Advances in Chemical Physics: Index: Volumes I-LV, Volume 59

381 Pages·1985·5.407 MB·English

ADVANCES IN CHEMICAL PHYSICS
VOLUME LIX
EDITORIAL BOARD
C. J. BALLHUSENK,o benhaven Universitets Fysisk-Kemiske Institut. Kemisk
Laboratorium IY Kobenhaven, Denmark
BRUCEB ERNE,D epatment of Chemistry, Columbia University, New York, N.Y.,
U.S.A.
RICHARBD. BERNSTEIDNe, partment of Chemistry, University of California, Los
Angeles, California. U.S.A.
G. CARER], Instituto di Fisica “Guglielmo Marconi.” Universita delli Studi, Piazzle
delle Scienze, Rome, Italy
MORRELC OHENE, xxon Research and Engineering Company, Clinton Township,
Annandale, New Jersey, U.S.A.
KARLE FREEDT, he James Franck Institute, The University of Chicago, Chicago,
Illinois, U.S.A.
ROBERTG OMERT. he James Franck Institute, The University of Chicago, Chicago,
Illinois, USA.
RAYMONED. KAPRALU, niversity of Toronto, Toronto, Ontario, Canada
WILLIAM KLEMPEREDRe, partment of Chemistry, Harvard University, Cambridge,
Massac huse tts, U.S.A .
YU L. KLIMONTOVITCH, Moscow State University, Moscow, USSR
V. KRINSKI, Institute of Biological Physics, USSR Academy of Science. Puschino,
Moscow Region. USSR
M. MANDELC, hemie-Complex der Rijks-Universiteit, Wassenaarseweg, Leiden,
Netherlands
RUDYM ARCUS,D epartment of Chemistry, California Institute of Technology,
Pasadena, California, U.S.A.
PETERM AZUR,I nstitute Lorentz voor Theoretische Natuurkunde, Nieuwsteeg.
Leiden, Netherlands
GRECOIRNEI COLIS,P ool de Physique, Faculte dc Sciences, Universite Libre de
Bruxelles. Bruxelles, Belgium
A. PACAULTC,e ntre de Recherches Paul Pascal, Domaine Universitaire, Talance.
France
YVESP OMEAUC,o mmissariat a I’Energie Atomique, Centre d’Etudes nucleaires de
Saclay, Division de la Physique, Gif-sur-Yvette, France
A. RAHMANA,r gonne National Laboratory, Argonne, Illinois, USA.
I? SCHUSTERIn, stitut fur Theoretische Chemie und Strahlenchemie, Universita
Wien, Wien, Austria
1. SHAVITTD, epartment of Chemistry, Ohio State University, Columbus, Ohio,
U.S.A.
KAZUHISTAO MITA. Department of Physics, Faculty of Science, Kyoto University,
Kyoto, Japan
Advances in
CHEMICAL PHYSICS
VOLUME LIX
INDEX: VOLUMES I-LV
PREPARED BY
Patricia L. Radloff
The James Franck Institute
The University of Chicago
Chicago, Illinois
SERIES EDITORS
I. PRIGOGINE
University of Brussels
Brussels, Belgium
and
University of Texas
Austin. Texas
AND
STUART A. RICE
Department of Chemistry
and
The James Franck Institute
The University of Chicago
Chicago. Illinois
AN INTERSCIENCE'" PUBLICATION
JOHN WILEY & SONS
NEW YORK CHICHESTER BRISBANE TORONTO SINGAPORE
An Interscience@P ublication
Copyright 0 1985 by John Wiley &Sons, Inc.
All rights reserved. Published simultaneously in Canada.
Reproduction or translation of any part of this work
beyond that permitted by Section 107 or 108 of the
1976 United States Copyright Act without the permission
of the copyright owner is unlawful. Requests for
permission or further information should be addressed to
the Permissions Department, John Wiley & Sons, Inc.
Library of Congress Catalog Number: 58-9935
ISBN 0-471-80427-4
Printed in the United States of America
1 0 9 8 7 6 5 4 3 2 1
CONTENTS
1
ARTICLE INDEX
35
AUTHOR INDEX
SUBJECINTD EX 59
ADVANCES IN CHEMICAL PHYSICS
VOLUME LIX
Advance in Chemical Physics, VolumeL IX
Edited by I. Prigogine, Stuart A. Rice
Copyright © 1985 by John Wiley & Sons, Inc.
ARTICLE INDEX
A
Alcohol narcosis Parmenter, C. S., “Radiative and
Johnson, F. H., “Hydrostatic Pres- Nonradiative Processes in Ben-
sure Reversal of Alcohol Narcosis zene,” 22:365.
in Aquatic Animals,” 21:647. see also Electronic spectroscopy
Atmospheric chemistry Bifurcations
McGowan, J. W., Kummler, R. H., Kauffman, S. A,, “Bifurcations in
and Gilmore, F. R., “Excitation Insect Morphogenesis,” 55:2 19.
De-excitation Processes Relevant
Nicolis, G., “Bifurcations and Sym-
to the Upper Atmosphere,” metry Breaking in Far-from-Equi-
28: 37 9. librium Systems: Toward a
Michels, H. H., “Electronic Excited Dynamics of Complexity,”
States of Selected Atmospheric 55: 177.
Systems,” 45:225. Biomolecule conformation
Nicolet, M., “Atmospheric Chemis-
Uny, D. W., “Biomolecular Confor-
try,” 5563. mation and Biolo&al Activity,”
Zander, R., “Commentary: Observa- 21:581.
tional Aspects Related to the Boron
Chemical Evolution of Our
Houtman, J. A. and Duffey, G. H.,
Atmosphere,” 55:79.
“A Free-Electron Study of Com-
mon Boron Frameworks,” 21:7.
Brownian motion
Dagonnier, R.. “Theory of Quantum
Brownian Motion,” 16: 1.
BCnard convection
Guth, E., “Brownian Motion and
see Convection
Indeterminacy Relations,”
Benzenes 15:363.
Goodman, L. and Rava, R. P., “Two-
Photon Spectroscopy of Per-
turbed Benzenes,” 54: 177.
1
2 ADVANCES IN CHEMICAL PHYSICS
C
of Bound States,” 36: I.
Rice, S. A., “An Overview of the
Dynamics of Intramolecular
Carcinogenesis Transfer of Vibrational Energy,”
Daudel, R., “The Relation Between 47:Part 1 : I 17.
Structure and Chemical Reac- Tabor, M., “The Onset of Chaotic
tivity of Aromatic Hydrocarbons Motion in Dynamical Systems,”
with Particular Reference to Car- 46:73.
cinogenic Properties,” l:1 65.
Charge transfer
Pullman, B., “Steroids, Purine-
Baede, A. P. M., ”Charge Transfer
Pyrimidine Pairs and Polycyclic
Between Neutrals at Hyperther-
Aromatic Carcinogens,” 8: 163.
ma1 Energies,” 30:463.
Catalysis
Englman, R., “Optical Absorptions
Comer, R., “Electron Spectroscopy and Charge Transfer States,” 8: 13.
of Chemisorption on Metals,”
Lichten, W., “Resonant Charge
21:2 I I.
Exchange in Atomic Collisions,”
Bernasek, S. L., “Heterogeneous 13:4 1.
Reaction Dynamics,” 41:477.
Stebbings, R. F., “Charge Transfer,”
Hammes, G. G., “Control ofthe Cat- 10: 195.
alytic Activity of Enzymes by the
we ulso Collisional processes
Near and Remote Environment
Chemical bonding
of a Polyatomic Framework,”
39: 177. see Valence theory
Higuchi, I.. “The Pore Structure of Chemical Dynamics
Catalysts and Catalytic Reaction Adelman, S. A., “Chemical Reaction
Rates,” 21:79 1. Dynamics in Liquid Solution,”
Klotz, 1. M., “Synzymes: Synthetic 53:6 I.
Polymers with Enzymelike Cata- Adelman, S. A,, “Generalized
lytic Activities,” 39: 109. Langevin Equations and Many-
Laforgue, A., Rousseau, J., and body Problems in Chemical
Imelik, B., “Chemisorption of Dynamics,” 44: 143.
Ethylene on Metals and Catalytic Anderson, J. B., “The Reaction F +
Hydrogenation,” 8: 14 I. H2 HF + H,” 41~229.
+
Chaos Aroeste, H., “Toward an Analytic
Brumer, P., “Intramolecular Energy Theory of Chemical Reactions,”
Transfer: Theories for the Onset 6:l.
of Statistical Behavior,” 47:Part Atkins, P. W. and Evans, G. T.,
1:201. “Theories of Chemically Induced
Ford, J., “The Transition from Ana- Electron Spin Polarization,” 35: I.
lytic Dynamics to Statistical Baede, A. P. M., “Charge Transfer
Mechanics.” 24: 155. Between Neutrals at Hyperther-
Kauffman, S. A,, “Bifurcations in ma1 Energies,” 30:463.
Insect Morphogenesis,” 552 19. Baer, M., “A Review of Quantum-
Percival, I. C., “Semiclassical Theory Mechanical Approximate Treat-
ARTICLE INDEX 3
ments of Three-Body Reactive Grice, R., “Reactive Scattering,”
Systems,” 49: 19 1. 30:247.
Balint-Kurti, G. G., “Potential Haas, Y., “Electronically Excited
Energy Surfaces for Chemical Fragments Formed by Unimolec-
Reaction,” 30: 137. ular Multiple Photon Dissocia-
Baronavski, A., Umstead, M. E., and tion,” 47:Part 1 :7 13.
Lin, M. C., “Laser Diagnostics of Haas, Y. and Asscher, M., “Two-
Reaction Product Energy Distri- Photon Excitation as a Kinetic
butions,” 47:Part 2:85. Tool: Application to Nitric Oxide
Baniol, J. and Regnier, J., “Calcula- Fluorescence Quenching,”
tion of Transition Energies from 47:Part 2: 17.
the Geometry of the System,” 8:s. Herschbach, D., “Reactive Scattering
Basilevsky, M. V., “Transition State in Molecular Beams,” 10:3 19.
Stabilization Energy as a Measure Johnston, H. S, “Large Tunnelling
of Chemical Reactivity,” 33:345. Corrections in Chemical Reaction
Bass, L. B. and Moore, W. J., “The- Rates,” 3: I3 I.
ory of Rate Processes Applied to Kapral, R., “Kinetic Theory of
Release of Acetylcholine at Chemical Reactions in Liquids,”
Synapses,” 21:6 19. 48:7 1.
Ben-Shad, A., “Chemical Laser Keck, J. C., “Variational Theory of
Kinetics,” 47:Part 255. Reaction Rates,” 13:85.
Bernasek, S. L., “Heterogeneous Kreevoy, M. M. and Konasewich, D.
Reaction Dynamics,” 4 1 :477. E., “The Br~nsteda and the Pri-
Beswick, J. A. and Jortner, J., “Intra- mary Hydrogen Isotope Effect. A
molecular Dynamics of van der Test of the Marcus Theory,”
Waals Molecules,” 47:Part 1 :363. 21:243.
Bigeleisen, J. and Wolfsberg, M., Laidler. K. J. and Tweedale, A., “The
“Theoretical and Experimental Current Status of Eyring’s Rate
Aspects of Isotope Effects in Theory,” 2 1 : 1 1 3.
Chemical Kinetics,” I: 15. Leone, S. R., “Photofragment
Caren, G., “Some Physical Aspects Dynamics,” 50:255.
of Gaseous Chemical Kinetics,” Levine, R. D., “The Information
1:119. Theoretic Approach to Intramo-
Dewar, M. J. S., “Chemical Reac- lecular Dynamics,” 47:Part 1:239.
tivity,” 8:65. Light, J. C., “Quantum Theories of
Eschenroeder, A. Q., “Reaction Chemical Kinetics,” 19: I.
Kinetics in Hypersonic Flows,” Lin, M. C., “Dynamics of Oxygen
13:19. Atom Reactions,” 42: I 13.
Eyring, E. M., Rich, L. D., McCoy, L. Mahan, B. H.. “Recombination of
L., Graham, R. C., and Taylor, N., Gaseous Ions,” 23: 1.
“Activation Parameters and McGowan, J. W., Kummler, R. H.,
Deprotonation Kinetics of
and Gilmore, F. R., “Excitation
Intramolecularly Hydrogen
De-excitation Processes Relevant
Bonded Acids,” 21:327.
to the Upper Atmosphere,”
4 ADVANCES IN CHEMICAL PHYSICS
28:379. Hansen, A. H. and Bouman, T. D.,
“Natural Chiroptical Spectros-
McQuame, D. A., “Stochastic The-
copy: Theory and Computa-
ory of Chemical Rate Processes,”
tions,” 44545.
15149.
Noyes, R. M., “Commentary: On
Menziger, M., “Electronic Chemi-
luminescence in Gases,” 42: I. Selection of Chirality,” 55: I 1 I.
Chlorophyll
Micha, D. A., “Quantum Theory of
Reactive Molecular Collisions,” Kaufmann, K. J. and Wasielewski,
30:7. M. R., “Studies of Chlorophyll in
Vitro,” 47:Part 2579.
Montroll, E. W. and Shuler, K. E.,
“The Application of the Theory of Clathrates
Stochastic Processes to Chemical van der Waals, J. H. and Platteeuw, J.
Kinetics,” 1:361. C., “Clathrate Solutions,” 2: 1.
Mortensen, E. M., “Permeabilities Clusters
for Reactions ofthe Type H + Hz = Hoare, M. R., “Structure and
Hz + H Treated as a Linear
Dynamics of Simple Microclus-
Encounter Using Variational and ten,” 40:49.
Distorted Wave Techniques,”
Ng, C. Y., “Molecular Beam Pho-
21:127.
toionization Studies of Molecules
Nicolet, M., “Atmospheric Chemis-
and Clusters,” 52263.
try,” 5563.
Coherence effects
Smith, I. W. M., “The Production of
Cantrell, C. D., Makarov, A. A., and
Excited Species in Simple Chemi-
Louisell, W. H.. “Laser Excitation
cal Reactions.” 28: 1.
of SF6: Spectroscopy and Coher-
Welge, K. H. and Schmiedl, R.,
ent Pulse Propagation Effects,”
“Doppler Spectroscopy of Pho-
47:Part 1:583.
tofragments,” 47:Part 2: 133.
Wiersma, D. A,, “Coherent Optical
Widom, B., “Collision Theory of Transient Studies of Dephasing
Chemical Reaction Rates,” 5355.
and Relaxation in Electronic
Chemical kinetics Transitions of Large Molecules in
see Chemical dynamics Condensed Media,” 47:Part
Chemilurninescence 2:42 1.
Menziger, M., “Electronic Chemi- Collisional processes
luminescence in Gases,” 42: 1. Amme, R. C., “Vibrational and
Chemisorption Rotational Excitation in Gaseous
Collisions,” 28: 17 I.
Comer, R., “Electron Spectroscopy
of Chemisorption on Metals,” Baede, A. P. M., “Charge Transfer
27:2 1 1. Between Neutrals at Hyperther-
ma1 Energies,” 30:463.
Laforgue, A,, Rousseau, J., and
Imelik, B., “Chemisorption of Bak, T. A. and Sorensen, G. P.,
Ethylene on Metals and Catalytic “Vibrational Relaxation of a Gas
Hydrogenation,” 8: 14 1. of Diatomic Molecules,” 1521 9.
Chirality Birnbaum, G., Guillot, B., and Bra-