofluorenone | I. P. Batra, P. S. Bagus, E. Clementi and H. Seki |
295-310 | Ab initio versus CNDO potential surface calculations for Li2O and Al2O | E. L. Wagner |
311-320 | Molecules in electric fields | G. B. Bacskay and N. S. Hush |
321-330 | Unrestricted Hartree-Fock spin density calculations with orthogonalized atomic orbitals on aza and nitroaromatic radical anions | D. N. Nanda and P. T. Narasimhan |
331-339 | Modellrechnungen zu einer metallischen Modifikation des Wasserstoffs | Hans Müller |
341-345 | Ab initio molecular orbital calculations on the pyrazine-lithium ion pair | A. Hinchliffe, J. C. Cobb and A. J. Duke |
347-354 | On the evaluation of molecular integrals by three dimensional numerical integration in spherical polar coordinates | M. Kleiner |
97-103 | Multipole expansions of the electrostatic molecular potential | Rosanna Bonaccorsi, Renzo Cimiraglia, Eolo Scrocco and Jacopo Tomasi |
105-113 | On the mathematical formulation and interpretation of LACO MO theory | Keith R. Roby |
115-124 | Ab initio valence-bond calculations of H2O | Carl Peterson and Gary V. Pfeiffer |
125-136 | Calculated properties of the active site complex of oxidized rubredoxins | Gilda Harris Loew, Michael Chadwick and David A. Steinberg |
137-145 | Calculated properties of the active site complex of oxidized rubredoxins | Gilda H. Loew and David Lo |
147-156 | Calculated properties of the active site of oxidized rubredoxins | Gilda H. Loew, Michael Chadwick and David Lo |
157-167 | Methods for efficient evaluation of integrals for Gaussian type basis sets | Reinhart Ahlrichs |
169-176 | Hermitian operators for two-centre wavefunctions | Thuy T. T. Bui and Geoffrey Hunter |
177-181 | Ground state properties of some nonbenzenoid hydrocarbons | Archana DasGupta and N. K. DasGupta |
183-184 | Recensiones | J. S. Kwiatkowski |
93-103 | An ab initio molecular orbital study of the protonation of amines | A. C. Hopkinson and Imre G. Csizmadia |
105-114 | Configuration interaction by the method of bonded functions, some preliminary calculations | Geerd H. F. Diercksen and B. T. Sutcliffe |
115-127 | Hydrogen bonding in long chains of hydrogen fluoride and long chains and large clusters of water molecules | Alfred Karpfen, Janos Ladik, Peter Russegger, Peter Schuster and Sàndor Suhai |
129-136 | Graph theory and molecular orbitals | Dragoš Cvetković, Ivan Gutman and Nenad Trinajstić |
137-144 | INDO Investigation of the halogen N.Q.R. frequencies and 14N nuclear quadrupole coupling constants of halothiophenes and halopyridines | V. Galasso |
145-155 | Solvent interaction within the Hartree-Fock SCF molecular orbital formalism | Henry A. Germer |
157-163 | The electronic structure of periodic protein models | Sándor Suhai |
165-167 | Electrostatic energies of the {CoNO}8 group in ligand fields | Robert D. Feltham and John H. Enemark |
168 | Recensiones | H. Labhart |
169-174 | The ligand field as a pseudo-potential | C. J. Ballhausen and J. P. Dahl |
175-182 | A theoretical study of electrophilic aromatic substitution | Pietro Cremaschi and Massimo Simonetta |
183-187 | Crucial role of electron correlation in both the upper and lower states in optical transitions | Oktay Sinanoğlu and Donald R. Beck |
189-198 | Models and paradoxes in quantum chemistry | C. K. Jørgensen |
199-212 | Determination of the H2-H2 potential from absolute integral cross section measurements | Rolf Gengenbach, Christian Hahn, Wilhelm Schrader and Jan Peter Toennies |
213-224 | Semiempirical MO calculations on symmetry governed reactions | Patrick Coffey and Karl Jug |
225-231 | Optimized statistical exchange parameters α for atoms with higherZ | Karlheinz Schwarz |
233-236 | Bond models for the photochemical reactivity of transition metal complexes | Claudio Furlani |
99-112 | Applications of fourier transforms in molecular orbital theory. Calculation of optical properties and tables of two-center one-electron integrals | John Avery and Michael Cook |
113-128 | Molecular orbital calculations on the conformation of polypeptides and proteins | |
129-139 | Hartree-Fock calculations and photoelectron spectra of SSO and NSF | P. Rosmus, P. D. Dacre, B. Solouki and H. Bock |
141-149 | The influence of hyperconjugation on properties of borane adducts | Keith F. Purcell and R. L. Martin |
151-156 | Behandlung der Strukturen 3 atomiger Dublett- und Triplett-Radikale auf der Grundlage von Slater-Exponenten | Paul Machmer |
157-162 | Molecular orbital calculations on transition metal complexes part VII | |
163-167 | The electronic structure and energy of acyloxy and dioxacyclopropyl cations | Manfred T. Reetz and Wilhelm F. Maier |
169-171 | Possible anisotropy in phenanthrene overcrowding | Alec Grimison |
1-10 | Perturbation theory for excited states of molecules | B. L. Burrows and A. T. Amos |
11-24 | L'utilisation d'orbitales localisées dans l'étude théorique des molécules | Georges Leroy and Daniel Peeters |
25-36 | Calculated vibrational spectra of weak hydrogen bonds | Krzysztof Pecul and Rudolf Janoschek |
37-48 | Inorganic analogues of cyclic organic molecules | James S. Wright |
49-66 | Chiroptical properties of cyclic α-diketones | Frederick S. Richardson and David Čaliga |
67-76 | Mössbauer and molecular orbital study of the myoglobin-CO complex | Alfred Trautwein, Yutaka Maeda, Frank E. Harris and Helmuth Formanek |
1-16 | Non-empirical molecular orbital theory of the electronic structure of molecular crystals | Sèamus F. O'Shea and David P. Santry |
17-36 | Etudes quantiques sur la conformation de la valinomycine et de ses éléments constitutifs | Bernard Maigret and Bernard Pullman |
37-46 | Méthode de Hückel étendue aux électrons de valence s, p, d | Alain Botrel, Pascal Dibout and Roland Lissillour |
47-65 | Inner-shell Eigenvalues from valence orbital only calculations | Aba Hartman and Michael C. Zerner |
67-75 | Semiempirical calculation of harmonic force constants: CNDO/2 and MINDO/2 study of C2H6, C2H4 and C2H2 | Kornélia Kozmutza and Péter Pulay |
77-88 | Effects of anharmonicity on non-radiative transitions in polyatomic molecules | Noriyuki Shimakura, Yuichi Fujimura and Takeshi Nakajima |
89-104 | Molecular structure, quadrupole splitting, and magnetic susceptibility of iron in deoxygenated myoglobin and hemoglobin | Alfred Trautwein, Reinhart Zimmermann and Frank E. Harris |
105-127 | Zur Elektronenstruktur von metallorganischen Komplexen der f-elemente | H. -D. Amberger, R. D. Fischer and B. Kanellakopulos |
129-145 | Investigation of the muffin-tin approximations for potential and charge density in the MS-Xα method by means of calculations of H2O | Ulla Mitzdorf |
147-158 | Application of semi-empirical molecular orbital methods to the calculation of properties of ionic crystals | Michael R. Hayns and Lenard Dissado |
159-169 | Ab initio Calculations on the thermal ring closure of acrolein | Kees Meer and Jan J. C. Mulder |
171-176 | A relationship between correlation energies and sizes: The helium-like ions | Fernando Bernardi, Imre G. Csizmadia, Vedene H. Smith, M. H. Whangbo and Saul Wolfe |
177-216 | Localized charge distributions | Walter England, Mark S. Gordon and Klaus Ruedenberg |
217-231 | Group-theoretical analysis of carbonium ion rearrangements: The barbaralyl cation | Thomas D. Bouman and Carl Trindle |
233-250 | The coupling algebra of trigonally subduced crystal field eigenvectors | Bryan R. Hollebone and J. C. Donini |
251-252 | Note on the solution of secular problems with two non-orthogonal basis functions | W. A. Bingel |
1-8 | Untersuchungen zum Energiespektrum vonα,ω-substituierten Polymethinketten | |
9-20 | On a definition of bond energies based on localized molecular orbitals | Wolfgang von Niessen |
21-35 | A quantum chemical study on electrophilic addition | |
37-47 | A topological index for the totalπ-electron energy | |
49-63 | Delocalized and localized pictures of excited and ionized states | |
65-69 | Calculated electron densities and experimental isomer shifts of Fe57 in the deoxy- and CO-compounds of myoglobin and hemoglobin | Alfred Trautwein and Frank E. Harris |
71-77 | Metal ion interaction with dimethyl phosphate anion | |
79-82 | Theoretical study of the photochemical isomerism of oximes | Alain Dargelos, Daniel Liotard and Max Chaillet |
83-84 | Recensiones | Heinz Krüger and C. J. Ballhausen |
111-118 | Random-phase-approximation calculations on triplet spectra of conjugated molecules | Osamu Matsuoka and Hirotoshi Ito |
119-125 | An analysis of the complex molecular orbitals method | Josip Hendeković and Krishnaswamy Vasudevan |
127-148 | Pattern recognition in molecular quantum mechanics | Hans Primas |
149-160 | Theoretical study of the H5+ system | Reinhart Ahlrichs |
161-172 | A least-squares method applied to the hydrogen molecule | Inge Røeggen, John P. Huggett and Edward A. G. Armour |
173-183 | Transferred hyperfine structure interactions in transition metal complexes | Sven Larsson |
185-187 | Comments on calculations of nuclear spin-spin coupling constants using the blinder operator | Pekka Pyykkö |
189-195 | End-on versus side-on coordination of dioxygen model ab initio calculations for the adducts of Co(acacen) | Marie-Madeleine Rohmer, Alain Dedieu and Alain Veillard |
197-210 | Spectra-structure relationships in the near ultraviolet optical activity of chiral barbituric acid derivatives | Chin-yah Yeh and Frederick S. Richardson |
211-216 | A molecular orbital study of the changing role ofd-orbitals in transition metal compounds: ZnS, FeS and CrS | Alan Hinchliffe and J. Charles Dobson |
217-228 | Energy extrapolation in CI calculations | Robert J. Buenker and Sigrid D. Peyerimhoff |
229-239 | Une extension de la méthode CNDO/2 à l'étude des complexes d'éléments de transition | |
241-246 | The transformation of aromatic molecules into the subspace of their double bonds | Heikki Joela |
247-253 | The two-electron integral transformation and two-body density matrix transformation | Christopher N. M. Pounder |
255-276 | Intensités des transitions optiques de [PtCl4]2− | Claude Moncuit |
277-280 | A modification of McLachlan method for spin density calculations | Pascal Devolder |
281-288 | Applications of fourier transforms in molecular orbital theory | John S. Avery |
289-300 | Direct formation of the CI Hamiltonian matrix from an expansion of Bonded Functions | James M. Scott and Brian T. Sutcliffe |
301-312 | Charge distributions and multipole moments in molecules | Karl Jug |
313-320 | Die longitudinale Widerstandsänderung im Magnetfeld | Kyu-Myung Chung |
321-328 | Shake up phenomena in some unsaturated fluorocarbons | David T. Clark and David B. Adams |
329-337 | Ab initio calculation of the first order term of the intermolecular energy near the van der Waals minimum | E. Kochanski and J. F. Gouyet |
339-346 | Ab initio calculation of the intermolecular energy between two hydrogen molecules near the van der Waals minimum | E. Kochanski |
87-92 | Stability and crystal field splitting of N | |
93-111 | Quantum-mechanical studies of environmental effects on biomolecules VI.Ab initio Studies on the hydration scheme of the phosphate group | Bernard Pullman, Alberte Pullman, Hélène Berthod and Nouhad Gresh |
113-118 | Decomposition of 1,2-dioxetane | Charles W. Eaker and Juergen Hinze |
119-127 | Marron-weare variational computation of energy differences for motions of C2H6, B2H6, CH3CH | |
129-141 | Konsequenzen des Koopmansschen Theorems in den Restricted Hartree Fock Methoden für open-shell-Systeme | Joachim Sauer and Christoph Jung |
143-156 | The use of slater orbitals in variational calculations involving one-electron green's functions | Michael Blakemore, Gwynne A. Evans and John Hyslop |
157-174 | Coupled multiconfiguration self-consistent field (MC SCF) perturbation theory | Michał Jaszuński and Andrzej J. Sadlej |
175-188 | Perturbation calculation of correlation energies for polyatomic molecules I. Initial results | Neil S. Ostlund and M. Fillmore Bowen |
1-6 | A theoretical study of the electromagnetic properties of ferrocene and the ferrocenium ion | Robert F. Kirchner, Gilda H. Loew and Ulrich T. Mueller-Westerhoff |
7-15 | Convergence properties of the intermolecular force series (1/R-expansion) | Reinhart Ahlrichs |
17-36 | Niveaux d'énergie électronique et susceptibilité magnétique des ions de configurationf2 en champ cristallin cubique | Edgar Soulié and Gordon Goodman |
37-49 | Theory of isomer shift in hemin | Jane C. Chang, Yong M. Kim, Tara P. Das and Kenneth J. Duff |
51-58 | Application of the virial theorem to the study of molecular electronic wave functions | Martin Jungen |
59-70 | Reaction paths of some open-shell reactive intermediates | Shigeru Nagase and Takayuki Fueno |
71-77 | Calculation of the vibration-rotational transition moments: Matrix method | Che -Shung Lin |
79-88 | Mixing of generalized parity in molecular orbitals | Josip Hendeković |
89-91 | Ab initio crystal orbital studies on linear chains of H atoms | Miklos Kertesz, Jože Koller and Andrej Ažman |
193-215 | Some theoretical aspects of vibrational fine structure accompanying core ionizations in N2 and CO | David T. Clark and Jiri Muller |
217-221 | Direct calculation of the energy gradient with cartesian Gaussian basis sets | Hanspeter Huber, Petr Čársky and Rudolf Zahradník |
223-232 | Electronic and magnetic structure of the polymeric system di-imidazolato iron(II) | |
233-241 | Electronic and magnetic structure of the polymeric system di-imidazolato iron(II) | |
243-256 | NDDO MO calculations | |
257-262 | NDDO MO calculations | |
263-264 | Note on nuclear spin-spin coupling in HD | W. Sänger and J. Voitländer |
265 | Book reviews | Ralph G. Pearson and F Becker |
267-268 | Book reviews | Ralph G. Pearson and F Becker |
269-278 | The half-projected Hartree-Fock method | |
279-285 | The half-projected Hartree-Fock method | |
287-299 | On the lattice stability of metals | |
301-309 | Ab initio SCF computation of force constants for CO2 | Jacob Pacansky, Ulf Wahlgren and Paul S. Bagus |
311-319 | Direct minimization of the energy functional in LCAO-MO density matrix formalism | |
321-328 | The Gaussian potential: Bound states in the continuum? | Nimrod Moiseyev and Jacob Katriel |
329-333 | Floating spherical Gaussian orbital (FSGO) studies with a model potential: Application to two-valence-electron systems | Naba K. Ray and Jurgen Switalski |
335-344 | On the use of NDO approximate wavefunctions in the evaluation of momentum density and radial momentum density distributions in polyatomic molecules | Hubert P. Figeys, Paul Geerlings and Christian van Alsenoy |
199-206 | The ellipsoidal gaussian basis in molecular orbital theory | Drora Cohen and Harold Basch |
207-212 | An extension of the CNDO/2 formalism for the study of transition metal complexes | Jean-Michel Savariault and Jean-François Labarre |
213-222 | Acidity scale for strong Bronsted acids referred to their complexes with water and in the Gaseous phase | Michel Fournier, Antoine Potier and Marcel Allavena |
223-236 | Triplet states via intermediate neglect of differential overlap: Benzene, pyridine and the diazines | Joan E. Ridley and Michael C. Zerner |
237-246 | Anab initio energy surface for the trichloride ion, Cl3− | E. F. Riedel and Roger D. Willett |
247-260 | Long-range molecular interaction coefficients computed from frost-model wave functions | A. Terry Amos and Jonathan A. Yoffe |
261-271 | Determination of molecular properties by the method of moments | Tamás Szondy and Ede Kapuy |
273-291 | Two centre continuum Coulomb wavefunctions in the entire complex plane | P. Thornton Greenland and Walter Greiner |
293-301 | Excited states of phenyl carbonyl compounds | Jacqueline Langlet and Philippe Gacoin |
303-310 | Mechanism of cyclopropane-propene isomerization | Karl Jug |
311-323 | Influence of solvents on the properties of chemical compounds | Frieder Birnstock, Hans -Jörg Hofmann and Hans -Joachim Köhler |
325-332 | Non-integer Slater orbital calculations | Alain Allouche |
333-344 | Molecular orbital calculations on the optical rotatory properties of chiral allene systems | Harry Dickerson, Steven Ferber and Frederick S. Richardson |
345-352 | Application des orbitales atomiques perturbées au calcul de la constante de couplage entre les spins nucléaires de la molécule HD | Alain Delpuech, Jacques Paviot and Jean Hoarau |
353 | Book review | K. Jug |
1-27 | Analysis of the chemical bond | Frank Driessler and Werner Kutzelnigg |
29-35 | Conformation analysis of diphosphine | Reinhart Ahlrichs, Rolf Heinzmann and Constantin Zirz |
37-43 | On the lattice stability of metals | Bernhard Reiser |
45-62 | On the lattice stability of metals | Bernhard Reiser |
63-73 | A representation of the polarization term in the interaction energy between a molecule and a point-like charge | Rosanna Bonaccorsi, Eolo Scrocco and Jacopo Tomasi |
75-87 | CNDO/S calculations of magnetic circular dichroism of some mono-substituted benzenes using the complete angular momentum operator | J. H. Obbink and A. M. F. Hezemans |
89-93 | About direct obtainment of π SC bond orders | Carlos G. Bollini, Juan José Giambiagi, Mario Giambiagi and Myriam Segre Giambiagi |
95-98 | Addendum et Erratum | Bryan R. Hollebone and J. C. Donini |
99-100 | Book reviews | G. H. Kohlmaier |
100 | Announcement |
287-297 | Linear combination of hybrid orbitals: Acyclic alkanes | Reuven Pasternak and Amatzya Y. Meyer |
299-306 | An MS Xα study of the potential energy surface and electronic structure of the PF4 radical | Jacques Weber and Michel Geoffroy |
307-328 | Analysis of the chemical bond | Frank Driessler and Werner Kutzelnigg |
329-335 | Open-shell SCF calculations with a model potential method | Yasuyuki Ishikawa |
337-349 | Ab initio SCF and CI study of the electronic spectrum of pyridine N-oxide | Tae -Kyu Ha |
351-355 | A theoretical study of electrophilic reactions | Pietro Cremaschi and Massimo Simonetta |
357 | Book review | C. J. Ballhausen |
1-7 | V-N vertical transition of planar ethylene | Renato Colle, Federico Moscardo, Pierluigi Riani and Oriano Salvetti |
9-26 | The convergence of the Rayleigh-Ritz Method in quantum chemistry | Bruno Klahn and Werner A. Bingel |
27-43 | The convergence of the Rayleigh-Ritz Method in quantum chemistry | Bruno Klahn and Werner A. Bingel |
45-59 | Generalized brillouin theorem multiconfiguration method for excited states | T. C. Chang and W. H. E. Schwarz |
61-76 | Accuracy and limitations of the pseudopotential method | Tse -Chiang Chang, Peter Habitz and W. H. Eugen Schwarz |
77-83 | Study of the hydrogen bond and of the proton transfer between two H2S molecules | Krzysztof Pecul |
85-93 | The electronic structure of molecules by a many-body approach | Wolfgang Niessen, Lorenz S. Cederbaum and Wolfgang P. Kraemer |
95 | Die paramagnetische suszeptibilität eines nicht kugelsymmetrischen systems | Hermann Hartmann, Regina Schuck and Jürgen Radtke |
96 | Book reviews | Bernard Pullman |
1-20 | Heisenberg models of radical reactions | Y. Yoshioka, K. Yamaguchi and T. Fueno |
21-32 | Conformations of the thiathiophthenes and related molecules | Stanley C. Nyburg, Giannoula Theodorakopoulos and Imre G. Csizmadia |
33-44 | Selection of terms for a CI wavefunction to preserve potential surface features | Richard C. Raffenetti, Kang Hsu and Isaiah Shavitt |
45-52 | Comments on the electronic properties of cyclopropane, cyclobutane, and cyclohexane | Amatzya Y. Meyer and Reuven Pasternak |
53-59 | Calculation of polarizabilities by the CNDO method | Erik Nørby Svendsen and Torben Stroyer-Hansen |
61-67 | Fermi and Coulomb correlations in the 21S state of the helium isoelectronic sequence | Nimrod Moiseyev, Jacob Katriel and Russell J. Boyd |
69-72 | Carbon-beryllium binding in CH2Be | J. Stephen Binkley, Rolf Seeger, John A. Pople, James D. Dill and Paul von R. Schleyer |
73-78 | Book reviews | Ernst -Albrecht Reinsch, I. Gutman, Reinhart Ahlrichs and E. E. Nikitin |
79-87 | Acyclic systems with extremal Hückel π-electron energy | Ivan Gutman |
89-94 | Note on open shell restricted SCF calculations for rotation barriers about C-C double bonds: Ethylene and allene | Volker Staemmler |
95-109 | The heisenberg exchange integral in a non-orthogonal basis for antiferromagnetic and ferromagnetic systems | George R. Tsaparlis and Sidney F. A. Kettle |
111-120 | The spatial distribution of localized molecular orbital densities | Michael E. Stephens, Ede Kapuy and Cornelia Kozmutza |
121-126 | Ab initio SCF MO calculations on the CH3Br molecule | Guillermo P. Conde, Paul S. Bagus and Charles W. Bauschlicher |
127-136 | The catalytic effect of BF3 on the electrophilic hydrogen exchange reaction in benzene | Giuliano Alagona, Eolo Scrocco, Estanislao Silla and Jacopo Tomasi |
137-145 | Quantum-theoretical treatment of motions of ions in ion cyclotron resonance cells | Hermann Hartmann and Kyu -Myung Chung |
147-156 | Multipole expansion of diatomic overlap | Othmar Steinhauser and Peter Schuster |
241-247 | The calculation of ground and excited state molecular polarizabilities: A simple perturbation treatment | Francis T. Marchese and H. H. Jaffé |
249-256 | On the affinity of cytosine towards electrophiles | Alberte Pullman and Anne Marie Armbruster |
257-267 | Quantum mechanical studies of environmental effects on biomolecules | Yoshimasa Orita and Alberte Pullman |
269-281 | Theoretical study of the electronic structure of diazomethane | Jacques Lievin and Georges Verhaegen |
283-300 | On the excited states ofp-quinones and an interpretation of the photocycloaddition ofp-quinones to alkenes | Nigel J. Bunce, Joan E. Ridley and Michael C. Zerner |
301-307 | Spin-adapted wave functions of the serber type and time reversal | Jan Vojtík and Jiří Fišer |
309-315 | Topological properties of benzenoid systems | Ivan Gutman |
317-324 | Direct minimization of the energy functional in the LCAO-MO density matrix formalism | Piercarlo Fantucci and Stefane Polezzo |
325-326 | Book reviews | Hans Sillescu |
79-88 | The MCD spectra of some 8-azapurines | Hannah Weiler-Feilchenfeld, Robert E. Linder, Günter Barth, Edward Bunnenberg and Carl Djerassi |
89-104 | A semiempirical model for the two-center repulsion integrals in the NDDO approximation | Michael J. S. Dewar and Walter Thiel |
105-116 | Studies of solvent effects | J. Langlet, P. Claverie, B. Pullman, D. Piazzola and J. P. Daudey |
117-127 | Theoretical investigation of structure and stability of oligomers of LiH, NaH, LiF, and NaF | Martin Rupp and Reinhart Ahlrichs |
129-141 | The computation of the representation matrices of the generators of the unitary group | Michael J. Downward and Michael A. Robb |
143-155 | On the algebraic approximation of scattering wave functions for molecular systems | Klaus D. Hänsel and Notker Rösch |
243-250 | A possible construction of chemical reaction networks | István Nemes, Tamás Vidóczy and Dezsö Gál |
251-258 | Quantum mechanical studies of environmental effects on biomolecules | Yoshimara Orita and Alberte Pullman |
259-275 | Application of self-consistent HMO theory to heteroconjugated molecules | Toshiaki Kakitani and Hiroko Kakitani |
277-290 | Exchange polarization effects in the interaction of closed-shell systems | Grzegorz Chałasiński and Bogumił Jeziorski |
291-305 | Molecular integrals in the approximate calculation of electronic structure | David B. Cook |
307-311 | Theoretical approach of the conformations of benzylidene aniline using the PCILO method | Patrice Jacques and Jean Faure |
313-323 | Molecular orbital calculations on transition metal complexes | Denis W. Clack and Keith D. Warren |
325-329 | On the “level-shifting” method for converging hartree-fock wave functions | Prem Kishore Mehrotra |
331-336 | An optimum minimal basis of exponential atomic orbitals | D. B. Cook |
1-16 | An examination of UHF methods for atoms in the first three rows | J. R. Macdonald and R. M. Golding |
17-26 | Effect of the crystalline environment upon the rotational conformation about the N-C and C-C′ bonds (Φ andΨ) in amides and peptides | J. Caillet, P. Claverie and B. Pullman |
27-38 | Molecular-orbital realizations of the bent-bond model: Spiranic derivatives of cyclobutanone | Amatzya Y. Meyer and Reuven Pasternak |
39-50 | Ab initio studies on several species of the formula X3YO and X3YOH | John F. Olsen and James M. Howell |
51-58 | The analysis of electron pair distribution functions in molecules | Ian L. Cooper and Christopher N. M. Pounder |
59-66 | Quantum-mechanical exploration of the properties of the sugar rings | Hélène Berthod and Alberte Pullman |
67-79 | On the investigation of pseudoscalar molecular properties and polynomial approximations according to Ruch and Schönhofer | Dirk Meinköhn |
81-83 | Book reviews | J. J. Fernández-Alonso and H. -H. Schmidtke |
85 | Advertisement |
i | Editorial | |
85-96 | Numerical integration of overlap and ligand contributions to the electric field gradient | Reiner Reschke and Alfred Trautwein |
97-109 | Quantum chemical studies on electrophilic addition | Alan C. Hopkinson, Min H. Lien, Imre G. Csizmadia and Keith Yates |
111-131 | A MO-theoretical study of the hydrogen bond in (HCOOH)2, (HCONH2)2 and (B(OH)3)2 | Shinichi Yamabe, Kazuo Kitaura and Kichisuke Nishimoto |
133-145 | On a possible catalytic effect of water on some nucleophilic substitution reactions in “Inert” solvents | Giuliano Alagona, Eolo Scrocco and Jacopo Tomasi |
147-156 | On the application of a classical perturbation theory to the theory of coupled fields | Hermann Hartmann and Kyu -Myung Chung |
157-169 | Some remarks on the SCRF theory of solvent effects and the calculation of proton potentials | O. Tapia |
171-174 | Environmental effects on second order perturbation energy | O. Tapia, E. Poulain and F. Sussman |
i | Editorial | |
175-192 | An SCFab initio investigation of the “through-water” interaction of the phosphate anion with the Na+ cation | Alberte Pullman, Bernard Pullman and Hélène Berthod |
193-203 | VB calculations with orthogonal basis functions | Martin Klessinger and Wolfgang Schmidt |
205-216 | Molecular electric polarizabilities | Andrzej J. Sadlej |
217-222 | Bounds for reactivity indices | Ivan Gutman |
223-231 | Ab initio studies of the protonation of CO, N2 and NO+: Calculation of the minimum energy reaction paths | Neena L. Summers and James Tyrrell |
233-248 | SCF-CI studies on the electronic ground state of water: Potential energy hypersurface and spectroscopic constants | Paul Hennig, Wolfgang P. Kraemer, Geerd H. F. Diercksen and Gernot Strey |
249-257 | A Floating Gaussian Orbital calculation on argon hydrochloride (Ar · HCl) | Peter H. Blustin |
259 | Book reviews | K. Jug and W. A. Bingel |
261 | Announcement |
1-15 | Simple ab initio calculations using a floating basis | Peter H. Blustin |
17-27 | A statistical thermodynamic supermolecule-continuum study of ion hydration: Cell and shell methods | Gary W. Schnuelle, S. Swaminathan and David L. Beveridge |
29-36 | Hydration scheme of uracil and cytosine | Alberte Pullman and David Perahia |
37-45 | All-electron SCF LCAO MO calculations on various conformations of cis- and trans-stilbene | Andreas Wolf, Hans-Herbert Schmidtke and Jan V. Knop |
47-57 | SCF MO CI perturbation calculations of inner shell and valence shell vertical ionization potentials | Hans-Lothar Hase, Günther Lauer, Karl-Wilhelm Schulte and Armin Schweig |
59-74 | A critical study of basis set effects and the use of approximate natural orbitals in SCF-CI calculations of molecular geometries and heats of reaction | Gunnar Karlström, Bo Jönsson, Björn O. Roos and Per E. M. Siegbahn |
75-86 | On the theory of solvent effects | R. Constanciel and O. Tapia |
187-198 | Symmetry adaption | Gerhard Fieck |
199-210 | Symmetry adaption | Gerhard Fieck |
211-222 | Symmetry adaption | Gerhard Fieck |
223-239 | On the evaluation of CI matrix elements for a canonically ordered basis | Paul J. A. Ruttink |
241-248 | Molecular orbitals studies on two limiting structures of conjugated vinyl cation, C4H4F+ | Toingming A. Go, Keith Yates and Imre G. Csizmadia |
249-257 | Reaction pathways for various ketene dimers | Karl Jug, C. P. D. Dwivedi and James S. Chickos |
259-275 | The excited states of bipyridyl and phenanthroline complexes of Fe(III), Ru(II) and Ru(III): A molecular orbital study | Bryan Mayoh and Peter Day |
277-281 | The instability of the planar structure of carbanion ⊖:CH2-CN | Paul G. Mezey, Michael A. Robb, Keith Yates and Imre G. Csizmadia |
283-294 | On the use of pseudopotentials in molecular calculations | Nohad Gresh and Alberte Pullman |
295-307 | Orbit-orbit interaction between iron(III) kramers doublet and porphyrin π-orbitals studied by magnetic circular dichroism of low-spin ferriheme compounds | Alexander P. Mineyev and Yurii A. Sharonov |
309-320 | An energy decomposition scheme applicable to strongly interacting systems | Shigeru Nagase, Takayuki Fueno, Shinichi Yamabe and Kazuo Kitaura |
321-347 | Differential geometry of chemically reacting systems | Akitomo Tachibana and Kenichi Fukui |
349-359 | Iterative extended Hückel studies of some pyridine-Fe(II)-porphin complexes | Laura Eisenstein, Donald R. Franceschetti and Kwok L. Yip |
361 | Book review | W. Ulmer |
i-ii | Editorial | Hermann Hartmann |
i-ii | Editorial | Hermann Hartmann |
1-9 | Finding the possible mechanisms for a given type of overall reaction | |
11-35 | A theoretical | |
37-54 | A generalized wreath product method for the enumeration of stereo and position isomers of polysubstituted organic compounds | K. Balasubramanian |
55-64 | Study of the semiempirical HAM/3 MO method | Delano P. Chong |
65-78 | Structure and solvation of nitrobenzene and 1,4-dinitrobenzene radical anions | Jens Spanget-Larsen |
79-83 | Ab initio SCF MO study of hydrogen bonds between H2S and H2O molecules | Guillermo del Conde P. and Octavio A. Novaro |
85-95 | The effect of ring opening on the MOs of a cyclic polymer | David A. Morton-Blake |
97-106 | Magnetic susceptibilities of acetylene and ethylene using frost-model wavefunctions withp-type Gaussians | Jonathan A. Yoffe |
107-119 | Electric polarizabilities, magnetic susceptibilities and dispersion coefficients for hydrocarbons | Jonathan A. Yoffe |
121-135 | Electric polarizabilities, magnetic susceptibilities and dispersion coefficients for hydrocarbons | Jonathan A. Yoffe |
137-144 | Bond and inner shell interaction coefficients for hydrocarbons | Jonathan A. Yoffe |
145-162 | Calculation of transition metal compounds using an extension of the CNDO formalism | Hans-Joachim Freund and Georg Hohlneicher |
163-172 | The electronic structures of polymeric beryllium hydride and polymeric boron hydride | David R. Armstrong, John Jamieson and Peter G. Perkins |
173-174 | RHF CI INDO Spin density calculation | J. Tiňo and V. Klimo |
175-188 | Coupling constants in the direct configuration interaction method | Włodzisław Duch and Jacek Karwowski |
189-206 | Intrinsic dynamism in chemically reacting systems | Akitomo Tachibana and Kenichi Fukui |
207-217 | Ab initio Calculations of the potential energy surface of the reaction of singlet methylene with the hydrogen molecule | Herbert Kollmar and Volker Staemmler |
219-240 | Possible improvements of the interaction energy calculated using minimal basis sets | Włodzimierz Kołos |
241-246 | Atoms-in-molecules theory: Non-Hermitian formulation | Frank O. Ellison |
247-254 | Cation binding to biomolecules | Alberte Pullman, Thomas Ebbesen and Mohammed Rholam |
255-258 | Book reviews | W. A. Bingel, B. Pullman, W. H. E. Schwarz and Armin Schweig |
259-260 | Erratum | Edgar Soulié and Gordon Goodman |
93-101 | Many-orbital cluster expansion for the exchange-repulsion energy in the interaction of closed-shell systems | Marek Bulski, Grzegorz Chałasiński and Bogumił Jeziorski |
103-111 | The CNDO approximation in the Green's function method for VIP calculation | Christoph -Maria Liegener and Udo Scherz |
113-127 | The properties of the metal complex hydrides | Rosanna Bonaccorsi, Eolo Scrocco and Jacopo Tomasi |
129-145 | A non-empirical molecular orbital study on the relative stabilities of adenine and guanine tautomers | Paul G. Mezey and Janos J. Ladik |
147-154 | Electric polarizabilities using point charge models | Jonathan A. Yoffe |
155-161 | Intermolecular interaction coefficients using point charge models | Jonathan A. Yoffe |
162 | Announcement |
1-7 | Clusters of hydrogen molecules: Ab initio SCF calculations corrected semiempirically for correlation energies | Pavel Hobza, Rudolf Zahradník and Petr Čársky |
9-19 | Theoretical studies on the conformation of saccharides | Tibor Kožár and Igor Tvaroška |
21-54 | An intermediate neglect of differential overlap theory for transition metal complexes: Fe, Co and Cu chlorides | Allan D. Bacon and Michael C. Zerner |
55-63 | Approximate calculation of the correlation energy for the closed and open shells | Renato Colle and Oriano Salvetti |
65-74 | Ab initio Studies on polymers | Alfred Karpfen and Jordan Petkov |
75-93 | Location of saddle points and minimum energy paths by a constrained simplex optimization procedure | Klaus Müller and Leo D. Brown |
95-99 | Intensity distribution in the vibronic Γ7(2T2g)→Γ8(4A2g) transition of ReBr62− in Hexahalogenostannate host crystals | Rainer Wernicke and Hans Kupka |
203-214 | Collisionally damped ion motion in ICR spectrometry | Hermann Hartmann, Kyu-Myung Chung, Dieter Schuch and Jürgen Radtke |
215-220 | An approximate expression of the electrostatic molecular potential for benzenic compounds | Alessandro Agresti, Rosanna Bonaccorsi and Jacopo Tomasi |
221-251 | Two-photon spectroscopy of dipole-forbidden transitions | Bernhard Dick and Georg Hohlneicher |
253-268 | Variable metric optimization of molecular geometry in electronically excited states | Jaroslav Leška, Pavol Zahradník and Darina Ondrejičková |
269-278 | On the fragmentation modes in PMO analyses | Fernando Bernardi, Andrea Bottoni and Nicolaos D. Epiotis |
279-292 | Invariance criteria and symmetry conservation rules for geometry optimizations | Peter Scharfenberg |
293-296 | NDDO MO Calculations | Jeyaraman Chandrasekhar, Prem Kishore Mehrotra, Sankaran Subramanian and Periakaruppan T. Manoharan |
263-300 | Quantum chemical methods and their applications to chemical reactions | Karl Jug |
301-313 | Coupled calculation of vibrational frequencies and intensities | Manfred Spiekermann, Daniel Bougeard, Hans -Joachim Oelichmann and Bernhard Schrader |
315-321 | A new weak-field coupling scheme for cubic complexes | Jayarama R. Perumareddi and John A. Collins |
323-332 | The multi-centre integrals of derivative, spherical GTOs | Gerhard Fieck |
333-339 | Some simplification in spin-free configuration interaction studies | Girish G. Sahasrabudhe, Kuru. V. Dinesha and Challa R. Sarma |
340 | Chemical bonding from superposition of one-center charge densities | Ralph G. Pearson |
1-14 | Quantum chemical studies on electrophilic addition | Alan C. Hopkinson, Min H. Lien, Imre G. Csizmadia and Keith Yates |
15-27 | Gas-metal interactions | Eugene A. Andreev |
29-41 | Correlation energies in the spin-density functional formalism | Hermann Stoll, Elisabeth Golka and Heinzwerner Preuß |
43-54 | Testing the arbitrariness and limits of a pseudopotential technique through calculations on the series of diatoms HF, AlH, HCl, AlF, AlCl, F2, Cl2 | Michel Pelissier and Philippe Durand |
55-75 | The structures of molecular topological spaces | Richard E. Merrifield and Howard E. Simmons |
179-205 | On the representation of atoms and molecules as self-interacting field with internal structure | Waldemar Ulmer |
207-217 | Influence of the long-range coulomb interaction upon the energy spectrum of infinite polyenes | Nikolay Tyutyulkov, Ivo Kanev, Obis Castañno, Oskar Polansky and Heinz Barentzen |
219-224 | Hydrocarbon long-range interaction coefficients from point charge model formulae | Jonathan A. Yoffe |
225-231 | On the simple energy relation between the RHF, UHF and closed-shell SCF methods | Hiroshi Kato, Koichi Yamashita and Kimihiko Hirao |
233-241 | A new method for approximate estimates of the dispersion interaction between two molecules | Gunnar Karlström |
243-250 | Hamiltonian for the orbitals of general multiconfigurational self consistent field wave functions | Yasuyuki Ishikawa and W. H. Eugen Schwarz |
251-253 | Constraints and the Hellmann-Feynman theorem | Saul T. Epstein |
255-256 | Book reviews | G. G. Hall and I. Gutman |
1-43 | Concerning the theory of chirality functions | Gerhard Derflinger and Hildegard Keller |
45-60 | Subduced selection rules for vibronic transitions ind3 octahedral complexes | Bryan R. Hollebone |
61-73 | The effect of substitution on the properties of a chemical group | Caterina Ghio, Eolo Scrocco and Jacopo Tomasi |
75-87 | The effect of substitution on the properties of a chemical group | Caterina Ghio, Eolo Scrocco and Jacopo Tomasi |
89-92 | Failures of the topological resonance energy method | Ivan Gutman |
93-112 | The perturbation of a polymer molecular orbital | David Antony Morton-Blake |
113-123 | Binding/antibinding analyses for diatomic interactions. the HeH2= system | Toshikatsu Koga and Mutsuo Morita |
125-131 | Electrostatic potential for some non-spherical organic molecules: An oblate-spheroidal dipolar approximation | Claude Décoret, Bernard Tinland, Jean-Louis Royer and Monique Aubert-Frécon |
133-148 | Theoretical aspects of some physiological correlations | Waldemar Ulmer |
149-155 | Structures and thermodynamic stabilities of the C2H4O isomers: Acetaldehyde, vinyl alcohol and ethylene oxide | Willem J. Bouma, Leo Radom and William R. Rodwell |
157-162 | Thecis-trans energy difference in bi-1-cyclopro-pen-1-yl and related compounds | Ramón María Sosa, Oscar Nestor Ventura and Arno Liberias |
163 | Book review | V. Staemmler |
259-267 | Transferability of some properties of localized molecular orbitals | Ede Kapuy, Cornelia Kozmutza and Raymond Daudel |
269-296 | Chemical applications of group theory and topology | R. Bruce King |
297-306 | Electronic structure and electronic absorption spectra of molybdenum and tungsten oxotetrachlorides | Igor A. Topol, Nikolaj F. Stepanov and Vasilij M. Kovba |
307-313 | Remarks on the fermi contact interaction | Štěpán Pick |
315-328 | Many-Body Rayleigh-Schrödinger Perturbation calculations of the correlation energy of open shell molecules in the restricted Roothaan-Hartree-Fock formalism. Application to heats of reaction and energies of activation | Petr Čársky, Rudolf Zahradník, Ivan Hubač, Miroslav Urban and Vladimír |
329 | Book review | W. A. Bingel |
95-106 | SINDO1. A semiempirical SCF MO method for molecular binding energy and geometry I. Approximations and parametrization | D. N. Nanda and Karl Jug |
107-130 | SINDO1 II. Application to ground states of molecules containing carbon, nitrogen and oxygen atoms | Karl Jug and D. N. Nanda |
131-144 | SINDO1 III. Application to ground states of molecules containing fluorine, boron, beryllium and lithium atoms | Karl Jug and D. N. Nanda |
145-161 | Approximate Franck-Condon factors from piecewise Langer-transformed vibrational wave functions | Heinz Krüger |
163-168 | Spin density distributions in radical anions of heterocyclic amine N-oxides | Krishan K. Sharma and Russell J. Boyd |
169-178 | On the use of local basis sets for localized molecular orbitals | Hermann Stoll, Gerhard Wagenblast and Heinzwerner Preuβ |
179-180 | Isoelectronic changes in total Hartree-Fock energy of atoms | K. D. Sen |
181-207 | Calculation of transition metal compounds using an extension of the CNDO-formalism | Hans-Joachim Freund, Bernhard Dick and Georg Hohlneicher |
209-218 | On R(4) symmetries in atomic structure | Sten Rettrup and Colin D. H. Chisholm |
219-231 | Calculation of vertical excitation energies of closed-shell molecules in the CNDO and INDO approximations | Christoph-Maria Liegener |
233-243 | The electrostatic molecular potential of yeast tRNAPhe. III. The molecular potential and the steric acessibility associated with the phosphate groups | Richard Lavery, Alberte Pullman and Bernard Pullman |
245-253 | The electrostatical molecular potential — A tool for the prediction of electrostatic molecular interaction properties | Gustav Peinel, Horst Frischleder and Frieder Birnstock |
255-263 | Theoretical studies of the structure and stability of protonated olefins in the gas phase and in solution | Hans-Joachim Rauscher, Dietmar Heidrich, Hans-Joachim Köhler and Dieter Michel |
265 | Book review | C. Sandorfy |
267-297 | Lattice harmonics for graphite | C. P. Mallett |
299-313 | The direct configuration interaction method for general multireference expansions: Symmetric group approach | Włodzistaw Duch |
315-321 | A Green's function approach to the photoelectron spectrum of bis(π-allyl)nickel[1] | Michael C. Böhm and Rolf Gleiter |
323-327 | The effect of screening the electrostatic potentials of reactive sites within B-DNA by metal cations | Didier Cauchy, Richard Lavery and Bernard Pullman |
329-336 | SCF-Perturbational analysis of thetrans lone pair effect in methylamine and methanol | Vinzenz Bachler and Gottfried Olbrich |
337 | Ab initio Study, Including Electron Correlation, of the Electronic Structures, the Dipole Moments, the Static Polarizabilities and of the Harmonic Fields of H2CO, H2CS and H2SiO | Ralph Jaquet, Werner Kutzelnig and Volker Staemmler |
1-8 | Approximate energy expression in the calculation of photoelectron transition energies | B. T. Pickup and D. W. Sabo |
9-18 | Experimentelle Prüfung von approximativen Chiralitätsfunktionen am Beispiel der optischen Aktivität von Phosphanen und Phosphinoxiden im Transparenzgebiet | Wolf Jürgen Richter |
19-30 | MO theoretical studies of electron pair decorrelation processes. I. Pair correlation energy and single bond dissociation | Herbert Kollmar |
31-40 | Universal systematic sequence of even-tempered Gaussian primitive functions in electronic correlation studies | Stephen Wilson |
41-44 | Eine Bemerkung zur Berechnung des Diamagnetismus in der Xα-Theorie | Hans-Georg Bartel |
45-68 | A graph theoretical approach to structure-property and structure-activity correlations | Charles L. Wilkins and Milan Randić |
69-71 | Orbital electronegativity and electron affinity of rare earth atoms using Xα-theory | Kali D. Sen, Peter C. Schmidt and Alarich Weiss |
73-79 | Analysis of critical points on the potential energy surface | Peter Scharfenberg |
167-171 | Valence orbital ionization energies for second-row transition elements | Roberto Munita and Jorge R. Letelier |
173-183 | Interatomic interactions in momentum space. Momentum density and kinetic energy in chemical bonding | Toshikatsu Koga |
185-191 | Inelastic scattering of fast electrons from simple closed shell atoms. I. He, Be | Carla Guidotti, Andrea Biagi, Franco Biondi, Giovanni P. Arrighini and Francis Marinelli |
193-231 | Spectral analysis of graphs by cyclic automorphism subgroups | Robert A. Davidson |
233-244 | The ab initio neglect of differential diatomic overlap method | Brian J. Duke and Michael P. S. Collins |
244 | Announcement |
97-116 | Semiclassical bound-continuum Franck-Condon factors uniformly valid at 4 coinciding critical points: 2 Crossings and 2 turning points | Heinz Krüger |
117-125 | On the appropriateness of “molecules-in-molecule” models in describing of π-electronic states of composed aromatic systems | J. Fabian and M. Scholz |
127-151 | A CNDO/INDO molecular orbital formalism for the elements H to Br. theory | Michael C. Böhm and Rolf Gleiter |
153-179 | A CNDO/INDO molecular orbital formalism for the elements H to Br. applications | Michael C. Böhm and Rolf Gleiter |
181-189 | Variational method for calculating molecular multipole polarizabilities using atom centered extended trial functions | Alain Cartier |
191-208 | Semiempirical NDDO calculations with STO-3G and 4-31G basis sets | Walter Thiel |
209 | Book review | Peter G. Perkins |
211-212 | Announcement |
213-227 | Periodic perturbations of a polymer | David A. Morton-Blake |
229-235 | Molecular shape effects and quantum theory | José Glaüco Ribeiro Tostes |
237-250 | The combinatorics of graphical unitary group approach to many electron correlation | K. Balasubramanian |
251-279 | Comments about the representation of Rydberg and ionic excited states and their photochemistry | Jean-Paul Malrieu |
281-290 | FSGO point charge models—Their accuracy and extension to higher gaessians | David Martin and George G. Hall |
291-297 | Tetrahedral lobe functions | Erich Steiner |
299-307 | Comparative studies of static dipole polarizabilities of ionic crystals on the basis of different self-consistent potentials | Bärbel Maessen and Peter C. Schmidt |
309-317 | Fourth-order diagrammatic MB-RSPT calculations of the interaction energy between two helium atoms | Jozef Noga, Miroslav Urban, Vladimír Kellö and Ivan Hubač |
319-320 | MG-FSGO calculation of ethane geometry and rotation barrier | Gianfranco Musso |
97-110 | Critical level topology of energy hypersurfaces | Paul G. Mezey |
111-125 | Quantum chemical approach to electron transfer in molecular systems | Sven Larsson |
127-141 | A MINDO/3 MO study of oxidized flavins | Murray F. Teitell, Sung -Ho Suck and J. Lawrence Fox |
143-157 | Some theoretical remarks about semiempirical calculation of quadrupolar moments | Jose Eduardo Sanhueza |
159-172 | Ab initio calculation of the band structure of some boron polymers | David R. Armstrong |
173-183 | Molecular states of atoms. I. Orbital energy parameters | D. E. Parry |
185-200 | Studies of the energy spectrum of α, ω- substituted polymethine chains. II. Polymethine chains with odd number of methine groups | Nikolay Tyutyulkov, Fritz Dietz, Jürgen Fabian, Achim Melhorn and Alia Tadjer |
201 | Erratum | Stephen Wilson |
203-226 | Cyclic conjugation and the hückel molecular orbital model | I. Gutman and O. E. Polansky |
227-231 | A comparative study ofab-initio effective core potential and all-electron calculations for molecular structures and transition states | Shigeru Obara, Kazuo Kitaura and Keiji Morokuma |
233-268 | Electron correlation in weakly coupled transition metal dimers: Bimetallocenylenes and bimetallocenes | Michael C. Böhm |
269-281 | A model study of the intermolecular interactions of amino acids in aqueous solution: The glycine-water system | Wolfgang Förner, Peter Otto, Julius Bernhardt and János J. Ladik |
283-297 | Non-empirical SCF MO studies on the protonation of biopolymer constituents | Ernst C. Hass, Paul G. Mezey and János J. Ladik |
283-297 | Non-empirical SCF MO studies on the protonation of biopolymer constituents | |
299-302 | A comment on SCF energy partitioning schemes | Lluis M. Molino and Enric Canadell |
299-302 | A comment on SCF energy partitioning schemes | Lluis M. Molino and Enric Canadell |
105-133 | Loop currents in chlorophyll a | Roger E. Clapp |
135-147 | Orbital forms of gap equations and instability conditions | Jean-Louis Calais |
149-162 | Perturbative solution of the RPA equation. An application to the calculation of rotational strengths | Jean-Pierre Flament and Henri-Pierre Gervais |
163-170 | Extended Hückel calculations of the ionization potentials of some conjugated hydrocarbons | Robert James Jerrard, Alfred Terry Amos and Peter Arthur Brook |
171-177 | The valence bond description of xylylenes | Philippe C. Hiberty and Padeleimon Karafiloglou |
179-192 | An extended PCILO method | Roman Boča |
193-202 | Changes in the band structure of a simple polymer on lowering the translational symmetry | D. A. Morton-Blake |
93-106 | The electrostatic field of B-DNA | Richard Lavery, Alberte Pullman and Bernard Pullman |
107-132 | Quadratically convergent calculation of localized molecular orbitals | Joseph M. Leonard and William L. Luken |
133-161 | Topology of energy hypersurfaces | Paul G. Mezey |
163-174 | On the size consistence of a few approximate multireference CI schemes | Jean -Paul Malrieu |
175-181 | Ab initio study of some excited states of A1H | F. Marinelli and A. Allouche |
183-191 | The role of 2,3-dimethylene-1, 4-cyclohexadiyl diradical as a reactive intermediate in some rearrangement reactions | Karl Jug and Rüdiger Iffert |
193 | Book review | K. Jug |
194 | Book review | W. Witschel |
403-427 | Bond-alternating Hückel-Möbius and related, twisted linear, cyclic and helical systems—their molecular orbitals, energies and phase correlation upon dissociation | Ying-Nan Chiu |
429-442 | General Hartree-Fock solutions for a one dimensional δ-function gas | Besnik Sykja and Jean-Louis Calais |
443-460 | Σ-Factorization method: A new development of molecular-orbital theories based on one-centre approximation of atomic and molecular densities | A. W. Niukkanen and L. A. Gribov |
461-475 | Applicability of a pseudopotential CI method to the investigation of ground and excited states of molecular systems: NaCO, Li2H, Al2 and AlH | Gianfranco Pacchioni |
477-481 | An ab initio calculation of the dissociation C2H2(1Σ+) → C2H(2Σ+) + H(2S) | Stefano Polezzo, Mario Raimondi and Massimo Simonetta |
483 | Announcement | |
484 | Announcement |
485-498 | On alternative form of the characteristic polynomial and the problem of graph recognition | Milan Randić |
499-506 | Near-Hartree-Fock energies and geometries of the hydrogen clusters Hn+ (n(odd) ≤ 13) obtained with floating basis sets | Hanspeter Huber and Daniel Székely |
507-521 | “Universal” CNDO/2 method (CNDO/2-U) | Abdellatif Baba-Ahmed and José Gayoso |
523-536 | Use of a size-consistent energy functional in many electron theory for closed shells | Sourav Pal, M. Durga Prasad and Debashis Mukherjee |
537-547 | Many-electron effects in the X-ray absorption spectra and the one-particle Green's function | Anatoly V. Kondratenko and Lev N. Mazalov |
549-562 | Fourth-order MB-RSPT calculations of the spectroscopic constants and potential energy curve of F2 | Miroslav Urban, Jozef Noga and Vladimír Kellö |
563-565 | Application of second order BWEN perturbation theory to some simple reactions | Mark S. Gordon |
566 | Announcement |
1-8 | Localized states in polymeric molecules III The electronic structure of polyacetylene | Celso P. Melo, Humberto S. Brandi and Alfredo A. S. Gama |
9-33 | The topology of energy hypersurfaces II. Reaction topology in euclidean spaces | Paul G. Mezey |
35-41 | Ab-initio SOS-CI calculations of magnetic properties of the first- and second-row hydrides | Vinicio Galasso |
43-54 | Bond orbital approach for optical rotatory strength calculations | János Ángyán and Péter R. Surján |
55-68 | A theoretical study on the photoisomerization of thiophene | Toshio Matsushita, Hidetsugu Tanaka, Kichisuke Nishimoto and Yoshihiro Osamura |
69-82 | Finite-field many-body perturbation theory IV. Basis set optimization in MBPT calculations of molecular properties. Molecular quadrupole moments | Geerd H. F. Diercksen and Andrzej J. Sadlej |
83-101 | A simple perturbational approach for the determination of favourable reaction pathways | Vinzenz Bachler and E. Amitai Halevi |
103-132 | Chemical applications of topology and group theory 13. Chirality and framework groups [1] | R. Bruce King |
133-141 | Partial LCAO densities of states for ScN, TiN, ZrN and ScP | Renate Eibler, Michael Dorrer and Adolf Neckel |
143-159 | An INDO-CI method in π-approximation for the calculation of transition metal complexes with organic ligands—application to iron(II)-trisdiimine complexes | Christiane Jung, Otto Ristau and Christoph Jung |
161-175 | Ab initio studies on ONH3, ONF3 and OCF3−, using polarization functions and configuration interaction methods | Friedrich Grein and Lawrence J. Lawlor |
177-194 | TheT1 state ofp-nitroaniline and related molecules: A CNDO/S study | Richard W. Bigelow, Hans-Joachim Freund and Bernhard Dick |
195-207 | The enumeration of reaction pathways using Burnside's lemma | Timothy J. McLarnan |
209-221 | A general population analysis preserving the dipole moment | Bernard T. Thole and Petrus Th. Duijnen |
223-233 | Calculation of photoelectron spectra of group IV tetrachlorides and carbon tetrahalides by SCF-Xα-SW method | Ji-Kang Zhu, Du Li, Junging Li and Yuh-Kang Pan |
235-243 | A study of the nonadiabatic effects in the Li−Li2+ system: Typical minimum energy paths for the reaction Li+Li2+→Li3+ | Jan Vojtík, Alena Krtková and Rudolf Polák |
245-253 | A theoretical investigation on the role of solvent in solvolytic reactions | Aldo Gamba, Bruno Manunza, Carlo Gatti and Massimo Simonetta |
255-268 | Search for saddle points of energy hypersurfaces using a multi-dimensional space of “guiding” coordinates | Imre Bálint and Miklós I. Bán |
269-290 | Location of transition states and stable intermediates by MINIMAX/MINIMI optimization of synchronous transit pathways | Axel Jensen |
291-304 | Band structure of nonclassical polymers | Nikolai Tyutyulkov, Peter Schuster and Oskar Polansky |
305-312 | Derivation of theoretical formulas for resonance integrals from Heisenberg equation of motion | |
313-316 | Relativistic and correlation corrections to electron affinities of alkali and halogen atoms | Wiesław Nowak, Jacek Karwowski and Mariusz Kłobukowski |
317-322 | Vibrational interaction potentials | Y. von Bergen, R. von Bergen and B. Linder |
323-338 | Chemical applications of topology and group theory | |
339-348 | State correlation diagrams for the photochemical reactions of organometallics | Alain Veillard and Alain Dedieu |
349-356 | Wigner's phase space function and the bond in LiH | Michael Springborg |
357-364 | Approximate electric potentials | George G. Hall |
365-376 | Effective shell charge of electrons on a sphere | |
377-381 | Energy-density relations in momentum space |
447-472 | Double cosets in chemistry and physics | Ernst Ruch and Douglas J. Klein |
447-472 | Double cosets in chemistry and physics | Ernst Ruch and Douglas J. Klein |
473-495 | Analysis of the topological dependency of the characteristic polynomial in its chebyshev expansion | Haruo Hosoya and Milan Randić |
473-495 | Analysis of the topological dependency of the characteristic polynomial in its chebyshev expansion | Haruo Hosoya and Milan Randić |
497-509 | Valency. I. A quantum chemical definition and properties | M. S. Gopinathan and Karl Jug |
497-509 | Valency. I. A quantum chemical definition and properties | M. S. Gopinathan and Karl Jug |
511-527 | Valency. II. Applications to molecules with first-row atoms | M. S. Gopinathan and Karl Jug |
529-539 | About counterintuitive orbital mixing and bond populations | Francisco Elias Jorge, Mario Giambiagi and Myriam S. de Giambiagi |
65-81 | Theoretical study of three-body nonadditive interactions for the H2S-(H2O)2 system | Octavio Novaro, Andrej Leś, Marcelo Galván and Guillermo Conde |
83-96 | Spin-orbit electronic states of octahedral Pt-group d6 complexes as derived from reflectance spectra and ligand field calculations | Gerd Eyring, Thomas Schönherr and Hans -Herbert Schmidtke |
97-105 | Potential energy calculations for the double internal rotation in acetone and dimethylamine | Yves G. Smeyers, Antonio Huertas-Cabrera and Sandor Suhai |
107-116 | Localization of the filled and virtual orbitals in the nucleotide bases | J. Cizek, W. Förner and J. Ladik |
117-126 | A theoretical study on the acid catalysed hydration of excited state acetylene | Peter S. Martin, Keith Yates and Imre G. Csizmadia |
127-136 | The hydrogen molecule ion in the old quantum theory | Ralph G. Pearson |
137-152 | The electronic structure of the first-row transition-metal diborides | David R. Armstrong |
153-170 | Topological dependency of the aromatic sextets in polycyclic benzenoid hydrocarbons. Recursive relations of the sextet polynomial | Noriko Ohkami and Haruo Hosoya |
171-180 | Simple molecular wavefunctions with correlation corrections | Orlando A. V. Amaral and Roy McWeeny |
181-186 | On the pairing of the natural orbitals for projected broken symmetry states | Esper Dalgaard |
187-203 | Electronic states of the [2n]cyclophanes | Jens Spanget-Larsen |
205-215 | CEPA calculations on open-shell molecules. VI. The first ionization potential of HCO | Volker Staemmler |
81-89 | A qualitative determination of the favourable nuclear pathway for the ground state decomposition of formyl-fluoride | V. Bachler, E. A. Halevi and O. E. Polansky |
91-98 | Localized states in polymeric molecules. IV. Polyacetylene beyond simple Hückel Model | Celso P. de Melo, Humberto S. Brandi and Alfredo A. S. da Gama |
99-108 | Application of the NDDO method to transition metal compounds | Christine Nieke and Joachim Reinhold |
109-125 | Theoretical study of hydrogen abstraction reactions CH4 + R → CH3 + HR, geometrical, energetical and kinetical aspects | Michel Sana, Georges Leroy and José Luis Villaveces |
127-137 | Broken symmetry in valence molecular region within Hartree-Fock calculations | T. Ficker |
139-149 | The ring-opening of an unsymmetrical tetrahedral intermediate - 2-hydroxy-1,3-oxathiolane | Linda J. Santry, Raymond A. Poirier, Robert A. McClelland and Imre G. Csizmadia |
151-157 | Reply to the comment on MORT treatment of bond length alternation in conjugated hydrocarbons | Tomislav P. Živković |
159-166 | Approximate calculation of the matrix elements of Coulomb and exchange operators for the “core” electrons of the atoms K through Zn | Raffaele Montagnani and Oriano Salvetti |
167-177 | Electronic structure, geometry, and energetics of carbanion and carbocation of [1.1]ferrocenophane: An INDO study | A. Waleh, M. L. Cher, G. H. Loew and U. T. Mueller-Westerhoff |
179-190 | Directed graphs of structurally stable potential energy surfaces representing a-priori reaction pathways | Ariel Fernandez and Oktay Sinanoglu |
191-197 | Characteristic polynomials of large graphs. On alternate form of characteristic polynomial [1] | Sherif El-Basil |
199-213 | Fibonacci relations. On the computation of some counting polynomials of very large graphs | S. El-Basil |
215-218 | Gaussian basis sets for transition metals of the second series | Alain Veillard and Alain Dedieu |
219-231 | Conformational preferences of the axial ligands in some metalloporphyrins. A theoretical study | Marie-Madeleine Rohmer, Alain Strich and Alain Veillard |
1-20 | Theoretical studies of molecular conformation. Derivation of an additive procedure for the computation of intramolecular interaction energies. Comparison withab initio SCF computations | Nohad Gresh, Pierre Claverie and Alberte Pullman |
21-29 | Ab initio calculations of infrared transition probabilities in the electronic ground states of AlF and AlF+ | Robert Klein and Pavel Rosmus |
31-42 | Coulombic and ring-shaped potentials treated in a unified way via a nonbijective canonical transformation | Maurice Kibler and Tidjani Négadi |
43-49 | On cyclic conjugation | Ivan Gutman |
51-64 | The electronic structures of some extended conjugated electron acceptors within the Hartree-Fock approximation and beyond the mean-field approach as verified by the Hartree-Fock instabilities | Helmut Vogler and Michael C. Böhm |
65-75 | The ground state of MoCr(O2CH)4 at theab initio SCF and CI levels. A symmetry adapted RHF energy functional with an artificial double minimum | Roland Wiest and Marc Benard |
77-90 | A new method for partition of interaction energy. Relation between stabilization energy and orbital mixing | Kenzi Hori, Yoshihiro Asai and Tokio Yamabe |
91-110 | A note on pólya enumeration theory | Werner Hässelbarth |
111-120 | An ab initio CI study of the ground and excited states of p-quinodimethane | Tae -Kyu Ha |
121-131 | Potential energy profiles along the doubly degenerate vibrational modes in conjugated molecules | Masahiro Kataoka and Takeshi Nakajima |
133-145 | Potential energy profiles along the doubly degenerate vibrational modes in conjugated molecules | Takeshi Nakajima and Masahiro Kataoka |
147-149 | The structural stability restriction rules out certain frontside SN2 pathways | Ariel Fernández and Oktay Sinanoğlu |
i | Announcement of new editorship | |
279-293 | Localized orbitals based on the fermi hole | William L. Luken and John C. Culberson |
295-310 | Interaction energy calculation scheme employing one-electron hamiltonian approximation for the evaluation of short-range interactions | Vladimir A. Zubkov |
311-332 | Development of a size-consistent energy functional for open shell states | Sourav Pal, M. Durga Prasad and Debashis Mukherjee |
333-340 | Estimating the hessian for gradient-type geometry optimizations | H. Bernhard Schlegel |
A3 | Announcement of new editorship | |
A5-A7 | Professor Dr. (phil. nat.) Hermann Hartmann 1914–1984 | |
341-353 | Molecular orbital calculations for iodine complexes: C2H4·I2 and C6H6·I2 | Issam Jano |
355-363 | Application of molecular models to electronic structure calculations of defects in oxide crystals. I. Parametrization of the modified INDO method | Alexander Shluger |
365-373 | An empirical scheme for evaluating in situ bond energy from MNDO data | Chen Zhixing |
375-393 | A pseudopotential study of the hydrogen bond in H2O·H2S, H2S·H2S and H2O·H2Se systems | Andrzej Leś |
395-403 | Effects of fluorine substitution in the catechole ring. An ab-initio MO theoretical study | M. Hodoscek and T. Šolmajer |
405-414 | Study of nonadiabatic effects in the Li-Li2+ system. Location of nonadiabatic regions | Jan Vojtík, Alena Krtková and Rudolf Polák |
A3 | Announcement for editorship | |
1-10 | Zero virial reaction processes. Reactions of Si and Mg atoms with H2 and HF molecules | Hisayoshi Kobayashi and Toshikatsu Koga |
11-32 | Theoretical studies of molecular conformation. II: Application of the SIBFA procedure to molecules containing carbonyl and carboxylate oxygens and amide nitrogens | Nohad Gresh, Alberte Pullman and Pierre Claverie |
33-36 | Vibrational structure of complex compound emission spectra measured by dynamical photon flux fluctuations as predicted in quantum theory of irreversible processes | Joachim Degen and Hans -Herbert Schmidtke |
37-42 | Observation of dynamically induced fluctuations of the photon flux and resolution of the broad luminescence band of Cs2TeBr6 | Joachim Degen, Hans -Herbert Schmidtke and C. A. Chatzidimitriou-Dreismann |
43-61 | The topology of energy hypersurfaces III. The fundamental group of reaction mechanisms on potential energy hypersurfaces | Paul G. Mezey |
63-89 | The effect of molecular topology on π-molecular-orbital energies | Ioan Motoc, Jeremiah N. Silverman, Oskar E. Polansky and Gottfried Olbrich |
91-113 | The topology of energy hypersurfaces IV. Generator sets for the fundamental group of reaction mechanisms and the complete set of reaction paths | Paul G. Mezey |
115-136 | The topology of energy hypersurfaces V. Potential-defying chemical species: a global analysis of vibrational stabilization and destabilization on potential energy hypersurfaces | Paul G. Mezey |
137-155 | Symmetry properties of chemical graphs VIII. On complementarity of isomerization modes | Milan Randić |
157-174 | A group theoretical study of fnsystems in an environment of approximately icosahedral symmetry | R. M. Golding, R. O. Pascual and I. C. Hoare |
339-367 | Substitution symmetry | Werner Hässelbarth |
369-390 | Extension of a simplified method for molecular correlation energy calculations to molecules containing third row atoms. I. Methodological developments | Jean -Yves Metz and Jacques Lievin |
391-407 | Extension of a simplified method for molecular correlation energy calculations to molecules containing third row atoms II. Application to HCl, HCl+, ClO and NCl molecules | Jacques Lievin and Jean -Yves Metz |
409-412 | On some problems in the theorems of alternant hydrocarbons | Chen Zhixing and Huang Siqun |
413-424 | An application of the virial theorem to study AH2 structures II. Use of CNDO/2 wavefunctions | Rogério Custodio and Yuji Takahata |
425 | Book review | R. Janoschek |
427-437 | On the interrelation between orbits and double cosets | Werner Hässelbarth |
439-447 | A simple model for a reaction surface | George G. Hall |
449-460 | The matrix theory of electron spin multiplets for atoms and molecules | Boris K. Novosadov and Lev A. Gribov |
461-475 | Calculation and properties of non-orthogonal, strictly local molecular orbitals | Guido F. Smits and Cornelis Altona |
477-483 | Description of interactions in molecular complexes by linear combination of educt orbitals | Wolfgang Schäfer |
485-490 | A model for free-radical reactions | Udo Höweler and Martin Klessinger |
491-496 | Topological characterization of normal modes in chains and rings | David D. Keeports |
i | Statement of the new editors | |
ii | Announcement of new editorship | |
1-21 | A semiclassical model for intramolecular vibrational relaxation of local mode overtone in polyatomic molecules | Shengua Shi and William H. Miller |
23-44 | Anab initio potential energy surface and dynamics calculations for vibrational excitation of I2 by He | Franklin B. Brown, David W. Schwenke and Donald G. Truhlar |
45-55 | Photochemicalsyn-anti isomerization of a Schiff base: A two-dimensional description of a conical intersection in formaldimine | Vlasta Bonačić-Koutecký and Josef Michl |
57-67 | Difficulties inab initio CI calculations of the hyperfine structure of small radicals | David Feller and Ernest R. Davidson |
69-86 | Chemical binding and electron correlation in diatomic molecules as described by the FORS model and the FORS-IACC model | Michael W. Schmidt, M. T. Brenda Lam, Stephen T. Elbert and Klaus Ruedenberg |
87-100 | On the convergence of the Møller-Plesset perturbation series | N. C. Handy, P. J. Knowles and K. Somasundram |
101-105 | The influence of the cyclic product's structure on the Diels-Alder transition state | Luke A. Burke |
107-123 | Properties and derivation of the fourth and sixth coefficients of the characteristic polynomial of molecular graphs—New graphical invariants | Jerry Ray Dias |
125-138 | A variational coupled cluster theory for closed shells using a propagator modification procedure | Sourav Pal, M. Durga Prasad and Debashis Mukherjee |
139-142 | A simple eigenvalue sum-density relationship for atoms | Kali D. Sen and Sai Nath |
143-152 | Chemical applications of topology and group theory. 17. An information theoretical approach to polyhedral symmetry [1] | R. B. King |
155-158 | Comments on characteristic polynomials of chemical graphs | J. Brocas |
159-169 | Donor acceptor interaction in metalloproteins | A. A. S. Gama |
171-178 | A polarization propagator analysis of the geminal 31P-31P coupling in bis(difluorophosphino)amine⋆ | H. O. Gavarini, M. A. Natiello and R. H. Contreras |
179-195 | Symmetry-adapted cluster f-orbitals and a vector method for generally oriented f-orbital overlaps | Ying-Nan Chiu and Frederick E. Wang |
197-210 | Conduction electrons of the metal in the electrochemical interface | Jerry Goodisman |
211-219 | Diatomic interactions in momentum space bond polarity | Toshikatsu Koga, Ryuichi Nakao and Zhi-Dong Hao |
221-229 | Classical chemical concepts from ab initio SCF calculations | Jon Baker |
231-245 | Population analysis based on occupation numbers II. Relationship between shared electron numbers and bond energies and characterization of hypervalent contributions | Claus Ehrhardt and Reinhart Ahlrichs |
247-250 | Book reviews | W. Kutzelnigg, Alexandru T. Balaban and David E. Logan |
251-270 | New method for qualitative quantum chemical deductions on organic or inorganic molecules or clusters directly from structural formulas or ORTEP diagrams | Oktay Sinanoğlu |
271-283 | Counterpoise corrections to the interaction energy components in bimolecular complexes | R. Cammi, R. Bonaccorsi and J. Tomasi |
285-289 | Jahn-Teller distortion motions as separatrices in PES | Ariel Fernández |
291-300 | Atomic charges based on spherical harmonics expansion at the atomic centers | Sven Larsson and Manuel Braga |
301-313 | A novel nomenclature of polycyclic aromatic hydrocarbons without using graph centre | He Wenchen and He Wenjie |
315-319 | Additive nodal increments for approximate calculation of the total π-electron energy of benzenoid hydrocarbons | J. Cioslowski |
321-334 | Adiabatic multi-step separation method and its application to coupled oscillators | Jan Makarewicz |
335 | Book review | W. Kutzelnigg |
336 | A density-functional calculation of dynamic dipole polarizabilities of noble gas atoms | S. K. Ghosh and B. M. Deb |
337-341 | Bond index: relation to second-order density matrix and charge fluctuations | Myriam S. Giambiagi, Mario Giambiagi and Francisco E. Jorge |
343-349 | Valency changes in chemical reactions | Karl Jug and M. S. Gopinathan |
351-362 | Two-dimensional model of intramolecular hydrogen bond | S. Ia. Ishenko, M. V. Vener and V. M. Mamaev |
363-377 | A note on the attainability of states by equalizing processes | C. Zylka |
379-388 | Study of approximate coupled cluster methods for first-order static properties | Sourav Pal |
389-405 | A molecular orbital study of the bonding in complexes of lithium with polynuclear aromatic hydrocarbons | D. A. Morton-Blake, J. Corish and F. Bénière |
407-417 | Factors determining bond angles from a classical valence bond perspective. Covalent structure of H2O | Robert G. A. R. Maclagan and Bernard Kirtman |
419-420 | Book reviews | A. D. J. Haymet and Walter S. Struve |
421-430 | Low temperature 13C NMR magnetic resonance in solids 4. Cyclopropane, bicyclo[1.1.0]butane and [1.1.1] propellane | Anita M. Orendt, Julio C. Facelli, David M. Grant, Josef Michl and Fredrick H. Walker, et al. |
431-444 | Polarized basis sets and the calculation of infrared intensities from nuclear electric shielding tensors | Krzysztof Wolinski, Björn O. Roos and Andrzej J. Sadlej |
445-469 | r12-Dependent terms in the wave function as closed sums of partial wave amplitudes for large l | Werner Kutzelnigg |
471-506 | Electron difference densities and chemical bonding | W. H. Eugen Schwarz, Petros Valtazanos and Klaus Ruedenberg |
507 | Book review | K. Jug |
1-10 | Chemical applications of topology and group theory | R. B. King and D. H. Rouvray |
11-22 | Counterpoise corrections to the evaluation of the bimolecular interaction energy components | R. Cammi and J. Tomasi |
23-34 | Partial structure analysis of conjugated systems I | Katsunori Sakurai, Kazuo Kitaura and Kichisuke Nishimoto |
35-39 | Characteristic polynomials of chemical graphs via symmetric function theory | Richard Barakat |
41-49 | Conformational behaviour of 2,2′-bipyrrole | Enrique Ortí, José Sánchez-Marín and Francisco Tomás |
51-62 | Calculation of rydberg states of lithium isoelectronic sequence | B. Kundu and P. K. Mukherjee |
63-69 | The approximation of electron densities | C. M. Smith and G. G. Hall |
71-81 | The electron density of the water molecule | G. G. Hall and C. M. Smith |
83 | Corrigendum | Chen Zhixing and Huang Siqun |
84 | Corrigendum | Jerry Ray Dias |
85-86 | Meeting report | Per -Olov Löwdin |
87 | Announcement |
181-223 | Convergence properties of Fock's expansion for S-state eigenfunctions of the helium atom | John D. Morgan |
225-233 | The calculation of electric dipole vibronic intensities in centrosymmetric coordination compounds using the crystal field-closure-ligand polarization model | R. Acevedo and C. D. Flint |
235-245 | A molecular orbital study of nitrogen inversion in aniline with extensive geometry optimization | Charles W. Bock, Philip George and Mendel Trachtman |
247-258 | Studies of the energy spectrum of ω,ω′-substituted polymethine chains | |
259-263 | Comments on the correlation between the Weizsäcker correction and the binding energy of diatomic molecules | B. M. Deb and P. K. Chattaraj |
265-279 | Gradient extremals | David K. Hoffman, Ross S. Nord and Klaus Ruedenberg |
281-307 | Bifurcations and transition states | Petros Valtazanos and Klaus Ruedenberg |
309-322 | Reaction dynamics on bifurcating potential energy surfaces | Wayne A. Kraus and Andrew E. DePristo |
323-335 | Restoration of coherence effects in high-power excitation of an intramolecular quasicontinuum | Israel Schek and Joshua Jortner |
337-352 | Analytic evaluation of infrared intensities and polarizabilities by two-configuration self-consistent field wave functions | Yukio Yamaguchi, Michael J. Frisch, Timothy J. Lee, Henry F. Schaefer and J. Stephen Binkley |
353-354 | Book review | W. Kutzelnigg |
355 | Announcement |
153-163 | Dynamic electron transfers in B2H6 and Cu(PH3)2(BH4) | Kenai Hori and Akitomo Tachibana |
165-188 | Relativistic Gaussian basis sets for the atoms hydrogen to neon | Franz Mark |
189-202 | Theoretical interpretation of Mössbauer spectra of 19Sn compounds | V. MÄnning and M. Grodzicki |
203-219 | The method of ascending symmetry for irreducible characters of finite groups | Noam Agmon |
221-225 | A nonadiabatic lower bound calculation of H2+ and D2+ | Heinz Kleindienst and Dirk Hoppe |
227-236 | Ab initio SCF calculations of the linear infinite chain of LiH according to the pseudo-lattice method | Dae Hyun Baik, Yoon S. Lee and Mu Shik Jhon |
237 | Ab inition valence bond calculations and the spin-paireddirafical character 42+ | Fances L. Skrezenek and Richard D. Harcourt |
238 | Announcement |
239-252 | A new one-electron model for extended Hückel type molecular orbital calculations | Ryotaro Irie |
253-256 | Approximate calculation of the matrix elements of Coulomb and exchange operators for the “core” electrons of the atoms Rb through Cd | Raffaele Montagnani and Oriano Salvetti |
257-264 | The currant bun model of simple molecules | K. Tsujinaga and G. G. Hall |
265-296 | Theoretical studies of hydrogen storage in binary Ti-Ni, Ti-Cu, and Ti-Fe alloys | Jozef Bicerano, John E. Keem and H. Bernhard Schlegel |
297-302 | Covalent-ionic nature of the potential energy surface of the Li-CO2 complex | Federico Moscardó and Emilio San -Fabián |
303-322 | Valency and molecular structure | M. S. Gopinathan, Prabha Siddarth and C. Ravimohan |
323-332 | The evaluation of moments for polycyclic hydrocarbons | George G. Hall |
333-350 | σ, π and δ representations of the molecular point groups | P. W. Fowler and C. M. Quinn |
351-356 | On the Dirac equation in the algebraic approximation | D. Hegarty |
357-364 | Non-equilibrium rate coefficients and isotope effect with bimolecular ion-(polar) molecule reactions in xenon | Wolfgang Stiller, Reinhard Schuster and Rainer Schmidt |
365-378 | Discrimination and ordering of chemical structures by the number of walks | Marko Razinger |
379-389 | Electronic structures of multi-decker transition metal sandwich complexes | Li Qian-shu, Yu Heng-tai and Tang Au-chin |
391 | Announcements |
393-406 | Disilene, silylsilylene and their cations | K. Somasundram, R. D. Amos and N. C. Handy |
407-419 | An application of correlation energy density functionals to atoms and molecules | A. Savin, H. Stoll and H. Preuss |
421-427 | Ab-initio molecular orbital studies on a new mechanism for the interconversion of monomethylnitrosamine and methyldiazohydroxide | Christopher A. Reynolds and Colin Thomson |
429-441 | An SCF XαSW study of the electronic structure and X-ray and photoelectron spectra of Fe(II) and Fe(III) hexacyano complexes in a cluster approach | Vladimir A. Naslusov, Anatoly V. Kondratenko, Konstantin M. Neyman and Lev N. Mazalov |
443-445 | The spectral radius of the adjacency matrix of benzenoid hydrocarbon | J. Cioslowski |
447-453 | Topological properties of KHF-graphs and a proof of a one-to-one correspondence between Kekulé and sextet patterns of KHF-graphs | He Wenjie and He Wenchen |
1-5 | The Hartree-Fock dissociation of F2 | Mark S. Gordon and Donald G. Truhlar |
7-19 | Dynamic stability of carbonyl ylides | Akimoto Tachibana, Masahiko Koizumi, Iwao Okazaki, Hiroyuki Teramae and Tokio Yamabe |
21-39 | An intermediate neglect of differential overlap (INDO) technique for lanthanide complexes: studies on lanthanide halides | J. Chris Culberson, Peter Knappe, Notker Rösch and Michael C. Zerner |
41-57 | Hydrogen-bonded complexes involving HF and HCl: the effects of electron correlation and anharmonicity | R. D. Amos, J. F. Gaw, N. C. Handy, E. D. Simandiras and K. Somasundram |
59-73 | The role of the π-bonding network for trigonal level splittings of tris-bidentate Cr(acac)3 and Cr(ox)33− | M. A. Atanasov, T. Schönherr and H. -H. Schmidtke |
75-88 | The energy well connection graph: a use of curvilinear coordinates to achieve dimension reduction for graph representation of molecular conformation energy data | T. M. Creese, Gary L. Grunewald and Mary W. Creese |
333-357 | Fixed-nuclei and laboratory-frame formalisms for electron scattering by a spherical top, with full incorporation of symmetry | Najib Abusalbi, David W. Schwenke, C. Alden Mead and Donald G. Truhlar |
359-374 | Application of fixed-nuclei scattering theory to electron methane elastic and inelastic differential cross sections at 10 eV impact energy | Najib Abusalbi, David W. Schwenke, C. Alden Mead and Donald G. Truhlar |
375-384 | Dynamic correlation for MCSCF wave functions: An effective potential method | Björn O. Roos, Mikołaj Szulkin and Michał Jaszuński |
385-400 | 119Sn electric field gradients in model clusters of chalcogenide glasses | Jozef Bicerano |
401-405 | Local orbital eigenvalues and basis set balance | William E. Palke |
407-408 | Book reviews | W. Kutzelnigg and W. H. E. Schwarz |
409-410 | Announcements |
411-423 | A CASSCF and CCI study of the formation of the Ni2(C2H4) complex | Per-Olof Widmark and Björn O. Roos |
425-448 | Investigations with the finite element method on the Cyber 205 | Ralph Jaquet |
449-458 | On nd bonding in the transition metal trimers: comparison of Sc3 and Y3 | Stephen P. Walch |
459-465 | The rational fraction representation of diatomic potentials | J. N. Murrell, A. J. C. Varandas and J. Brandão |
467-478 | An SCF technique for excited states | Renato Colle, Alessandro Fortunelli and Oriano Salvetti |
479-487 | Theory of angle-resolved photoemission for in general disordered complex lattices: applications to the off-normal emission from TiNx (100) | J. Redinger, P. Weinberger and A. Neckel |
489 | Book review | P. Warner |
1-12 | Converged calculations of vibrational energy transfer probabilities for the collision of two HF(v=1) molecules | David W. Schwenke and Donald G. Truhlar |
13-26 | Localized virtual and occupied molecular orbitals | Michel Rajzmann, Bruno Brenier and Keith F. Purcell |
27-33 | Peculiarity of the Dickinson H2+ wave function | Toshikatsu Koga and Hiroaki Sasaki |
35-46 | Self-consistent group calculations on a simple model for the photochemical α cleavage reaction of carbonyl compounds | Josef Schüle and Martin Klessinger |
47-55 | Calculation of coulomb integrals in molecules over an spd basis of STO | P. Hoggan and D. Rinaldi |
57-62 | Topological properties of the electronic density of CO-MgF2 and OC-MgF2 adducts | O. G. Stradella, S. A. Maluendes, E. A. Castro and A. H. Jubert |
63-67 | The structural stability principle and branching points on multidimensional potential energy surfaces | M. V. Basilevsky |
69 | Disilene, silysilyene and their cations | K. Somasundram, R. D. Amos and N. C. Handy |
71-91 | Generalization of analytic energy derivatives for configuration interaction wave functions | Yoshihiro Osamura, Yukio Yamaguchi and Henry F. Schaefer |
93-122 | Correspondence between higher order energy derivative formalisms for restricted Hartree-Fock and correlated wavefunctions | Yoshihiro Osamura, Yukio Yamaguchi and Henry F. Schaefer |
123-138 | A data-oriented CI program system | F. Sasaki, K. Tanaka, T. Noro, M. Togasi and T. Nomura, et al. |
139-148 | A parallel architecture and programming language for quantum chemistry | James R. Savage |
149-173 | Strategies to vectorize conventional SCF-Cl algorithms | Nobuhiro Kosugi |
175-195 | Theoretical study of reaction mechanisms for the ketonization of vinyl alcohol in gas phase and aqueous solution | Oscar N. Ventura, Agustí Lledós, Rosanna Bonaccorsi, Juan Bertrán and Jacopo Tomasi |
197-205 | A modification of Koopmans' theorem by imposition of the virial theorem in molecules | Rogério Custodio and Yuji Takahata |
207-210 | On the non-additivity of the basis set superposition error and how to prevent its appearance | István Mayer |
211-222 | CNDO-S2—a semiempirical SCF MO method for transition metal organometallics | Michael J. Filatov, Oleg V. Gritsenko and George M. Zhidomirov |
223-228 | MNDO calculations of systems containing hydrogen bonds | Alexander A. Voityuk and Andrey A. Bliznyuk |
229-232 | Isoelectronic changes in X-alpha theory using a Z-transition state approach | Venugopal K. Krishna Kumar and Kali D. Sen |
1-26 | Systematics of bonding in non-icosahedral carbon clusters | P. W. Fowler, J. E. Cremona and J. I. Steer |
27-42 | Structure and properties of nonclassical polymers | Christo I. Ivanov, Nikolai Tyutyulkov, Gottfried Olbrich, H. Barentzen and Oscar E. Polansky |
43-53 | Full configuration interaction benchmark calculations for transition moments | Charles W. Bauschlicher and Stephen R. Langhoff |
55-65 | A gradient extremal walking algorithm | Poul Jørgensen, Hans Jørgen A. Jensen and Trygve Helgaker |
67-78 | Kinetic description of bimolecular reactions with low energy cross sections in dilute gases | Andrzej S. Cukrowski, Wolfgang Stiller and Rainer Schmidt |
79 | Announcement |
247-277 | Permutation representations in molecular symmetry | Gerhard Fieck |
279-289 | Ab initia MO calculation in terms of localized orbitals of the 14N electric field gradient in nitriles | Yosslen Aray, Roberto Gomperts, Juan Saavedra, Cristina Urdaneta and Juan Murgich |
291-306 | On expectation value calculations of one-electron properties using the coupled cluster wave functions | Jozef Noga and Miroslav Urban |
307-316 | Counterpoise estimates of the BSSE in the evaluation of protonation energies | Otilia Mó, José Luis G. Paz and Manuel Yáñez |
317-322 | Systematic regularities of molecular SCF energies | Evi Honegger |
1-10 | Anab initio pair potential for the interaction between a water molecule and a formate ion | Kersti Hermansson, George C. Lie and Enrico Clementi |
11-22 | Ab initio pair potentials for the ionic lithium-formate system | Kersti Hermansson, George C. Lie and Enrico Clementi |
23-38 | Intramolecular energy transfer in water | George G. Hall and Hideharu Nobutoki |
39-54 | Convergent perturbation studies in screened coulomb potential systems: a high precision numerical algorithm via Laguerre basis set | M. Demiralp, N. A. Baykara and H. Taşeli |
55-62 | Topological hamiltonian spectra of polycyclic benzenoid hydrocarbons | J. Cioslowski and O. E. Polansky |
63-73 | Symmetry and equivalence restrictions in electronic structure calculations | Charles W. Bauschlicher and Peter R. Taylor |
75-82 | On the use of cavity models to describe muonium in diamond, silicon and germanium | T. A. Claxton and G. G. Hall |
83 | Book review | P. Hobza |
84 | Announcements |
85-99 | Application of a dynamic method of minimisation in the study of reaction surfaces | Colin M. Smith |
101-110 | On the counterpoise correction for the basis set superposition error in large systems | J. A. Sordo, S. Chin and T. L. Sordo |
111-122 | Graph edge colorings and their chemical applications | Krishnan Balasubramanian |
123-135 | Tunnelling and reaction path curvature effects in the isomerization of the methoxy radical | Susan M. Colwell |
137-150 | MINDO/SR calculations of nickel surface properties as a function of hydrogen coverage | Fernando Ruette and George Blyholder |
151-155 | Numerical Hartree-Fock and MCSCF calculations on diatomic copper: calibration of basis sets | Harry Partridge, Kent W. Richman and E. A. McCullough |
157-163 | Effect of the orientation of coordinated water molecules on the electronic structure of trans halo-aquo complexes: application to TiCl2(H2O)4+ and VCl2(H2O)4+ | M. A. Makhyoun |
165-166 | Book review | C. K. Jørgensen |
167-184 | Model studies of the chemisorption of hydrogen and oxygen on nickel surfaces | Itai Panas, Per Siegbahn and Ulf Wahlgren |
185-194 | Electric properties of the chloride ion | Vladimir Kellö, Björn O. Roos and Andrzej J. Sadlej |
195-208 | Theoretical studies on quinones I. The structure of p-benzoquinone and two of its excited triplet states | John R. Ball and Colin Thomson |
209-217 | Violation of Hund's rule in the lowest excited singlet-triplet pairs of dicyclohepta[cd,gh]pentalene and dicyclopenta[ef,kl]heptalene | Azumao Toyota |
219-228 | On the relationship between crystal quantum numbers and irreducible representations of point groups | W. Beeckman and J. Goffart |
229-235 | Extended-Hückel parameters for third-row transition metals | Rainer Jostes |
237 | Book review | N. M. Kostić |
238 | Second announcement |
349-361 | Conjugated circuit theory for graphite | G. E. Hite, T. P. Živković and D. J. Klein |
363-379 | A CASSCF study of the singlet-singlet and triplet-triplet spectroscopy of naphthalene | J. Mauricio, O. Matos and Björn O. Roos |
381-402 | A new method for the direct calculation of resonance parameters with application to the quasibound states of the H2X1Σg+ system | David W. Schwenke |
403-414 | Dynamics of H+O2 collisions on anab initio potential energy surface | Ju Guan-zhi, Feng Da-cheng, Cai Zheng-ting and Deng Chong-hao |
415-428 | The structure and harmonic vibrational frequencies of the weakly bound complexes formed by HF with CO, CO2 and N2O | Ian L. Alberts, Nicholas C. Handy and Emmanuel D. Simandiras |
429-430 | Book review | Klaus Ruedenberg |
431-444 | Dynamic polarizabilities and Rydberg states of open shell atomic systems | P. K. Mukherjee, K. Ohtsuki and K. Ohno |
445-461 | All-valence-electron and transition density matrix calculations of the electronic spectra of [2.2]paracyclophanequinones | Antoni K. Wisor and Leszek Czuchajowski |
463-478 | Theoretical studies on the ionization potential of interacting atoms at large separations | Yoshihiro Mizukami and George G. Hall |
479-491 | The atomic states of nickel | Charles W. Bauschlicher, Per Siegbahn and Lars G. M. Pettersson |
493-511 | Vibrational partition functions for H2O derived from perturbation-theory energy levels | Alan D. Isaacson and Xing -Guo Zhang |
1-10 | Theoretical investigation of next neighbour interactions and ring strain in linear and monocyclic phosphanes | Heinz Schiffer, Reinhart Ahlrichs and Marco Häser |
11-32 | The classification of tensor surface harmonic functions for clusters and coordination compounds | Roy L. Johnston and D. Michael P. Mingos |
33-52 | Semiclassical analysis of Hénon-Heiles coupled oscillators: quasi-periodic and chaotic quantum behavior and the resonance model of unimolecular decay | Vincenzo Aquilanti, Simonetta Cavalli and Gaia Grossi |
53-65 | On the many-body contributions to the interaction polarisability and hyperpolarisability of Hen | John Waite and Manthos G. Papadopoulos |
67-80 | Quantum theory of chemical bond formation processes in condensed systems: studies towards exploration of electrochemical dark and photoprocesses on semiconductors | C. Engler, E. Rabe, H. Schultz and W. Lorenz |
81-98 | Theoretical investigations of molecules composed only of fluorine, oxygen and nitrogen: determination of the equilibrium structures of FOOF, (NO)2 and FNNF and the transition state structure for FNNF cis-trans isomerization | Timothy J. Lee, Julia E. Rice, Gustavo E. Scuseria and Henry F. Schaefer |
99-110 | A theoretical study of structure and bonding of chlorinated silaethanes and 1,3-disilapropanes | Heinz Schiffer and Reinhart Ahlrichs |
111-127 | Configuration-interaction energy derivatives in a fully variational formulation | Trygve Helgaker and Poul Jørgensen |
129-141 | Perturbative corrections to basis incompleteness in molecular SCF calculations | Carl S. Ewig, Lidia Smentek-Mielczarek and B. Andes Hess |
143-159 | A comparison of the on-top dissociation of H2 on Ni(100) and Cu(100) | Per Siegbahn, Margareta Blomberg, Itai Panas and Ulf Wahlgren |
161-162 | Announcements |
163-172 | Electronic structures of the boron cage molecules B4H4, B4Cl4 and B4F4 | David J. Swanton and Reinhart Ahlrichs |
173-194 | Energy-adjusted pseudopotentials for the rare earth elements | M. Dolg, H. Stoll, A. Savin and H. Preuss |
195-222 | Electronic structure of azidomyoglobin and associated magnetic and hyperfine properties | Santosh K. Mishra, J. N. Roy, K. C. Mishra and T. P. Das |
223-232 | Rapidly converging threshold value calculations in screened coulomb potential systems: Critical values of the screening parameter for the Yukawa case | Metin Demiralp |
233-245 | Conformational studies of p-t-butylcalix(4)arene and its toluene complex | Heon Hong Minn, Suk-Kyu Chang and Kyoung Tai No |
247-260 | Self-consistent-field variational approach to the interaction between a polymer and a small molecule | Yuriko Aoki, Akira Imamura and Keiji Morokuma |
261-270 | Oxygen-induced next-nearest neighbour effects on the C1s-levels in polymer XPS-spectra | Robert J. Meier and A. P. Pijpers |
271-278 | Molecular geometries from spin Hamiltonian calculations through simultaneous optimization of geometry and wave function | Jerzy Cioslowski |
279-297 | Stability and reactivities based on moment analysis | Y. Jiang and H. Zhang |
299-306 | Theoretical study of the calcium dication hydrates | R. E. Cachau, H. O. Villar and E. A. Castro |
307-319 | Normal mode calculation and IR band assignments of A-type zeolite | Kyoung Tai No, Byung Hee Seo and Mu Shik Jhon |
321 | A CASSCF and CCI study of the formation of the Ni2(C2H4) complex | Per -Olof Widmark and Björn O. Roos |
323-331 | Test applications of a new SCF method for excited states | Renato Colle, Alessandro Fortunelli and Oriano Salvetti |
333-352 | Discrete characterization of cross-sections of molecular surfaces | Gustavo A. Arteca and Paul G. Mezey |
353-368 | Monte Carlo study of electron correlation functions for small molecules | Zhiwei Sun, Peter J. Reynolds, R. Kent Owen and William A. Lester |
369-387 | Pseudopotential study of the rare earth monohydrides, monoxides and monofluorides | M. Dolg and H. Stoll |
389-400 | P-V matrix and enumeration of Kekulé structures | He Wenjie and He Wenchen |
401-416 | A string model for the chemical reaction coordinate in static external fields | Akitomo Tachibana, Masahiko Koizumi, Masatoshi Murashima and Tokio Yamabe |
417-424 | Two-electron atomic wave functions which satisfy proportionality relations between one-and two-electron moments | Toshikatsu Koga |
425-432 | Orbitals that minimize the variance | D. Filberg and H. Kleindienst |
433-446 | The structures of HCOO−, CH3COO−, C2H5COO− and CH3O− in gas phase and in crystal structure by ab initio and resonance theory | M. Masamura |
447-460 | Gradient extremals and valley floor bifurcations on potential energy surfaces | Wolfgang Quapp |
461-474 | Intraframework potential energy function of zeolites | |
475-480 | Ab initio studies of nuclear quadrupole couplings in N2H2 and NH3 molecules | Girindra Prasad, Aditi Lal and P. Chandra |
481-484 | Rotation procedure in intrinsic reaction coordinate calculations | Chen Zhixing |
485 | Announcement |
1-5 | Approximate calculation of the matrix elements of Coulomb and exchange operators for the “core” electrons of the atoms In through Xe | Raffaele Montagnani and Oriano Salvetti |
7-31 | Molecular vibrations in a gradient extremal path | Norihiro Shida, Jan E. Almlöf and Paul F. Barbara |
33-46 | A CASSCF-CI study of the coordination of ethylene with iron | Per -Olof Widmark and Björn O. Roos |
47-51 | Series analysis methods in enumeration of chemical isomers | Jerzy Cioslowski |
53-64 | A theoretical characterization of the structure formation enthalpy, and fluzional behaviour of B2H6 and AlBH6 | Vincenzo Barone and Camilla Minichino |
65-70 | An extension of the Coulson-Rushbrooke-Longuet-Higgins theorem | Stojan Karabunarliev and Nikolay Tyutyulkov |
71 | Announcement |
73-84 | Gaussian basis sets for calculation of spin densities in first-row atoms | Daniel M. Chipman |
85-94 | Numerical computation of the electrostatic interaction energy between methanol and the dyad water-imidazole | Dominique Dehareng, Georges Dive, Josette Lamotte-Brasseur and Jean-Marie Ghuysen |
95-111 | An efficient first-order CASSCF method based on the renormalized Fock-operator technique | U. Meier and V. Staemmler |
113-124 | Analytic expression of the second derivatives of electronic energy for full configuration interaction wave functions | Yoshihiro Osamura |
125-135 | Theoretical study of the borane and diborane positive ions | M. Sana, G. Leroy and Ch. Henriet |
137-145 | Quantum simulation of vibration states and Franck-Condon overlap in non-separable potentials | W. Lorenz and O. Heitzsch |
147 | Symmetry-adapted integral derivatives | Peter R. Taylor |
149-152 | Book reviews | Nenad Trinajstić and Dines Christen |
153-171 | Study of the origin of subspectrality in molecular graphs | Jerry Ray Dias |
173-185 | A quantum chemical study of the hydrogen bonding in the CO2⋯HF and N2O⋯HF complexes | Joanna Sadlej and Björn O. Roos |
187-193 | An efficient two-electron integral transformation for vector-concurrent computer architectures | Charles W. Bauschlicher |
195-209 | Combined bond-polarization basis sets for accurate determination of dissociation energies | J. M. L. Martin, J. P. François and R. Gijbels |
211-212 | Book reviews | T. Hoffmann-Ostenhof, P. Schuster and K. Schwarz |
213-225 | A method of incorporating quadruple correction in the scheme of multi-reference singly and doubly excited configuration interaction — a CSF based coupled pair approximation | Kiyoshi Tanaka, Takeo Sakai and Hidemi Terashima |
227-245 | A numerically stable procedure for calculating Møller-Plesset energy derivatives, derived using the theory of Lagrangians | Trygve Helgaker, Poul Jørgensen and Nicholas C. Handy |
247-268 | Subduction of coset representations | Shinsaku Fujita |
269-284 | Symmetry functions adapted to the subgroup chain U(7) ⊃ SO(7) ⊃ G2 ⊃ SO(3) ⊃ G | Wen Zhenyi, Wang Yubin, Dou Yusheng and Liu Zhaomeng |
285-289 | Calculation of the deuterium electric field gradients in HD and LiD using a variation-perturbation method with a Gaussian basis set | Hae-Won Kim, James O. Jensen and Hendrik F. Hameka |
291-293 | The relation of directly bonded C-H coupling constants to s-characters revisited | Victor M. S. Gil |
295 | Announcement |
297-313 | Decomposition of the interaction energy between metal cations and water or ammonia with inclusion of counterpoise corrections to the interaction energy terms | Roberto Cammi, Hans-Jörg Hofmann and Jacopo Tomasi |
315-329 | Exact dimer statistics and characteristic polynomials of cacti lattices | Haruo Hosoya and Krishnan Balasubramanian |
331-351 | Solution of the generalized eigenvalue equation perturbed by a generalized low rank perturbation | Tomislav P. Živković |
353-371 | A systematic treatment of three-dimensional quantum mechanical reaction coordinates | Norman M. Witriol and Gary H. Herling |
373-375 | Density functional theory calculations of one electron Rydberg states in Li atom | M. B. Viswanath and K. D. Sen |
377-390 | Comparison of potential energy maps and molecular shape invariance maps for two-dimensional conformational problems | Gustavo A. Arteca, Gerard A. Heal and Paul G. Mezey |
391-410 | Relativistic perturbation theory of chemical properties | A. Rutkowski and W. H. E. Schwarz |
411-422 | Theoretical analysis of the internal rotation and determination of molecular structures of HSSH, HSSF and FSSF | C. Cárdenas-Lailhacar and A. Toro-Labbé |
423-435 | Reaction graphs and a construction of reaction networks | Jiří Pospíchal and Vladimír Kvasnička |
437-450 | On subspectral problem—benzenoid hydrocarbons with common eigenvalues ±1 | Y. -S. Jiang and G. -Y. Chen |
1-15 | Enhanced Li+ binding energies of some azines: a molecular orbital study | Manuel Alcamí, Otilia Mó, José Juis G. de Paz and Manuel Yáñez |
17-28 | An energy criterion for determiningd orbital contribution to adsorbate bonding to a transition metal: CO/Fe12 | George Blyholder and Michael Lawless |
29-37 | Direct evaluation of one-electron properties in coupled cluster methods | Miroslav Urban, Geerd H. F. Diercksen, Andrzej J. Sadlej and Jozef Noga |
39-56 | Semiempirical study of electronic and bonding properties of iron silicide clusters | Leonardo J. Rodríguez, Fernando Ruette, Germán R. Castro, Eduardo V. Ludeña and Antonio J. Hernández |
57-60 | Isoelectronic changes in energy of quark atoms and molecules via the Levy equation | K. D. Sen and Jorge M. Seminario |
61-62 | Book reviews | W. Kutzelnigg and W. H. E. Schwarz |
63-84 | Multi-exponential unimolecular rate formulae | S. R. Vatsya and H. O. Pritchard |
85-109 | The dynamical crystal field model of selective vibronic coupling in d-d spectra | A. Ceulemans and N. Bongaerts |
111-122 | Configuration interaction calculations on the propane radical cation, C3H8+ | Sten Lunell, David Feller and Ernest R. Davidson |
123-141 | Energy-adjustedab initio pseudopotentials for the second and third row transition elements | D. Andrae, U. Häußermann, M. Dolg, H. Stoll and H. Preuß |
143-162 | Constant-isomer benzenoid series and their topological characteristics | Jerry Ray Dias |
163-190 | Electron energy level crossings in the time-dependent Born-Oppenheimer approximation | George A. Hagedorn |
191-205 | Contracted well-tempered Gaussian basis sets in SCF calculations on the ground and excited electronic states of neutral and ionized diatomic molecules containing first-row atoms | M. Klobukowski, T. W. Dingle and S. Huzinaga |
207-212 | On the accuracy of correlation energy calculated by the correlation factor method: first- and second-row atoms | Emilio San-Fabián, José Pérez-Jordá and Federico Moscardó |
213-223 | A quantified resonance theory and its relation with MO — excited state behaviour of conjugated hydrocarbons and heteroconjugate molecules | Yang Pipeng |
225-237 | Phase-space dynamics and quantum mechanics | Walter J. Deal |
239-251 | Dipole Cauchy moments of the atoms H through Ar | |
253-261 | Bulk properties from finite-cluster calculations | |
263-279 | The calculation of the dipole moments of NiH, TiO, and FeO | Charles W. Bauschlicher, Stephen R. Langhoff and Andrew Komornicki |
281-287 | Gradient optimization of polarization exponents inab initio MO calculations on H2SO → HSOH and CH3SH → CH2SH2 | Miquel Solà, Carlos Gonzalez, Glauco Tonachini and H. Bernhard Schlegel |
289-290 | Book review | R. Fournier |
291-306 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
307-321 | Enumeration of non-rigid molecules by means of unit subduced cycle indices | Shinsaku Fujita |
323-331 | Theoretical study of the6Σ+,6Π, and4Σ+ van der Waals states of NO | Harry Partridge, Charles W. Bauschlicher and Stephen R. Langhoff |
333-341 | Predissociation lifetime of the 1σg22σg diabatic state of He2+: a one-channel approach | Aristophanes Metropoulos |
343-357 | MRINDO/S-CI calculation on the electronic spectra of higher azines | R. S. Prasad and B. N. Rai |
359-367 | Computational analysis of some possible initial steps in the unimolecular thermal decompositions of 1,3-diazacyclobutane and its 1,3-dinitramine derivative | Michael Grodzicki, Jorge M. Seminario and Peter Politzer |
369-382 | Chemical species conversion in condensed systems or at interfaces: quantum and classical regime of anharmonic Franck-Condon transitions | H. Schultz, C. Engler and W. Lorenz |
383-394 | Theoretical thermochemistry of some LiXHn and BeXHn compounds | Michel Sana and Georges Leroy |
395-407 | Optical properties of perturbed NO2− ions in KNO2 doped NaNO2 single crystals | Carola Kryschi |
409-413 | A note on the electronic structure of O2− | Knut J. Børve and Per E. M. Siegbahn |
1-9 | Isomorphic electron orbitals for vibronic flexibility in a cyclopropenyl radical molecular device | Akitomo Tachibana, Yoshihiro Asai, Shogo Ikeuchi, Shigeru Ishikawa and Tokio Yamabe |
11-24 | An approximate relation between Wigner-Seitz-type one-electron Hamiltonians and complete Hamiltonians for molecules and solids | Ryotaro Irie |
25-30 | The estimation of electron affinities fromab initio 1s orbital energies | Kenneth J. Tupper, Ernest R. Davidson and Joseph J. Gajewski |
31-43 | Generators of the character tables of generalized wreath product groups | K. Balasubramanian |
45-63 | Application of coset representations to the construction of symmetry adapted functions | Shinsaku Fujita |
65-128 | Coupled cluster approaches with an approximate account of triexcitations and the optimized inner projection technique | |
129-131 | Calculation of the maximum bond order | Chang-Guo Zhan, Qiong-Lin Wang and Fang Zheng |
133-163 | Ab initio studies of internal rotation barriers and vibrational frequencies of (C2H2)2, (CO2)2, and C2H2-CO2 | Richard G. A. Bone and Nicholas C. Handy |
165-173 | Charge and radial correlations in helium and helium-like atoms | Toshikatsu Koga and Shôji Aoki |
175-187 | A comparison of variational and non-variational internally contracted multiconfiguration-reference configuration interaction calculations | Hans-Joachim Werner and Peter J. Knowles |
189-201 | Molecular electric properties in electronic excited states: multipole moments and polarizabilities of H2O in the lowest1B1 and3B1 excited states | Miroslav Urban and Andrzej J. Sadlej |
203-209 | An MNDO study of the electrophilic aromatic substitution on trifluorobenzenes | Jan Hrušák |
211-230 | Stationary points on the aminomethanol potential energy surface | B. D. El-Issa and R. N. Budeir |
231-239 | Utilization of ‘pseudo-lattice symmetry’ in cluster calculations | John D. Head and Ian P. Dillon |
241-246 | On the dynamics of free-radical disproportionation reactions | DeLin Shen and H. O. Pritchard |
247-266 | Energy-adjustedab initio pseudopotentials for the second and third row transition elements: Molecular test for M2 (M=Ag, Au) and MH (M=Ru, Os) | D. Andrae, U. Häußermann, M. Dolg, H. Stoll and H. Preuß |
267-269 | Some valence bond calculations for H2 with 1s and 2p basis sets | Richard D. Harcourt |
271-280 | Ab initio study of the conformational equilibrium of ethylene glycol | Benedito J. Costa Cabral, Lidia M. P. C. Albuquerque and Fernando M. S. Silva Fernandes |
281-285 | Use of the chemical potential to improve energies from approximate wave functions | Ralph G. Pearson |
287-326 | The ring opening of cyclopropylidene to allene: global features of the reaction surface | P. Valtazanos, S. T. Elbert, S. Xantheas and K. Ruedenberg |
327-363 | The ring opening of cyclopropylidene to allene and the isomerization of allene:ab initio interpretation of the electronic rearrangements in terms of quasi-atomic orbitals | S. Xantheas, P. Valtazanos and K. Ruedenberg |
365-395 | The ring opening of cyclopropylidene to allene: key features of the accurate reaction surface | S. Xantheas, S. T. Elbert and K. Ruedenberg |
397-416 | The ring opening of substituted cyclopropylidenes to substituted allenes: the effects of steric and long-range electrostatic interactions | Petros Valtazanos and Klaus Ruedenberg |
1-42 | The automated solution of second quantization equations with applications to the coupled cluster approach | Curtis L. Janssen and Henry F. Schaefer |
43-52 | The evaluation of matrix elements for non-canonical Weyl tableau basis states adapted toU(n1+n2)⊃U(n1)×U(n2) | |
53-63 | The evaluation of matrix elements for non-canonical Weyl tableau basis states adapted toU(n1+n2)⊃U(n1)×U(n2) | |
65-79 | Reaction and chemical distances and reaction graphs | Vladimír Kvasnička, Jiří Pospíchal and Vladimír Baláž |
81-92 | A restricted active space (RAS) SCF study of the lifetime of theA3Π state of OH+ | Manuela Merchán, Per-Åke Malmqvist and Björn O. Roos |
93-103 | Computation of electronic transition moments: the length versus the velocity representation | Charles W. Bauschlicher and Stephen R. Langhoff |
105-114 | Anab initio study of the molecules P2O and P2O+ | Fernando R. Ornellas and Adélia J. A. Aquino |
115-122 | Exploiting non-abelian point group symmetry in direct two-electron integral transformations | Marco Häser, Jan Almlöf and Martin W. Feyereisen |
123-140 | Medium-size polarized basis sets for high-level-correlated calculations of molecular electric properties | |
141-152 | Polarization correction to the electrostatic potential at the CNDO and theab initio level. Influence of the basis set expansion | D. Dehareng, G. Dive and J. M. Ghuysen |
337-347 | A parallel version of ARGOS: A distributed memory model for shared memory UNIX computers | Robert J. Harrison and Rick A. Kendall |
349-360 | Vibronic intensities in the electronic spectra of transition metal complex ions VIII: Vibrational coordinates for octahedral ions and their application to the4A2g ↔2Eg transition of the MnF62− ion | R. Acevedo, G. Diaz, S. O. Vasquez and C. D. Flint |
361-372 | Some investigations of the MP2-R12 method | Michael J. Bearpark, Nicholas C. Handy, Roger D. Amos and Paul E. Maslen |
373-375 | Approximate sizes of monoatomic negative ions with fractional nuclear charge using electrostatic potentials | N. Rajani and K. D. Sen |
377-378 | Some remarks on the maximum bond order | I. Mayer |
379-387 | Similarity and complexity of the shapes of square-cell configurations | Frank Harary and Paul G. Mezey |
389-401 | Orbital localization in transition metal molecules | Marten A. Buijse and Evert Jan Baerends |
403-411 | On a resonance energy model based on expansion in terms of acyclic moments: Exact results | Darko Babic, Ante Graovac and Ivan Gutman |
413-418 | Oxygen chemisorption on metal surfaces using the cluster model: Basis set effects | Ulf Wahlgren, Per Siegbahn and Jan Almlöf |
419-432 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
433-434 | Book reviews | W. Kutzelnigg |
71-79 | Coupled-cluster theory in atomic physics and quantum chemistry | |
81-89 | Origins of the Coupled Cluster Method | Hermann Kümmel |
91-94 | Origins of coupled cluster technique for atoms and molecules | Jiří Čížek |
95-148 | An overview of coupled cluster theory and its applications in physics | R. F. Bishop |
149-179 | Independent-cluster methods as mappings of quantum theory into classical mechanics | Jouko S. Arponen |
181-205 | A coupled-cluster study of the ground-state energy and properties of an anisotropic quantum spin lattice model exhibiting antiferromagnetism in various phases | R. F. Bishop, J. B. Parkinson and Yang Xian |
207-214 | Quantum electrodynamic effects in atomic structure | Paul Indelicato and Peter J. Mohr |
215-219 | Application of open-shell coupled cluster theory to the ground state of GaAs | Gustavo E. Scuseria |
221 | Announcement | Alberte Pullman |
427-439 | The Fock space coupled cluster method: theory and application | Uzi Kaldor |
441-467 | Aspects of separability in the coupled cluster based direct methods for energy differences | Debasis Mukhopadhyay, Saroj Mukhopadhyay, Rajat Chaudhuri and Debashis Mukherjee |
469-482 | Multireference coupled cluster theory in Fock space | |
483-507 | Fock-space coupled-cluster method | |
509 | Erratum |
1-20 | Dimensional scaling and the quantum mechanical many-body problem | J. Avery, D. Z. Goodson and D. R. Herschbach |
21-30 | Marginal electron density and density-difference functions | Toshikatsu Koga, Kotomi Sano and Tetsuya Morita |
31-43 | Intermolecular vibronic coupling and energy transfer in a flat molecular aggregate | Renato E. Varas and Jorge Ricardo Letelier |
45-63 | Medium-size polarized basis sets for high-level-correlated calculations of molecular electric properties | |
65-78 | Gradient corrections to the Hartree-Fock-Slater exchange and their influence on bond energy calculations | Vincenzo Tschinke and Tom Ziegler |
79-93 | A measure of roughness of cross sections of molecular surfaces | Gustavo A. Arteca and Paul G. Mezey |
95-103 | Quantum-chemical definition of the atomic valence in molecules and crystals | R. A. Evarestov and V. A. Veryazov |
105-123 | Analysis of the π-electronic structure of infinitely large networks | |
125-138 | Constant-isomer benzenoid series and their polyradical subsets | Jerry Ray Dias |
139-155 | Relativistic bond lengthening of UO22+ and UO2 | E. M. van Wezenbeek, E. J. Baerends and J. G. Snijders |
157-168 | Charge transfer and curve crossings in the [BeH2O]2+ system | Maurizio Cossi and Maurizio Persico |
169-183 | Derivation and pilot application of a scheme for intermediate Hamiltonians in Fock space | S. Koch |
355-364 | On the asymptotic behavior of Hartree-Fock orbitals | Toshimasa Ishida and Koichi Ohno |
365-374 | A comparison between multireference CI and effective medium theories for diatomic FeN | Margareta R. A. Blomberg and Per E. M. Siegbahn |
375-390 | Relativistic treatment of excited electronic states of atomic copper | C. M. Marian, D. Hippe, B. A. Hess and S. D. Peyerimhoff |
391-404 | Extension of the MNDO formalism tod orbitals: Integral approximations and preliminary numerical results | Walter Thiel and Alexander A. Voityuk |
405-416 | Relativistic all-electron molecular Hartree-Fock-Dirac-(Breit) calculations on CH4, SiH4, GeH4, SnH4, PbH4 | O. Visser, L. Visscher, P. J. C. Aerts and W. C. Nieuwpoort |
417-424 | A CAS SCF study of reactive interactions between Be(3P) and H2(1εg+) | Vladimir Kellö and Andrzej J. Sadlej |
A3 | Announcement |
155-180 | A simple treatment to design NBMO degenerate systems in alternant and non-alternant hydrocarbons | Yuriko Aoki and Akira Imamura |
181-194 | Water dimer in liquid water | J. Bertran, M. F. Ruiz-López, D. Rinaldi and J. L. Rivail |
195-215 | Structure and electron density distribution of the nitrate ion and urea molecule upon protonation | Guus J. M. Velders and Dirk Feil |
217-235 | Molecular structure of mono- and dicarbonyls of rhodium and palladium | I. Pápai, A. Goursot, A. St-Amant and D. R. Salahub |
237-243 | First-order gradient correction for the exchange-energy density functional for atoms | Zhongxiang Zhou, P. K. Chattaraj, Robert G. Parr and Chengteh Lee |
245-253 | Quadrupole polarizability and hyperpolarizability of carbon monoxide | George Maroulis |
475-487 | Symmetric orthogonalisation in momentum space: A numerical study | Anna Pohl and Jean-Louis Calais |
489-509 | A parallel implementation of the COLUMBUS multireference configuration interaction program | Matthias Schüler, Thomas Kovar, Hans Lischka, Ron Shepard and Robert J. Harrison |
511-520 | Maximum bond order hybrid orbitals | |
521-533 | Maximum bond order hybrid orbitals II. Correlativity with C-H and C-C spin-coupling constants | Zhen-Min Hu and Chang-Guo Zhan |
535-543 | An algorithm for determining dynamically defined reaction paths (DDRP) | László L. Stachó and Miklós I. Bán |
545-546 | Book reviews | W. Kutzelnigg |
249-254 | Basis-independent potential energy curves for the neutral diatomics of Li, Na and K evaluated by means of Hartree-Fock and different density functional potentials | Dirk Heinemann and Arne Rosén |
255-259 | On the invariance of the configuration interaction energy with respect to orbital rotations | Charles W. Bauschlicher and Harry Partridge |
261-270 | Expansion of the spin-coupled wavefunction in Slater determinants | David L. Cooper, Joseph Gerratt, Mario Raimondi, Maurizio Sironi and Thorstein Thorsteinsson |
271-284 | A statistical treatment of large configuration interaction eigenvectors | |
285-303 | Optimization of both resonance structures of the glyoxal radical cation by means of the Valence Bond Self-Consistent Field method | J. H. Langenberg and P. J. A. Ruttink |
305-323 | Analysis of coupled cluster methods. II. What is the best way to account for triple excitations in coupled cluster theory? | Zhi He and Dieter Cremer |
325-334 | A nonlinear Hamiltonian describing the rovibrational states of diatomic molecules | Marcin Molski and Jerzy Konarski |
335-344 | Normal components of benzenoid systems | Pierre Hansen and Maolin Zheng |
345-361 | Massively parallel direct SCF calculations on large metal clusters: Ni5-Ni481 | Lars G. M. Pettersson and Torgny Faxen |
363-370 | Optimal single-zeta description for the atoms Al through Xe | Toshikatsu Koga and Ajit J. Thakkar |
371-377 | Singly excited bound states in continuum: a time-dependent perturbation approach | A. K. Das and P. K. Mukherjee |
379-390 | Imminant polynomials of graphs | K. Balasubramanian |
391-394 | Medium-size Gaussian basis sets for hydrogen through argon | Toshikatsu Koga and Ajit J. Thakkar |
395-404 | Dynamic correlation for biorthogonal valence bond reference states | Joseph J. W. McDouall |
405 | Book review | D. J. Klein |
407-408 | Announcements |
409-421 | Energy analysis on small to medium sized H-bonded complexes | G. Dive, D. Dehareng and J. M. Ghuysen |
423-440 | The reduced multiplication scheme of the Rys-Gauss quadrature for 1st order integral derivatives | Roland Lindh |
441-450 | A combination of quasirelativistic pseudopotential and ligand field calculations for lanthanoid compounds | M. Dolg, H. Stoll and H. Preuss |
451-461 | A CSF-based multireference coupled pair approximation | |
463-484 | Chemical valence from the two-particle density matrix | R. F. Nalewajski, A. M. Köster and K. Jug |
211-217 | Desolvation effects on the dissociation energy of diatomic molecules:Ab initio study of the dissociation of Li-F in polar media | J. Lahsen, A. Toro-Labbe, R. Contreras and A. Aizman |
219-228 | A comparative study of the bond strengths of the second row transition metal hydrides, fluorides, and chlorides | Per E. M. Siegbahn |
229-239 | Theoretical calculations of β-lactam antibiotics | |
241-248 | Dynamics of the H + LH′ reaction Cl + HBr → HCl + Br. TST-CEQ and VTST calculations | Bian Wen-Sheng and Ju Guan-Zhi |
249-256 | MRSDCI studies of low-lying electronic states of the CF2+ ion | Z. -L. Cai |
257-267 | Application of high-order neural networks in chemistry | Vladimír Kvasnička, Šěpán Sklenák and Jiří Pospíchal |
269-278 | On the number of square-cell configurations | Wolfgang R. Müller, Klaus Szymanski, Jan V. Knop and Nenad Trinajstić |
279-284 | The use of symmetry in direct Møller-Plesset second-order calculations | Christopher W. Murray, Jamie S. Andrews and Roger D. Amos |
285-296 | Ab initio molecular orbital calculations on large lattice cluster models: Use of translational symmetry | Tapani A. Pakkanen and Juha Muilu |
297-313 | Equivariant Morse theory of theN-body problem: Application to potential surfaces in chemistry | Daniel Liotard and Michel Rérat |
315-342 | Spin-orbit coupling coefficients for icosahedral molecules | P. W. Fowler and A. Ceulemans |
343-351 | Theoretical study of Mills-Nixon effect in naphthocyclobutenes and -cyclobutadienes | M. Hodošček, D. Kovaček and Z. B. Maksić |
353-367 | Structure and properties of non-classical polymers |
369-377 | Convergence property of multireference many-body perturbation theory analyzed by the use of a norm of effective Hamiltonian | Haruyuki Nakano and Shigeru Obara |
379-389 | Localization maps by orbital partitioning of the electron density | Péter R. Surján, János Pipek and Béla Paizs |
391-416 | Comparison of the Hartree-Fock, Møller-Plesset, and Hartree-Fock-Slater method with respect to electrostatic properties of small molecules | |
417-427 | Critical test of PM3 calculated gas-phase acidities | Peeter Burk and Ilmar A. Koppel |
429-437 | Study of influences of various excitation classes onab initio calculated isotropic hyperfine coupling constants | B. Engels |
439-449 | Hindered internal rotation in molecular systems: quantum statistics of equilibrium and rate constants in the Wigner function formalism | Günter Vojta and Christian Zylka |
451-465 | A non-local representation of the effective potential due to a molecular fragment | Renato Colle, Alessandro Curioni and Oriano Salvetti |
467-476 | On the theoretical determination of the electron affinity of ozone | Remedios González-Luque, Manuela Merchán, Piotr Borowski and Björn O. Roos |
477-485 | Even-tempered Roothaan-Hartree-Fock wave functions for the third- and fourth-row atoms | Toshikatsu Koga, Hiroshi Tatewaki and Ajit J. Thakkar |
487-496 | Electronic structure of Li− and F− calculated directly in momentum space | Laurent De Windt, Mireille Defranceschi and Joseph Delhalle |
497-510 | SCF calculations on MIMD type parallel computers | A. Burkhardt, U. Wedig and H. G. v. Schnering |
511-524 | On the development of exponential ansatze for quantum dynamics in finite dimensional vector spaces | G. Sree Latha and M. Durga Prasad |
175-194 | Intramolecular charge transfer in 5-phenyl-3H-1,2-dithiole-3-thione and 5-phenyl-3H-1,2-dithiole-3-one derivative molecules for quadratic nonlinear optics | Alain Botrel, Bertrand Illien, Péter Rajczy, Isabelle Ledoux and Joseph Zyss |
195-213 | Multiple impacts and energy transfer in a three-body system for noncollinear collisions | Vladimir M. Azriel, Lev Yu. Rusin and Mikhail B. Sevryuk |
215-232 | Characterization of vibrational transition modes by use of normal forms | Sergio Abbate, Danila Ghisletti, Antonio Giorgilli, Laure Lespade and Giovanna Longhi |
233-239 | Theoretical determination of molecular structure. Conformation of some benzo[10]-annulenes and [10]-annulene | Jose Ma Hernando-Huelmo and Ma Jesús Rioseras-García |
241 | Announcement | Robert G. Paar |
415-430 | Frontier orbital energies in quantitative structure-activity relationships: A comparison of quantum chemical methods | Brian W. Clare |
431-439 | Electronic structure and the hydrogen-shift isomerization of hydrogen nitryl HNO2 | Shin-ya Takane and Takayuki Fueno |
441-452 | The bonding in second row transition metal dihydrides, difluorides and dichlorides | Per E. M. Siegbahn |
453-464 | A new method for approximate solution of one-dimensional Schrödinger equations | S. don Travlos and Jan C. A. Boeyens |
465-476 | An analytical expression for interatomic surfaces in the theory of atoms in molecules | P. L. A. Popelier |
477 | Book review | Vladimír Kvasnička |
478 | Announcements |
1-12 | A theoretical investigation of NC3NC | M. Horn, P. Botschwina and J. Flügge |
13-27 | The performance of energy extrapolation procedures in truncated averaged coupled-pair functionals | Jörg Jenderek and Christel M. Marian |
29-33 | Is dodecahedral P20 special? | Ching-Han Hu, Mingzuo Shen and Henry F. Schaefer |
35-46 | Statistical electron correlation — coefficients and — holes in molecules | Jiahu Wang and Vedene H. Smith |
47-67 | Analysis of coupled cluster methods | |
69-74 | Algorithm for the four-index transformation of primitive molecular integrals stored in triples | M. Jungen |
75-96 | Structures, stabilities and adiabatic ionization and electron affinity energies of small sulfur clustersS3-S5 | Vyacheslav G. Zakrzewski and Wolfgang von Niessen |
97-98 | Announcements |
99-110 | Vibronic intensities in centrosymmetric lanthanide complex ions. I | |
111-116 | An ab initio study of the attack of a nitrosoiminium ion on formamide as a model for DNA bases | Anne-Marie Sapse, Danielle S. Sapse and Duli C. Jain |
117-129 | Determination of the correlation effects in molecules using the complete error potential | A. Laforgue, P. Guerin and S. Roszak |
131-145 | Ab initio calculations of the rotationally resolved infrared spectrum of KNa2+ | Feng Wang and Ellak I. von Nagy-Felsobuki |
147-168 | Expansion of atomic orbital products in terms of a complete function set | J. E. Pérez, H. H. Cuenya, R. H. Contreras, F. S. Ortiz and H. Grinberg, et al. |
169-181 | The perturbation calculation of van der Waals potentials | K. T. Tang, J. Peter Toennies and C. L. Yiu |
183-199 | A finite-nucleus model for relativistic electronic structure calculations using a Douglas-Kroll-transformed Hamiltonian | Praphull Chandra and Bernd Artur Heß |
201-216 | Long-range interactions in H-He:ab initio potential, hyperfine pressure shift and collision-induced absorption in the infrared | Wilfried Meyer and Lothar Frommhold |
217-232 | Ab initio investigations of the bound rovibrational levels of NeH2+, NeHD+, and NeD2+ | Ralph Jaquet |
233-241 | Ab initio calculations on theo-benzyne—Ar ando-benzyne—CO complexes | Pavel Hobza, Rudolf Zahradnik, B. Andes Hess and Juliusz G. Radziszewski |
243-256 | Convergence studies in quantum perturbation theory | Philippe Durand, Jiří Savrda and Ivana Paidarová |
257-270 | Dilatation transformation and sum rules for general potentials including self-consistent field potentials | L. S. Cederbaum and P. Winkler |
271-272 | Announcements |
273-283 | Double even tempering of orbital exponents: Application to Roothaan-Hartree-Fock calculations for He through Xe in Slater-type basis sets | Toshikatsu Koga, Hiroshi Tatewaki and Ajit J. Thakkar |
285-298 | Topological complexity of potential surfaces and application to C2H2 molecule | M. Rérat, D. Liotard and J. M. Robine |
299-310 | On the origin of the barriers and the structures of acetaldehyde in its ground and first singlet excited state | C. Muñoz-Caro, A. Niño and D. C. Moule |
311-324 | Theories of binding in H2+ | Melvyn P. Melrose, Manish Chauhan and Fahim Khan |
325-338 | Ab initio electronic analysis of the hydride transfer in the [CH3-H-CH3]+ system | J. Mestres, M. Duran and J. Bertrán |
339-349 | Lithium atom spin density from the Hiller-Sucher-Feinberg identity | Vitaly A. Rassolov and Daniel M. Chipman |
351-361 | Correlated and gauge origin independent calculations of magnetic properties | |
363-373 | Constrained mechanics for the dynamical simulated annealing of Coulomb systems | J. C. Greer |
375-381 | Optimal group symmetric localized molecular orbitals | Taijin Zhou and Aimin Liu |
383-388 | On the calculation of expectation values and transition matrix elements by coupled cluster method | M. Durga Prasad |
389-393 | Ab initio calculation of maximum bond order hybrid orbitals | Chang-Guo Zhan, Shi-Yong Ye, Chang-Jun Zhang and Jian Wan |
395-410 | Simultaneous presence of two charges or two spins in a linear polyene | |
411 | Book review | V. Staemmler |
413-424 | Second row transition metal mixed hydride-halide triatomic molecules | P. E. M. Siegbahn |
425-435 | A theoretical determination of the dissociation energy of the nitric oxide dimer | Remedios González-Luque, Manuela Merchán and Björn O. Roos |
437-445 | Density matrices from position and momentum densities | W. H. E. Schwarz, A. Langenbach and L. Birlenbach |
447-472 | Relativistic and electron correlation effects on thed-d spectrum of transition metal fluorides | L. Visscher and W. C. Nieuwpoort |
1-12 | Comparison of methods to estimate geometric and electronic properties on sulfur containing compounds | Ibon Alkorta |
1-12 | Comparison of methods to estimate geometric and electronic properties on sulfur containing compounds | Ibon Alkorta |
13-31 | Valence bond corrected single reference coupled cluster approach | |
13-31 | Valence bond corrected single reference coupled cluster approach | |
33-57 | Valence bond corrected single reference coupled cluster approach | |
33-57 | Valence bond corrected single reference coupled cluster approach | |
59-76 | Valence bond corrected single reference coupled cluster approach | |
59-76 | Valence bond corrected single reference coupled cluster approach | |
77-88 | Parallel algorithm for integral transformations and GUGA MCSCF | Theresa L. Windus, Michael W. Schmidt and Mark S. Gordon |
77-88 | Parallel algorithm for integral transformations and GUGA MCSCF | Theresa L. Windus, Michael W. Schmidt and Mark S. Gordon |
213-226 | A quantum chemical method for the calculation of dynamic structure factors: Applications to silicon, magnesium oxide and beryllium oxide | Patrick Azavant, Albert Lichanot, Michel Rerat and Max Chaillet |
227-250 | A multiconfigurational SCF computational method for the resolution of the vibrational Schrödinger equation in polyatomic molecules | F. Culot and J. Liévin |
251-259 | Study of the thermal decomposition of 3-cyclopentenone by using the AM1 semiempirical method | J. Joaquín Quirante and Fernando Enríquez |
261-272 | Ab initio MO studies of nuclear spin-spin coupling constants in CH4, SiH4, AlH4− and GeH4 systems | Anil C. Nair and P. Chandra |
1-26 | Comparative study of large molecules. Highly accurate calculation of a limit for infinite systems from data on finite systems | M. Randić, D. J. Klein, H. -Y. Zhu, N. Trinajstić and T. Živković |
27-39 | Relativistic Gaussian basis sets for radon through plutonium | Tatsuya Minami and Osamu Matsuoka |
41-50 | Transferability of the -COOH...−OOC- dyad Geometry from the gas phase to crystals and proteins | Tamás Nusser, László Turi, Gábor Náray-Szabó and Kálmán Simon |
51-73 | SPINS: A collection of algorithms for symbolic generation and transformation of many-electron spin eigenfunctions | Peter B. Karadakov, Joseph Gerratt, David L. Cooper and Mario Raimondi |
75-86 | Stability of small fullerenes Cn (n=36,40 and 60): A topological and molecular orbital approach | Kuniko Nasu, Tetsuya Taketsugu, Takashi Nakano, Umpei Nagashima and Haruo Hosoya |
87-114 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
115-134 | Generalized oscillator strengths of polyatomic molecules | |
135-144 | The evaluation of moments for benzenoid hydrocarbons | Yuansheng Jiang, Xiaoliang Qian and Yihan Shao |
145-165 | Cuboidal basis functions | Michael E. Mura and Nicholas C. Handy |
167-187 | Multiconfigurational second-order perturbative methods: Overview and comparison of basic properties | Jean-Paul Malrieu, Jean-Louis Heully and Andréi Zaitsevskii |
189-203 | Theoretical study of the first transition row oxides and sulfides | Charles W. Bauschlicher and Phillippe Maitre |
75-86 | Stability of small fullerenes Cn (n=36,40 and 60): A topological and molecular orbital approach | Kuniko Nasu, Tetsuya Taketsugu, Takashi Nakano, Umpei Nagashima and Haruo Hosoya |
87-114 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
115-134 | Generalized oscillator strengths of polyatomic molecules | |
135-144 | The evaluation of moments for benzenoid hydrocarbons | Yuansheng Jiang, Xiaoliang Qian and Yihan Shao |
145-165 | Cuboidal basis functions | Michael E. Mura and Nicholas C. Handy |
167-187 | Multiconfigurational second-order perturbative methods: Overview and comparison of basic properties | Jean-Paul Malrieu, Jean-Louis Heully and Andréi Zaitsevskii |
189-203 | Theoretical study of the first transition row oxides and sulfides | Charles W. Bauschlicher and Phillippe Maitre |
205-224 | Vibronic pairwise charge transfer in copper-oxide sheets: A possible approach to high temperature superconductivity theory | Ying-Nan Chiu, Samuel H. Brown, Neal Sondergaard and Frederick E. Wang |
225-256 | Post-adiabatic approach to atomic and molecular processes: The van der Waals interactions of some open shell systems | Vincenzo Aquilanti, Simonetta Cavalli, Lev Yu. Rusin and Mikhail B. Sevryuk |
257-271 | Fock space multi-reference coupled cluster study of transition moment and oscillator strength | Maria Barysz |
205-224 | Vibronic pairwise charge transfer in copper-oxide sheets: A possible approach to high temperature superconductivity theory | Ying-Nan Chiu, Samuel H. Brown, Neal Sondergaard and Frederick E. Wang |
225-256 | Post-adiabatic approach to atomic and molecular processes: The van der Waals interactions of some open shell systems | Vincenzo Aquilanti, Simonetta Cavalli, Lev Yu. Rusin and Mikhail B. Sevryuk |
257-271 | Fock space multi-reference coupled cluster study of transition moment and oscillator strength | Maria Barysz |
267-289 | Analytic energy derivatives for the equation-of-motion coupled-cluster method: Algebraic expressions, implementation and application to theS1 state of HFCO | John F. Stanton and Jürgen Gauss |
291-314 | Dominant representations and a markaracter table for a group of finite order | Shinsaku Fujita |
315-332 | Subduction of dominant representations for combinatorial enumeration | Shinsaku Fujita |
333-351 | Ab initio study of the HCO3−/H2O exchange in the (NH3)3 ZnII(HCO3−) complex | Miquel Solà, José L. Andrés, Miquel Duran, Agustí Lledós and Juan Bertrán |
353-371 | Polarized basis sets for high-level-correlated calculations of molecular electric properties |
267-289 | Analytic energy derivatives for the equation-of-motion coupled-cluster method: Algebraic expressions, implementation and application to theS1 state of HFCO | John F. Stanton and Jürgen Gauss |
291-314 | Dominant representations and a markaracter table for a group of finite order | Shinsaku Fujita |
315-332 | Subduction of dominant representations for combinatorial enumeration | Shinsaku Fujita |
333-351 | Ab initio study of the HCO3−/H2O exchange in the (NH3)3 ZnII(HCO3−) complex | Miquel Solà, José L. Andrés, Miquel Duran, Agustí Lledós and Juan Bertrán |
353-371 | Polarized basis sets for high-level-correlated calculations of molecular electric properties |
1-12 | Potential energy profiles of the geometric isomerization and the thermal decomposition of diphosphene HP=PH in the ground and excited electronic states | Takayuki Fueno and Hiroshi Akagi |
13-47 | An analysis of the zero differential overlap approximation. Towards an improved semiempirical MO method beyond it | Christian Kollmar and Michael C. Böhm |
49-59 | The nature of the carbon-carbon bond in the C2 and C2H2 molecules | Alessandra Forni and Maurizio Sironi |
61-65 | MBOHO calculations of phosphorus-carbon nuclear spin-spin coupling constants | Jian Wan and Chang-Guo Zhan |
1-12 | Potential energy profiles of the geometric isomerization and the thermal decomposition of diphosphene HP=PH in the ground and excited electronic states | Takayuki Fueno and Hiroshi Akagi |
13-47 | An analysis of the zero differential overlap approximation. Towards an improved semiempirical MO method beyond it | Christian Kollmar and Michael C. Böhm |
49-59 | The nature of the carbon-carbon bond in the C2 and C2H2 molecules | Alessandra Forni and Maurizio Sironi |
61-65 | MBOHO calculations of phosphorus-carbon nuclear spin-spin coupling constants | Jian Wan and Chang-Guo Zhan |
67-81 | A theoretical study of the electronic spectra of pyridine and phosphabenzene | J. Lorentzon, M. P. Fülscher and B. O. Roos |
83-96 | Proton affinities of molecules containing nitrogen and oxygen: Comparing density functional results to experiment | Ann M. Schmiedekamp, Igor A. Topol and Christopher J. Michejda |
97-106 | Restricted random walks on graphs | Milan Randić |
107-122 | Investigating optimal coordinates for describing vibrational motion | Rudolph C. Mayrhofer and Edwin L. Sibert |
123-131 | A comparison of density functional theory withab initio approaches for systems involving first transition row metals | Allesandra Ricca and Charles W. Bauschlicher |
133 | Book review | Gregory J. Atchity |
67-81 | A theoretical study of the electronic spectra of pyridine and phosphabenzene | J. Lorentzon, M. P. Fülscher and B. O. Roos |
83-96 | Proton affinities of molecules containing nitrogen and oxygen: Comparing density functional results to experiment | Ann M. Schmiedekamp, Igor A. Topol and Christopher J. Michejda |
97-106 | Restricted random walks on graphs | Milan Randić |
107-122 | Investigating optimal coordinates for describing vibrational motion | Rudolph C. Mayrhofer and Edwin L. Sibert |
123-131 | A comparison of density functional theory withab initio approaches for systems involving first transition row metals | Allesandra Ricca and Charles W. Bauschlicher |
133 | Book review | Gregory J. Atchity |
135-147 | Direct solution of H2+ Schrödinger equation using the hyperspherical coordinate | Wensheng Bian and Conghao Deng |
149-181 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
183-198 | Large atomic natural orbital basis sets for the first transition row atoms | Charles W. Bauschlicher |
135-147 | Direct solution of H2+ Schrödinger equation using the hyperspherical coordinate | Wensheng Bian and Conghao Deng |
149-181 | Density matrix averaged atomic natural orbital (ANO) basis sets for correlated molecular wave functions | |
183-198 | Large atomic natural orbital basis sets for the first transition row atoms | Charles W. Bauschlicher |
199-210 | A theoretical study on the ionization of furan with analysis of vibrational structure of the photoelectron spectra | Kouichi Takeshita and Yuichi Yamamoto |
211-226 | A vibrational CASSCF study of stretch-bend interactions and their influence on infrared intensities in the water molecule | F. Culot, F. Laruelle and J. Liévin |
227-239 | A theoretical determination of the electronic spectrum of formaldehyde | Manuela Merchán and Björn O. Roos |
241-252 | Totally dressed SDCI calculations: An application to HF and F2 | J. Sánchez-Marín, I. Nebot-Gil, D. Maynau and J. P. Malrieu |
253-267 | Electron correlation and relativistic effects in the coinage metal compounds |
199-210 | A theoretical study on the ionization of furan with analysis of vibrational structure of the photoelectron spectra | Kouichi Takeshita and Yuichi Yamamoto |
211-226 | A vibrational CASSCF study of stretch-bend interactions and their influence on infrared intensities in the water molecule | F. Culot, F. Laruelle and J. Liévin |
227-239 | A theoretical determination of the electronic spectrum of formaldehyde | Manuela Merchán and Björn O. Roos |
241-252 | Totally dressed SDCI calculations: An application to HF and F2 | J. Sánchez-Marín, I. Nebot-Gil, D. Maynau and J. P. Malrieu |
253-267 | Electron correlation and relativistic effects in the coinage metal compounds |
269-280 | A MNDO study of carbon clusters with specifically fitted parameters | Shiuh-ping Tseng, Min-yi Shen and Chin-hui Yu |
281-295 | Why do the second row transition metal atoms prefer 5s14dm+1 to 5s24dm? | |
297-303 | Theoretical studies on the photochromic processes of 4-bromo-N-salicylideneaniline | Wei-Hai Fang, Xiao-Zeng You and Zhen Yin |
305-313 | An efficient improvement of the string-based direct selected CI algorithm | Àngels Povill and Jaime Rubio |
315-326 | N2 activation by iron-sulfur complexes |
327-332 | High levelab initio stabilization energies of benzene | Mikhail N. Glukhovtsev and Sergei Laiter |
333-338 | Three properties of relative shape envelopes of molecular electron density contours | Paul G. Mezey |
339-349 | An efficient data compression method for the Davidson subspace diagonalization scheme | Holger Dachsel and Hans Lischka |
351-359 | Theoretical study on the electronic spectrum of TcO4− | J. Hasegawa, K. Toyota, M. Hada, H. Nakai and H. Nakatsuji |
361-367 | Theoretical study of the protonation of square-planar palladium(II) complexes. Assessment of basis set and correlation effects | A. Milet and A. Dedieu |
369-381 | A geometry optimization benchmark using highly correlated wavefunctions (FCI and MRD-CI) | Josep Maria Anglada and Josep Maria Bofill |
327-332 | High levelab initio stabilization energies of benzene | Mikhail N. Glukhovtsev and Sergei Laiter |
333-338 | Three properties of relative shape envelopes of molecular electron density contours | Paul G. Mezey |
339-349 | An efficient data compression method for the Davidson subspace diagonalization scheme | Holger Dachsel and Hans Lischka |
351-359 | Theoretical study on the electronic spectrum of TcO4− | J. Hasegawa, K. Toyota, M. Hada, H. Nakai and H. Nakatsuji |
361-367 | Theoretical study of the protonation of square-planar palladium(II) complexes. Assessment of basis set and correlation effects | A. Milet and A. Dedieu |
369-381 | A geometry optimization benchmark using highly correlated wavefunctions (FCI and MRD-CI) | Josep Maria Anglada and Josep Maria Bofill |
1-16 | Diagrammatic valence bond studies on hemocyanin | Pravat Kumar Mandal, P. T. Manoharan, Bhabadyuti Sinha and S. Ramasesha |
17-33 | Strained delocalized carbenoid ring systems — A theoretical investigation | Mats H. M. Olsson, Piotr Borowski and Björn O. Roos |
35-48 | Graphical representation of a new algorithm for nonorthogonalab initio valence bond calculations | Jiabo Li |
49-59 | New general formulas for matrix elements of the free-particle Green's function over Cartesian Gaussians | Petr Čársky, Vojtěch Hrouda and Martin Polášek |
1-16 | Diagrammatic valence bond studies on hemocyanin | Pravat Kumar Mandal, P. T. Manoharan, Bhabadyuti Sinha and S. Ramasesha |
17-33 | Strained delocalized carbenoid ring systems — A theoretical investigation | Mats H. M. Olsson, Piotr Borowski and Björn O. Roos |
35-48 | Graphical representation of a new algorithm for nonorthogonalab initio valence bond calculations | Jiabo Li |
49-59 | New general formulas for matrix elements of the free-particle Green's function over Cartesian Gaussians | Petr Čársky, Vojtěch Hrouda and Martin Polášek |
61-65 | On hydrogen-bonded complexes: the case of (HF)2 | Martin Quack and Martin A. Suhm |
67-78 | Topology of density difference and force analysis | |
79-85 | Topology and least motion | |
87-99 | Analytical first derivatives of the energy in the MNDO half-electron open-shell treatment | S. Patchkovskii and W. Thiel |
101-129 | Polarized basis sets for high-level-correlated calculations of molecular electric properties |
61-65 | On hydrogen-bonded complexes: the case of (HF)2 | Martin Quack and Martin A. Suhm |
67-78 | Topology of density difference and force analysis | |
79-85 | Topology and least motion | |
87-99 | Analytical first derivatives of the energy in the MNDO half-electron open-shell treatment | S. Patchkovskii and W. Thiel |
101-129 | Polarized basis sets for high-level-correlated calculations of molecular electric properties |
131-140 | Accurate electric multipole moments for HCN and HCP from CCSD(T) calculations with large Gaussian basis sets | George Maroulis and Claude Pouchan |
141-156 | Fully relativistic pseudopotentials for alkaline atoms: Dirac-Hartree-Fock and configuration interaction calculations of alkaline monohydrides | M. Dolg |
157-163 | Kinetic energy analysis of atomic multiplets | |
165-176 | On the definition of valence of functional groups in molecules | Robert Ponec, Matthias Krack and Karl Jug |
177-189 | Effect of crystal potential on dynamic polarizability of negative ions | D. Ray, P. C. Schmidt and Alarich Weiss |
191-197 | Spectral moments of polymer graphs | Ivan Gutman and Vladimir R. Rosenfeld |
131-140 | Accurate electric multipole moments for HCN and HCP from CCSD(T) calculations with large Gaussian basis sets | George Maroulis and Claude Pouchan |
141-156 | Fully relativistic pseudopotentials for alkaline atoms: Dirac-Hartree-Fock and configuration interaction calculations of alkaline monohydrides | M. Dolg |
157-163 | Kinetic energy analysis of atomic multiplets | |
165-176 | On the definition of valence of functional groups in molecules | Robert Ponec, Matthias Krack and Karl Jug |
177-189 | Effect of crystal potential on dynamic polarizability of negative ions | D. Ray, P. C. Schmidt and Alarich Weiss |
191-197 | Spectral moments of polymer graphs | Ivan Gutman and Vladimir R. Rosenfeld |
199-210 | Ab Initio studies on the rotational equilibria of 2-substituted furan and thiophene carbonyl derivatives | In-Suk Han, Chang Kon Kim, Hak Jin Jung and Ikchoon Lee |
211-233 | Generalized doubly symbolic formulation for integral-driven direct configuration interaction method | Yuji Mochizuki, Naoki Nishi, Yukio Hirahara and Toshikazu Takada |
235-241 | Magnetic hyperpolarizabilities in a cubic response formulation | Dan Jonsson, Patrick Norman, Olav Vahtras and Hans Ågren |
243-258 | A theoretical study on the ionization of tetrafluoroethylene with analysis of vibrational structure of the photoelectron spectra | Kouichi Takeshita |
199-210 | Ab Initio studies on the rotational equilibria of 2-substituted furan and thiophene carbonyl derivatives | In-Suk Han, Chang Kon Kim, Hak Jin Jung and Ikchoon Lee |
211-233 | Generalized doubly symbolic formulation for integral-driven direct configuration interaction method | Yuji Mochizuki, Naoki Nishi, Yukio Hirahara and Toshikazu Takada |
235-241 | Magnetic hyperpolarizabilities in a cubic response formulation | Dan Jonsson, Patrick Norman, Olav Vahtras and Hans Ågren |
243-258 | A theoretical study on the ionization of tetrafluoroethylene with analysis of vibrational structure of the photoelectron spectra | Kouichi Takeshita |
259-267 | Complete to second-orderab initio level calculations of electronicg-tensors | G. H. Lushington and F. Grein |
269-279 | Electronic structures of superconductors YBa2Cu3−xMxOy (M=Sn, Ni) | Li Ming, Deng Chuanyue and Fu Wentao |
281-301 | The MIDI! basis set for quantum mechanical calculations of molecular geometries and partial charges | R. Evan Easton, David J. Giesen, Andrew Welch, Christopher J. Cramer and Donald G. Truhlar |
303-313 | A simple correction to final state energies of doublet radicals described by equation-of-motion coupled cluster theory in the singles and doubles approximation | John F. Stanton and Jürgen Gauss |
315 | Extension of the MNDO formalism tod orbitals: Integral approximations and preliminary numerical results | Walter Thiel and Alexander A. Voityuk |
259-267 | Complete to second-orderab initio level calculations of electronicg-tensors | G. H. Lushington and F. Grein |
269-279 | Electronic structures of superconductors YBa2Cu3−xMxOy (M=Sn, Ni) | Li Ming, Deng Chuanyue and Fu Wentao |
281-301 | The MIDI! basis set for quantum mechanical calculations of molecular geometries and partial charges | R. Evan Easton, David J. Giesen, Andrew Welch, Christopher J. Cramer and Donald G. Truhlar |
303-313 | A simple correction to final state energies of doublet radicals described by equation-of-motion coupled cluster theory in the singles and doubles approximation | John F. Stanton and Jürgen Gauss |
315 | Extension of the MNDO formalism tod orbitals: Integral approximations and preliminary numerical results | Walter Thiel and Alexander A. Voityuk |
317-331 | Parallel direct four-index transformations | Adrian T. Wong, Robert J. Harrison and Alistair P. Rendell |
333-342 | Ab initio MP2 study of the HF ... ClF complex using various extended basis sets and bond functions | Josefredo R. Pliego, Stella M. Resende and Wagner B. De Almeida |
343-366 | Modern valence bond representations of CASSCF wavefunctions | Thorstein Thorsteinsson, David L. Cooper, Joseph Gerratt, Peter B. Karadakov and Mario Raimondi |
317-331 | Parallel direct four-index transformations | Adrian T. Wong, Robert J. Harrison and Alistair P. Rendell |
333-342 | Ab initio MP2 study of the HF ... ClF complex using various extended basis sets and bond functions | Josefredo R. Pliego, Stella M. Resende and Wagner B. De Almeida |
343-366 | Modern valence bond representations of CASSCF wavefunctions | Thorstein Thorsteinsson, David L. Cooper, Joseph Gerratt, Peter B. Karadakov and Mario Raimondi |
1-12 | Relationship between oxygen content and superconductivity of Tl0.5Pb0.5Sr2CuOy(y≈5) | Li Ming |
13-22 | AM1 study of Wolff and 1,2-hydrogen shift rearrangements of β-oxy-α-Diazo carbonyl compounds | F. Enriquez, F. J. López-Herrera, J. J. Quirante and F. Sarabia |
23-37 | Theoretical and experimental studies of electronic effects and second-order nonlinear optical properties of some benzenecarbothioates and benzenecarbodithioates | Alain Botrel, André Darchen, Brigitte Negroni, Isabelle Ledoux and Joseph Zyss |
39-51 | Optimization of Gaussian basis sets for Dirac-Hartree-Fock calculations | Kenneth G. Dyalll and Knut Fægri |
53-66 | Supersymmetry and the Hartmann potential of theoretical chemistry | Gardo Garnet Blado |
1-12 | Relationship between oxygen content and superconductivity of Tl0.5Pb0.5Sr2CuOy(y≈5) | Li Ming |
13-22 | AM1 study of Wolff and 1,2-hydrogen shift rearrangements of β-oxy-α-Diazo carbonyl compounds | F. Enriquez, F. J. López-Herrera, J. J. Quirante and F. Sarabia |
23-37 | Theoretical and experimental studies of electronic effects and second-order nonlinear optical properties of some benzenecarbothioates and benzenecarbodithioates | Alain Botrel, André Darchen, Brigitte Negroni, Isabelle Ledoux and Joseph Zyss |
39-51 | Optimization of Gaussian basis sets for Dirac-Hartree-Fock calculations | Kenneth G. Dyalll and Knut Fægri |
53-66 | Supersymmetry and the Hartmann potential of theoretical chemistry | Gardo Garnet Blado |
67-73 | A theoretical evaluation of steric and electronic effects on the structure of [OsO4 (NR3)] (NR3=bulky chiral alkaloid derivative) complexes | Gregori Ujaque, Feliu Maseras and Agustí Lledós 75-91 | Stephane Klein, Elise Kochanski, Alain Strich and Andrzej J. Sadlej 93-104 |
105-124 | Pseudo-point groups and chronality in enumeration of reaction pairs | Shinsaku Fujita |
67-73 | A theoretical evaluation of steric and electronic effects on the structure of [OsO4 (NR3)] (NR3=bulky chiral alkaloid derivative) complexes | Gregori Ujaque, Feliu Maseras and Agustí Lledós 75-91 | Stephane Klein, Elise Kochanski, Alain Strich and Andrzej J. Sadlej 93-104 |
105-124 | Pseudo-point groups and chronality in enumeration of reaction pairs | Shinsaku Fujita |
125-141 | Young operator methods for fermion systems | Yaxiong Yu, Pancracio Palting and Ying-Nan Chiu |
143-154 | A theoretical determination of the electronic spectrum of Methylenecyclopropene | Manuela Merchant, Remedios González-Luque and Björn O. Roos |
155-176 | Theoretical study of magnetic properties of ammonia molecule in nonuniform magnetic field | M. C. Caputo, M. B. Ferraro and P. Lazzeretti |
177-182 | T-hull relations for shape envelopes of molecular contours | Douglas J. Klein and Paul G. Mezey |
183-184 | Book review | J. Paldus Waterloo |
185 | Announcement |
125-141 | Young operator methods for fermion systems | Yaxiong Yu, Pancracio Palting and Ying-Nan Chiu |
143-154 | A theoretical determination of the electronic spectrum of Methylenecyclopropene | Manuela Merchant, Remedios González-Luque and Björn O. Roos |
155-176 | Theoretical study of magnetic properties of ammonia molecule in nonuniform magnetic field | M. C. Caputo, M. B. Ferraro and P. Lazzeretti |
177-182 | T-hull relations for shape envelopes of molecular contours | Douglas J. Klein and Paul G. Mezey |
183-184 | Book review | J. Paldus Waterloo |
185 | Announcement |
187-203 | Core and valence electrons in atoms and ions: configuration interaction calculations | Normand Desmarais and Sándor Fliszár |
205-212 | Isostationary functions for multimode and multilevel Jahn-Teller systems | A. Ceulemans and L. F. Chibotaru |
213-222 | Numerical investigations of different orders of relativistic effects in atomic shells | K. Molzberger and W. H. Eugen Schwarz |
223-231 | A model study of intramolecular energy transfer in polyatomic molecular reactions | Meishan Zhao |
233-245 | Exact transformations of CI spaces, VB representations of CASSCF wavefunctions and the optimization of VB wavefunctions | Thorstein Thorsteinsson and David L. Cooper |
187-203 | Core and valence electrons in atoms and ions: configuration interaction calculations | Normand Desmarais and Sándor Fliszár |
205-212 | Isostationary functions for multimode and multilevel Jahn-Teller systems | A. Ceulemans and L. F. Chibotaru |
213-222 | Numerical investigations of different orders of relativistic effects in atomic shells | K. Molzberger and W. H. Eugen Schwarz |
223-231 | A model study of intramolecular energy transfer in polyatomic molecular reactions | Meishan Zhao |
233-245 | Exact transformations of CI spaces, VB representations of CASSCF wavefunctions and the optimization of VB wavefunctions | Thorstein Thorsteinsson and David L. Cooper |
247-256 | A comparative QCISD(T), DFT and MCSCF study of the unimolecular, decomposition of the N-chloro-α-glycine anion in gas phase | J. J. Queralt, V. S. Safont, V. Moliner and J. Andrés |
257-269 | Analytical form of the interaction energy of radicals at short and long distances | Marek Narożnik and Jan Niedzielski |
271-285 | Energy levels of the weakly interacting radicals | Marek Naroznik and Jan Niedzielski |
287-295 | Multipole-based calculation of the polarization energy | John B. O. Mitchell |
297-310 | DFT and MO calculations of atomic and molecular chemisorption energies on surface cluster models | Luciano Triguero, Ulf Wahlgren, Lars G. M. Pettersson and Per Siegbahn |
311-331 | Study on the behavior of energy convergence in ab initio crystal orbital calculations | Hiroyuki Teramae |
333-344 | Perturbative calculation of intermolecular interactions in orthogonalized or biorthogonal basis sets | P. R. Surján and C. Pérez del Valley |
345-381 | The electron correlation cusp |
1-12 | Diatomic interaction energies in the topological theory of atoms in molecules | Anibal Sierraalta and Gernot Frenking 13-34 An integral direct, distributed-data, parallel MP2 algorithm | Martin Schütz and Roland Lindh 35-47 | Sheela Kirpekar, Hans Jørgen Aagaard Jensen and Jens Oddershede 49-62 Møller–Plesset correlation energies in a localized orbital basis using a Laplace transform technique | Angela K. Wilson and Jan Almlöf |
1-12 | Diatomic interaction energies in the topological theory of atoms in molecules | Anibal Sierraalta and Gernot Frenking |
13-34 | An integral direct, distributed-data, parallel MP2 algorithm | Martin Schütz and Roland Lindh |
35-47 | Spin-orbit corrections to the indirect nuclear spin-spin coupling constants in XH4 (X = C, Si, Ge, and Sn) | Sheela Kirpekar, Hans Jørgen Aagaard Jensen and Jens Oddershede |
49-62 | Møller-Plesset correlation energies in a localized orbital basis using a Laplace transform technique | Angela K. Wilson and Jan Almlöf |
63-65 | On chiral pathways inEn: A dimensional analysis | Noham Weinberg and Kurt Mislow |
67-79 | The delocalisation energy of benzene and the non-empirical MO theory | Melvyn P. Melrose |
81-95 | A method for population and bonding analyses in calculations with extended basis sets | Wenjian Liu and Lemin Li |
97-98 | A simple correction to final state energies of doublet radicals described by equation-of-motion coupled cluster theory in the singles and doubles approximation (Erratum) | John F. Stanton and Jürgen Gauss |
99-112 | Molecular structures of mononitroanilines and their thermal decomposition products | P. C. Chen, W. Lo and K. H. Hu |
113-130 | Analytical Hartree-Fock electron densities for atoms He through Lr | Toshikatsu Koga |
131-150 | Symmetry adaptation and the utilization of point group symmetry in valence bond calculations, including CASVB | Thorstein Thorsteinsson, David L. Cooper, Joseph Gerratt and Mario Raimondi |
113-130 | Analytical Hartree–Fock electron densities for atoms He through Lr | Toshikatsu Koga |
151-163 | Possible binding orientations ofβ-lactams withinStaphylococcus aureus POβ-lactamase suggest factors involved inβ-lactamase resistance | J. Frau and S. L. Price |
165-200 | Correlation effects in a few-particle one-dimensional Coulomb-interacting system | S. Olszewski, T. Rolinski, M. Cinal and T. Kwiatkowski |
201-213 | Theoretical study of thermal decomposition of azomethane | Imrich Vrábel, Stanislav Biskupič and Andrej Staško |
215-241 | Size-consistent single-reference methods for electronic correlation: a unified formulation through intermediate hamiltonian theory | José Sánchez-Marín, Ignacio Nebot-Gil, Jean Paul Malrieu, Jean Louis Heully and Daniel Maynau |
243-244 | Announcement | |
151-163 | Possible binding orientations of | J. Frau and S. L. Price |
213-216 | Differentiating between hydrogen and fluorine on a diamond surface | Charles W. Bauschlicher Jr. and Marzio Rosi |
217-222 | Bond functions and many-body effects of the helium trimer | A. S. Shalabi and A. M. EL-Nahas |
223-242 | On obtaining localized bonding schemes from delocalized molecular-orbital wave functions | Vinzenz Bachler |
243-247 | Contracted Gaussian-type basis functions revisited II. Atoms Na through Ar | Hiroshi Tatewaki, Toshikatsu Koga and Hiroyuki Takashima |
248-255 | Atomic ionization potentials and electron affinities with relativistic and mass corrections | Toshikatsu Koga, Hidenori Aoki, J. M. Garcia de la Vega and Hiroshi Tatewaki |
256-260 | The evaluation of spectral moments for molecular graphs of phenylenes | Svetlana Marković and Aleksandra Stajković |
261-268 | Assignment of conformation-sensitive near-infrared bands in high-spin ferrous haemoproteins. | |
269-276 | Spin-adapted multipartitioning perturbation theory | Andréi Zaitsevskii and Jean-Paul Malrieu |
155-164 | FSGO band structure calculations of polyethers in Fourier space | I. Flamant, J. G. Fripiat and J. Delhalle |
165-170 | A CSF-based multi-reference coupled pair approximation | |
171-181 | Overcoming barriers in macromolecular simulations: non-Boltzmann thermodynamic integration | Nobuyuki Ota and Axel T. Brünger |
182-191 | Superposition of nonorthogonal Slater determinants towards electron correlation problems | Seiichiro Ten-no |
192-196 | Solution of the Schrödinger equation for two different molecular potentials by the Nikiforov-Uvarov method | Fevzi Büyükiliç, Harun Egˇrifes and Dogˇan Demirhan |
197-201 | A criterion for the confluence of two seams of conical intersection in triatomic molecules | David R. Yarkony |
202-205 | Calculation of quantum mechanical free energy at low temperature | Jenn-Kang Hwang |
206-211 | The Role of Electrostatics in Chemistry |
1-8 | Transition states in modern valence-bond theory: application to the Cope rearrangement | Josep M. Oliva |
9-63 | Extension of the platform of applicability of the SM5.42R universal solvation model | Jiabo Li, Tianhai Zhu, Gregory D. Hawkins, Paul Winget and Daniel A. Liotard, et al. |
64-69 | A theoretical study of the second band of the photoelectron spectrum of benzene with an analysis of the vibrational structure | Kouichi Takeshita |
70-76 | Expansion coefficients and moments of electron momentum densities for singly charged ions | Toshikatsu Koga, E. Romera, J. S. Dehesa, Hisashi Matsuyama and Ajit J. Thakkar |
77-80 | Using simplified protein representation as a reference potential for all-atom calculations of folding free energy | Z. Z. Fan, J.-K. Hwang and A. Warshel |
81-84 | Transition structures and exo/endo stereoselectivities of concerted [6 + 4] cycloadditions with density functional theory | E. Goldstein, Brett R. Beno and K. N. Houk |
85 | Erratum: Theor Chem Acc (1999) 102:317–327 |
319-328 | Accurate thermochemistry from corrected Hartree–Fock results: rapid estimation of nearly experimental quality total energy using the small 6-31G(d) basis set | Sándor Kristyán, Adrienn Ruzsinszky and Gábor I. Csonka |
329-338 | Model studies of the chemisorption of hydrogen and oxygen on the Au (1 0 0) surface | H. Strømsnes, S. Jusuf, A. Bagatur'yants, O. Gropen and U. Wahlgren |
339-351 | Identification of deadwood in configuration spaces through general direct configuration interaction | Joseph Ivanic and Klaus Ruedenberg |
352-363 | Theoretical investigation into structures and magnetic properties of smaller fullerenes and their heteroanalogues | Zhongfang Chen, Haijun Jiao, Michael Bühl, Andreas Hirsch and Walter Thiel |
364-368 | Endohedral chemical shifts in higher fullerenes with 72–86 carbon atoms | Zhongfang Chen, Jerzy Cioslowski, Niny Rao, David Moncrieff and Michael Bühl, et al. |
369-378 | Simultaneous calculation of Rydberg and valence excited states of formaldehyde | Thomas Müller and Hans Lischka |
379-392 | Stabilization of diazene in Fe(II)–sulfur model complexes relevant for nitrogenase activity. I. A new approach to the evaluation of intramolecular hydrogen bond energies | Markus Reiher, Dieter Sellmann and Bernd Artur Hess |
393-403 | Ab initio study of bonding trends for f0 actinide oxyfluoride species | Michal Straka, Kenneth G. Dyall and Pekka Pyykkö |
404-411 | The performance of the rapid estimation of basis set error and correlation energy from partial charges method on new molecules of the G3/99 test set | Sándor Kristyán, Adrienn Ruzsinszky and Gábor I. Csonka |
426-433 | Modeling the H5+ potential-energy surface: a first attempt | Rita Prosmiti, Alexei A. Buchachenko, Pablo Villarreal and Gerardo Delgado-Barrio |
434-438 | Molecular Schrödinger–Riccati calculations. Test for the hydrogen-ion molecule | S. Fraga, J. M. García de la Vega and E. S. Fraga |
57-70 | Gradient of the ZAPT2 energy | Graham D. Fletcher, Mark S. Gordon and Robert S. Bell |
71-79 | Local-orbital-based correlated ab initio band structure calculations in insulating solids: LiF | Martin Albrecht |
80-89 | Comparison of solvent reaction field representations | Daniel M. Chipman |
90-102 | Implementation of solvent reaction fields for electronic structure | Daniel M. Chipman and Michel Dupuis |
103-115 | Maxwell–Cartesian spherical harmonics in multipole potentials and atomic orbitals | Jon Applequist |
116 | Systematic nomenclature of organic chemistry, D. Hellwinkel, Springer-Verlag, Berlin Heidelberg New York, 2001, 35 tables, 228 pages, soft-cover, $ 19.95 | C. J. Cramer and D. G. Truhlar |
61-70 | Gaussian-3 and related methods for accurate thermochemistry | Larry A. Curtiss and Krishnan Raghavachari |
71-84 | Computational modeling of enzymatic keto-enol isomerization reactions | Isabella Feierberg and Johan Åqvist |
85-97 | Infrared spectra of CO in absorption and evaluation of radial functions for potential energy and electric dipolar moment | J. F. Ogilvie, S.-L. Cheah, Y.-P. Lee and S. P. A. Sauer |
98-102 | Two early branching indices and the relation between them | Ivan Gutman and Dušica Vidović |
103-112 | Recombination of tert-butyl radicals: the role of weak van der Waals interactions | Marek Naroznik and Jan Niedzielski |
113-123 | Evaluation of the Coulomb energy in relativistic self-consistent-field theory | H. M. Quiney, P. Belanzoni and A. Sgamellotti |
187-213 | A priori rate constants for kinetic modeling | R. Sumathi and William H. Green Jr. |
214-224 | Electron-pairing analysis from localization and delocalization indices in the framework of the atoms-in-molecules theory | Xavier Fradera, Jordi Poater, Sílvia Simon, Miquel Duran and Miquel Solà |
225-231 | Two new symmetry-adapted perturbation theories for the calculation of intermolecular interaction energies | William H. Adams |
232-239 | Density functional theory study of the mechanism of the proline-catalyzed intermolecular aldol reaction | Manuel Arnó and Luis R. Domingo |
240-245 | An ab initio study of NMR chemical shifts and spin-spin coupling constants of bicyclobutane | Michal Jaszuński, Grigory Dolgonos and Helena Dodziuk |
246-253 | On the relation between a common gauge origin formulation and the GIAO formulation of the NMR shielding tensor | Georg Schreckenbach |
255-272 | Breathing-orbital valence bond method – a modern valence bond method that includes dynamic correlation | Philippe C. Hiberty and Sason Shaik |
273-285 | Signatures of reactive resonance: three case studies | Sheng Der Chao and Rex T. Skodje |
286-292 | Molecular recognition by β-cyclodextrin derivatives: molecular dynamics, free-energy perturbation and molecular mechanics/ Poisson–Boltzmann surface area goals and problems | Ivan Beà, Carlos Jaime and Peter Kollman |
293-304 | Theoretical study of the structural character of weakly bonding silicon carbonyl complexes | Yuxiang Bu and Zhaohua Cao |
305-310 | Variational calculations for the energy levels of confined two-electron atomic systems | B. Saha, T.K. Mukherjee, P.K. Mukherjee and G.H.F. Diercksen |
311 | Test of variational transition state theory with multidimensional tunneling contributions against experimental kinetic isotope effects for the CHnD4−n + OH-> P (n=0, 4) reactions | Laura Masgrau, Àngels González-Lafont and José M. Lluch |
313-324 | Molecular potential-energy surfaces for chemical reaction dynamics | Michael A. Collins |
325-334 | Improper, blue-shifting hydrogen bond | Pavel Hobza and Zdenek Havlas |
335-340 | Relativistic and nonrelativistic finite nucleus optimized triple-zeta basis sets for the 4 | |
341-346 | Ab initio study of rate constants of the reaction: HCN + OH → CN + H2O | Chao Yang Wang, Shaowen Zhang and Qian Shu Li |
347-351 | Average inner product sums of electron linear momenta for atoms and ions | Hisashi Matsuyama and Toshikatsu Koga |
352-364 | The reduction of ribonucleotides catalyzed by the enzyme ribonucleotide reductase | Pedro Alexandrino Fernandes, Leif A. Eriksson and Maria João Ramos |
365 | Relativistic and nonrelativistic finite nucleus optimized double zeta basis sets for the 4 | |
366 | J.J. Li: Name reactions – A collection of detailed reaction mechanisms | Christopher J. Cramer |
367-368 | Christopher J. Cramer: Essentials of Computational Chemistry: Theories and Models |
1-7 | Transition states from empirical force fields | Frank and Per-Ola |
8-21 | Study of the dynamics of protein folding through minimalistic models | Goundla Srinivas and Biman Bagchi |
22-35 | Long-range and short-range Coulomb correlation effects as simulated by Hartree–Fock, local density approximation, and generalized gradient approximation exchange functionals | Victor Polo, Jürgen Gräfenstein, Elfi Kraka and Dieter Cremer |
36-39 | Variational calculations for helium-like ions using generalized Kinoshita-type expansions | Ajit J. Thakkar and Toshikatsu Koga |
40-42 | Comments on relativistic basis sets | Hiroshi Tatewaki and Yuji Mochizuki |
43-52 | Evaluation of an ab initio quantum mechanical/molecular mechanical hybrid-potential link-atom method | Patricia Amara and Martin J. Field |
53-63 | Mechanism and control of molecular energy flow: a modeling perspective | Martin Gruebele |
64-70 | The role of theory in the laboratory control of quantum dynamics phenomena | Herschel Rabitz |
71-84 | Continuum solvation of large molecules described by QM/MM: a semi-iterative implementation of the PCM/EFP interface | Hui Li, Christian S. Pomelli and Jan H. Jensen |
85-90 | Correlating basis sets for the H atom and the alkali-metal atoms from Li to Rb | Takeshi Noro, Masahiro Sekiya and Toshikatsu Koga |
91-98 | Physical analysis of the diatomic “chemical” energy components | A. Hamza and I. Mayer |
233-253 | A derivation of the frozen-orbital unrestricted open-shell and restricted closed-shell second-order perturbation theory analytic gradient expressions | Christine M. Aikens, Simon P. Webb, Rob L. Bell, Graham D. Fletcher and Michael W. Schmidt, et al. |
254-266 | Towards a ‘‘next generation’’ neglect of diatomic differential overlap based semiempirical molecular orbital technique | Paul Winget, Cenk Selçuki, Anselm H. C. Horn, Bodo Martin and Timothy Clark |
267-275 | Generalized Christoffel–Darboux formulae and the frontier Kohn–Sham molecular orbitals | Paul W. Ayers |
276-283 | A study with a complete-active-space self-consistent-field plus density functional theory combination: The low-lying bound states of N 2 | E. San-Fabián and L. Pastor-Abia |
284-289 | Resistance distance and Laplacian spectrum | Wenjun Xiao and Ivan Gutman |
59-67 | Own N-layered integrated molecular orbital and molecular mechanics study of the reaction of OH - with polychlorinated hydrocarbons CH (4-n)Cl n (n=2–4) | Suyong Re and Keiji Morokuma |
68-74 | Explicit definition of the reaction coordinate for the Jackels–Gu–Truhlar projection technique to compute harmonic vibrational frequencies along the intrinsic reaction path | Gregory A. Natanson |
75-83 | Generalized reaction-path Hamiltonian dynamics | Javoer González, Xavier Giménez and Josep Maria Bofill |
84-94 | Correlation potentials for a multiconfigurational-based density functional theory with exact exchange | Sergey Gusarov, Per-Åke Malmqvist, Roland Lindh and Björn O. Roos |
95-105 | Ab initio study of the oxidation of CH3SH to CH3SSCH3 | Rois Benassi |
106-112 | Performance of density functionals for calculation of reductive ring-opening reaction energies of Li +-EC and Li +-VC | Young-Kyu Han and Ssang Uck Lee |
197-204 | New designs for inhibitors of the NF-κB: DNA binding | Pedro A. Fernandes, Elsa S. Henriques, Vineet Pande, Maria. J. Ramos and Ana R. R. Maia, et al. |
205-211 | Geometric and electronic similarities between transition structures for electrocyclizations and sigmatropic hydrogen shifts | Robert Ponec, Patrick Bultinck, Sofie Van Damme, Ramon Carbó-Dorca and Dean J. Tantillo |
212-224 | Valence basis sets for lanthanide 4f-in-core pseudopotentials adapted for crystal orbital ab initio calculations | J. Yang and M. Dolg |
225-232 | Interpolated potential energy surface for abstraction and exchange reactions of NH3 + H and deuterated analogues | Gloria E. Moyano and Michael A. Collins |
233-237 | Basis set effects on relative energies and HOMO–LUMO energy gaps of fullerene C36 | Kyoung Hoon Kim, Young-Kyu Han and Jaehoon Jung |
238-247 | Reduced–size polarized basis sets for calculations of molecular electric properties. III. Second–row atoms | Zuzana Benkova, Andrzej J. Sadlej, Roma E. Oakes and Steven E. J. Bell |
249-256 | Computational study of hydrogen-bonded complexes between the most stable tautomers of L-leucine and bases of RNA | Yaying Zhao and Lixin Zhou |
257-266 | Variation of electrophilicity during molecular vibrations and internal rotations | R. Parthasarathi, M. Elango, V. Subramanian and P. K. Chattaraj |
267-273 | Estimating the Hartree—Fock limit from finite basis set calculations | Frank Jensen |
274-280 | The effects of solvation in the theoretical spectra of cationic dyes | P. Homem-de-Mello, B. Mennucci, J. Tomasi and A. B. F. da Silva |
281-286 | Properties of modified cyclo-olefin copolymers predicted by ab initio and molecular simulation techniques | J. Katajisto, M. Linnolahti and T. A. Pakkanen |
287-293 | Electron localizability indicator for correlated wavefunctions. II Antiparallel-spin pairs | M. Kohout, K. Pernal, F. R. Wagner and Yu. Grin |
294 | The nature of the chemical bond revisited. An energy partitioning analysis of diatomic molecules E2 (E = N–Bi, F–I), CO and BF | Catharine Esterhuysen and Gernot Frenking |