International Journal of Chemical Kinetics 1997: Vol 29 Index

15 Pages·1997·3.6 MB·English

CINHTERENATIMONAIL JCOURANAL OF
KINETICS
VOLUME 29, 1997
EDITOR:
DAVID M. GOLDEN
ASSOCIATE EDITOR:
GREGORY P. SMITH
ASSOCIATE EDITOR:
RIPUDAMAN MALHOTRA
TOR 1'AL ADVISOR Y
1997 1998 1999
Roger Atkinson Philippe Dagaut Netkal M. M. Gowda
University of California C.N.R.S., Orleans (France Western Illinois Unwersity (USA
Riverside (USA)
Barbara Finlayson-Pitts Horst I lippler
Joseph W. Bozzelli University of California Universitat Karlsruhe (Germany
Vew Jersey Institute Irvine (USA
of Technology (USA) Ole John Nielsen
M. Nivaz Khan Riso National Laboratory (Denmark
Richard J. Field
Universiti Maloya (Malaysia
Universityo f Montana (USA Stanley Sander
Alan S. Rodgers H. Matsui Jet Propiu lsion Laboratory (USA
University Tokyo (Japan
Texas A & M University (USA)
J. C. Seaiano
Paul Roth J. V. Michael University of Ottawa (Canada
Universitat Duisburg (Germany) irgonne National Laboratory
Illinois (USA) limothy Wallington
Karen E. Wetterhahn‘ Ford Motor Company (USA
Dartmouth College C. F. Wells
New Hampshire (USA) Univeorf sBirimitngyha m (U.K.
Sidney W. Benson, Editor Emeritus, Univerofs Sioutthyer n California (USA
' Deceased June 8, 1997
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International Journal of Chemical Kinetics
Author Index to Volume 29
Al-Awadi, N. A. Aruna, K.
—; El-Dusouqui, O. M. E.; Mathew, T.: Gas-Phase —; Maikyamba, P.: Linear Free Energy Relationships
Pyrolytic Reactions. Part 6. [1] Behavior of Ethyl in the Kinetic Study of Oxidation of Phenols by
(Hetero)arylcarboxylate Esters in Thermal Elimi- Quinolinium Dichromate, 437
nation Reactions, 289 Atkinson, R. See Kwok, E. S. C., 645
; El-Dusouqui, O. M. E.: Pyrolysis of B-Hydroxy- —,; See Kwok, E. S. C., 299
ketones and a-Ketoesters: Gas-Phase Elimination —; Atmospheric Reactions of Alkoxy and B-Hy-
Kinetics of 3-Hydroxy-3-Methyl-2-Butanone and droxyalkoxy Radicals, 99
Methyl Benzoylformate, 295
Badini, R. G. See Chiappero, M. S., 155
Alfano, A. J.
Baklanovy, A. V.
—; Gas-Phase Pyrolysis Mechanism and Kinetics of
—; Chesnokov, E. N.; Chichinin, A. 1: Rate Con-
3-Chloroquadricyclane, 689
stants for the Reactions of Molecular Iodine with
Ali, S. I.
Cl, SiCl,, and SiH, at 298 K, 25
—; Majid, K.: Photoreactivity of Diethanolamine
Balado, A. M.
With Octacyanomolybdate(IV) and -Tung-
—; Jimenez, F. S.; Martin, F. J. P.; Castellanos, R. V.:
state(IV), 819
Kinetics and Mechanism of the Oxidation of Bu-
Alshehri, S.
tane-2,3-Diol by Alkaline Hexacyanoferrate (III),
—.; Burgess, J.; Parsons, S. A.; Casey, A. T.: Kinetics
Catalyzed by Ruthenium Trichloride, 1
of Substitution at bis-Cyclopentadienylvanadium
Ball, J. C. See Maricq, M. M., 421
Dichloride, 835
Bandow, H. See Kakesu, M., 933
Almira, M. F. See Zaghloul, A. A., 311
Banerjee, P. See Saha, B., 224
Ananda, S.
Banerji, K. K. See Vyas, V. K., 9
—; Demappa, T.; Made Gowda, N. M.: Oxidation of
Baraj, E. See Torrero, M. E., 261
Primary Amines by Bromamine-B Catalyzed by
Barry, J.
Osmium(VIII) in Alkaline Medium: A Kinetic
—»; Locke, G.; Scollard, D.; Sidebottom, H.; Treacy,
and Mechanistic Study, 737
J.; Clerbaux, C.; Colin, R.; Franklin, J.: 1,1,1,3,3,-
; Jagadeesha, M. B.; Venkatesha, B. M.; Made
Pentafluorobutane (HFC-365mfc): Atmospheric
Gowda, N. M.: Kinetics of Oxidation of Indigo
Degradation and Contribution to Radiative Forc-
Carmine by N-Sodio-N-Bromotoluenesulfonam-
ing, 607
ide in Acidic Buffer Medium, 453
Baxley, J. S.
Andrés-Ordax, F. J. See Arrizabalaga, A., 181
—; Henley, M. V.; Wells, J. R.: The Hydroxyl
Aranda, A. See Martinez, E., 927
Radical Reaction Rate Constant and Products of
Arey, J. See Kwok, E. S. C., 645
Ethyl 3-Ethoxypropionate, 637
— +; See Kwok, E. S. C., 299
Benson, S. See Vasileiadis, S., 915
Argiiello, G. A. See Chiappero, M. S., 155
Berndt, D. C.
Ariya, P. A. See Catoire, V., 695
—; Pamment, M. G.; Fernando, A. C. M.; Zhang, X.;
Arrizabalaga, A.
Horton, W. R.: Micellar Kinetics in Aqueous Ace-
—,; Andrés-Ordax, F. J.; Fernandez-Aranguiz, M. Y.;
tonitrile. Part A. Sodium-Hydrogen Ion-Exchange
Peche, R.: Kinetic Studies on the Permanganic
Constant for 1-Dodecanesulfonate Surfactant. Part
Oxidation of Amino Acids. Effect of the Length
B. Substrate Structural Effects for Micellar Catal-
of Amino Acid Carbon Chain, 181
ysis by Perfluorooctanoic Acid as Reactive Coun-
Arthur, N. L.
terion Surfactant, 729
—:; Cooper, I. A.; Miles, L. A.: Kinetic Isotope Effect
Berndt, T.
for the Reaction of H Atoms with GeH, and GeD,,
—:; Bdge, O.: Gas-Phase Reaction of NO, Radicals
237
International Journal of Chemical Kinetics, Vol. 29, 945—951 (1997)
© 1997 John Wiley & Sons, Inc. CCC 0538-8066/97/012945-07
946 AUTHOR INDEX
With Isoprene: A Kinetic and Mechanistic Study, Correlation in the Reactions of Pyrrolidine with
755 O-Ethyl S-Aryl Dithiocarbonates in Aqueous Eth-
Bernhard, M. J. See Si, J., 349 anol, 113
Bo, Z. Catoire, L.
—y; Shen, Y.: Transformation Kinetics of Liquid- —; Woiki, D.; Roth, P.: A Shock Tube Study of the
Crystallines Based on 1,4-Phenylene 4-n-Alkyl- Reaction of H Atoms with SiCl,, 469
benzoate-4-Allyloxybenzoate by DSC, 317 —; Woiki, D.; Roth, P.: Kinetics of the Initiation
Boge, O. See Berndt, T., 755 Step of the Thermal Decomposition of SiCl,, 415
Bowman, C. T. See Rohrig, M., 781 Catoire, V.
Boyd, A. A. —-; Ariya, P. A.; Niki, H.; Harris, G. W.: FTIR Study
—; Lesclaux R.: The Temperature Dependence of the of the Cl- and Br-Atom Initiated Oxidation of Tri-
Rate Coefficients for B-Hydroxyperoxy Radical chloroethylene, 695
Self Reactions, 323 Chang, A. Y. See Bozzelli, J. W., 161
Bozzelli, J. W. Chesnokov, E. N. See Baklanov, A. V., 25
—; Chang, A. Y.; Dean, A. M.: Molecular Density of Chiappero, M. S.
States from Estimated Vapor Phase Heat Capaci- —; Badini, R. G.; Argiiello, G. A.: Quenching of
ties, 161 I(?P,.) by R—OH Compounds. Influence of the
Bozzelli, J. W. See Zhong, X., 893 Alkyl Group on the Quenching Efficiency, 155
Brauers, T. Chichinin, A. I. See Baklanov, A. V., 25
—; Finlayson-Pitts, B. J.: Analysis of Relative Rate Chiebicki, J.
Measurements, 665 —,; Shiman, L. Y.; Guskov, A. K.; Makarov, M. G.;
Brown, N. J. Shvets, V. F.: The Kinetics and Mechanism of the
—; Li, G.; Koszykowski, M. L.: Mechanism Reduc- Reaction between 1-Chloro-2,3-Epoxypropane
tion Via Principal Component Analysis, 393 and p-Cresol in the Presence of Basic Catalysts,
Burcat, A. 73
—,; Dvinyaninov, M.: Detailed Kinetics of Cyclopen- Chuchani, G.
tadiene Decomposition Studied in a Shock Tube, —; Dominguez, R. M.; Rotinov, A.; Martin, I.: The
505 Gas-Phase Pyrolysis of Several Aliphatic 1,3-
Burgess, J. See Alshehri, S., 835 Diols. The Kinetic and Mechanism of 2,4-Di-
Burkholder, J. B. See Mauldin, III, R. L., 139 methyl-2,4-Pentanediol, 851
Byrn, S. R. See Shalaev, E. Y., 339 Clerbaux, C. See Barry, J., 607
Colin, R. See Barry, J., 607
Cabanas, B. See Martinez, E., 927
Collado, A. See Camarero, L. M., 575
Cabrera, M. See Castro, E. A., 113
Cooper, I. A., See Arthur, N. L., 237
Calle, E. See Fernandez-Liencres, M. P., 119
Counioux, J. J. See Elkhatib, M., 89
Calogirou, A. See Glasius, M., 527
Camarero, L. M. . Davidson, D. F. See Rohrig, M., 781
—+; Peche, R.; Collado, A.: Kinetic Study of the Ox- —; See Rohrig, M., 483
idation of Indigocarmine by Hydrogen Peroxide Davidsson, J. See Olsson, B. E. R., 195
with Ferrous and Ferric Ions in Acid Medium, 575 De Pablo, J. See Torrero, M. E., 261
Campbell, M. L. See Harter, J. S. S., 367 Dean, A. M. See Bozzelli, J. W., 161
Campos, A. M. Del Mar Graciani, M.
—; Lissi, E. A.: Kinetics of the Reaction between —; Rodriguez, M. A.; Moya, M. L.: Study of the Lig-
2,2'-Azinobis (3-Ethylbenzothiazoline-6-Sulfonic and Substitution Reaction Fe(CN);,H,O* + Py-
Acid (ABTS) Derived Radical Cations and Phe- razine in Micellar Solutions, 377
nols, 219 Delalu, H. See Elkhatib, M., 89
Carroll, H. F. See Lifshitz, A., 839 Demappa, T. See Ananda, S., 737
Casado, J., See Fernandez-Liencre, M. P., 119 Dhanya, S.
—; See Gil, R., 495 —; Saini, R. D.: Rate Constants of OH Radical Re-
Casas, I. See Torrero, M. E., 261 actions in Gas Phase with Some Fluorinated Com-
Casey, A. T. See Alshehri, S., 835 pounds: A Correlation with Molecular Parame-
Castellanos, R. V. See Balado, A. M., 1 ters, 187
Castro, E. A. Dill, M. See Tyndall, G. S., 41
—; Cabrera, M.; Santos, J. G.: Struc—t Reuacrtiveit y Dominguez, R. M. See Chuchani, G., 851
AUTHOR INDEX 947
Dutta, A. See Saha, B., 224 —2; Grosjean, D.: A Kinetic and Product Study of the
Dvinyaninov, M. See Burcat, A., 505 Gas-Phase Reaction of Ozone With Vinylcyclo-
hexane and Methylene Cyclohexane, 855
Egsgaard, H. See Sehested, J., 627
Guskov, A. K. See Chlebicki, J., 73
—; See Wiegall, M. R., 745
Gutbrod, R.
El-Dusouqui, O. M. E. See Al-Awadi, N. A., 289
—y; Meyer, S.; Rahman, M. M.; Schindler, R. N.: On
—; See Al-Awadi, N. A., 295
the use of CO as Scavenger for OH Radicals in
Elkhatib, M.
the Ozonolysis of Simple Alkenes and Isoprene,
—; Marchand, A.; Peyrot, L.; Counioux, J. J.;
717
Delalu, H.: Halogenation and Amination Dual
Properties of Haloamines in Raschig Environ- Hake, A. See Weber, M., 149
ment: A Chlorine Transfer Reaction between Hall, G. E. See North, S. W., 127
Chloramine and 3-Azabicyclo[3,3,0]Octane, 89 Hall, C. D. See Pérez-Pla, F. F., 561
Erdik, E. Haliquist, M. See Olsson, B. E. R., 195
—1; Kahya, D.: Kinetic Role of Tert-Amines in the Hamed, E. A.
Osmium Tetroxide Catalyzed Trimethylamine N- —y; Nucleophilic Substitution at the Pyridine Ring.
Oxide Dihydroxylation of Cyclohexene, 359 Kinetics of the Reaction of 2-Chloro-3,5-Dinitro-
pyridine with Arylthiolates in Methanol, 515
Fagerstrom, K. See Sehested, J., 673
Hamed, E. A.
Fei, R. See North, S. W., 127
—y; Nucleophilic Substitutions at the Pyridine Ring:
Fernandez-Aranguiz, M. Y. See Arrizabalaga, A..,
Kinetics of the Reaction of 2-Chloro-3-Nitro and
181]
2-Chloro-5-Nitropyridines with Piperidine and
Fernandez-Liencres, M. P.
Morpholine in Methanol and Benzene, 599
—; Calle, E.; Gonzalez-Mancebo, S.; Casado, J.;
Hanson, R. K. See Rohrig, M., 781
Quintero, B.: Nitrosation Kinetics of Phenolic
—:; See Rohrig, M., 483
Components of Foods and Beverages, 119
Harding, R. H. See Watson, B. A., 545
Fernando, A. C. M. See Berndt, D. C., 729
Harris, G. W. See Catoire, V., 695
Finlayson-Pitts, B. J. See Brauers, T., 665
Harter, J. S. S.
Flagan, R. C. See Tse, C. W., 523
—; Campbell, M. L.; McClean, R. E.: Depletion Ki-
Franklin, J. See Barry, J., 607
netics of Low-Lying States of Tungsten in the
Gangopadhyay, S. See Saha, B., 224 Presence of NO, N,O, and SO,, 367
Garrett, B. C. See Miller, J. A., 275 Henley, M. V. See Baxley, J. S., 637
Gil, R. Hessler, J. P.
—,; Casado, J.; Izquierdo, C.: Structural Effects on —; The Use of Monte Carlo Simulations to Evaluate
the N-Nitrosation of Amino Acids, 495 Kinetic Data and Analytic Approximations, 803
Giménez, J. See Torrero, M. E., 261 Hjorth, J. See Glasius, M., 527
Glasius, M. Holbrook, K. A. See Starkey, D. P., 231
—; Calogirou, A.; Jensen, N. R.; Hjorth, J.; Nielsen, Hoicman, J. See Jacobsen, F., 17
C. J.: Kinetic Study of Gas-Phase Reactions of Horie, O.
Pinonaldehyde and Structurally Related Com- —; Neeb, P.; Moortgat, G. K.: The Reactions of the
pounds, 527 Criegee Intermediate CH,;,CHOO in the Gas-Phase
Golden, D. M. Ozonolysis of 2-Butene Isomers, 461
—,; In Memoriam (Prof. Karen E. Wetterhahn), 727 Horton, W. R. See Berndt, D. C., 729
Gonzales, D. Housseini, S. See Pérez-Pla, F. F., 561
—; Analytical Models for State-Specific Diatomic Hsu, C.-C. See Thaxton, A. G., 245
Dissociation Rate Coefficients, 791 Hurley, M. D. See Meagher, R. J., 619
Gonzalez, M. C. Hurley, M. D. See Tyndall, G. S., 655
—; Martire, D. O.: Kinetics of O-~ and O,:~ in Al-
Izquierdo, C. See Gil, R., 495
kaline Aqueous Solutions of Hydrogen Peroxide,
589 Jacobsen, F.
Gonzalez-Mancebo, S. See Fernandez-Liencres, —; Holcman, J.; Sehested, K.: Activation Parameters
M. P., 119 of Ferryl Ion Reactions in Aqueous Acid Solu-
Grosjean, D. See Grosjean, E., 855 tions, 17
Grosjean, E. Jagadeesha, M. B. See Ananda, S., 451
948 AUTHOR INDEX
Jensen, N. R. See Glasius, M., 527 Larsen, N. W. See Wiegell, M. R., 745
Jimenez, F. S. See Balado, A. M., | Lavabre, D. See Robert-Banchereau, E., 825
Le Bras, G. See Le Calvé, S., 683
Khan, Z. See Rafiquee, M. Z. A., 131 Le Calvé, S.
Kahya, D. See Erdik, E., 359 —:; Le Bras, G.; Mellouki, A.: Kinetic Studies of OH
Kaiser, E. W. See Tyndall, G. S., 41 Reactions with /so-Propyl, /so-Butyl, Sec-Butyl,
Kakesu, M. and Tert-Butyl Acetate, 683
—,; Bandow, H.; Takenaka, N.; Maeda, Y.; Washida, Lee, S. M. See Roecker, L., 333
N.: Kinetic Measurements of Methyl and Ethyl Lesclaux, R. See Boyd, A. A., 323
Nitrate Reactions with OH Radicals, 933 Li, G. See Brown, N. J., 393
Kamiya, K. See Tsuchiya, K., 57 Lifshitz, A.
Karayannis, M. I. See Lafis, S., 385 —,; Tamburu, C.; Carroll, H. F.: Thermal Ignition of
Khalil, M. M. See Zaghloul, A. A., 311 Acetonitrile. Experimental Results and Kinetic
Khan, M. N. Modeling, 839
—; Kinetic Evidence for the Occurence of General Lin, M. C. See Thaxton, A. G., 245
Acid-Base Catalysis in N-Methylhydroxyl- Lissi, E. A. See Campos, A. M., 219
aminolysis of N-Ethoxycarbonylphthalimide Liu, L. See Roecker, L., 333
(NCPH), 647 Ljungstrém, E. See Olsson, B. E. R., 195
Kiefer, J. H. Locke, G. See Barry, J., 607
—; Sathyanarayana, R.: Vibrational Relaxation and
Dissociation in the Perfluoromethyl Halides,
CF,Cl, CF,Br, and CF,I, 705 Made Gowda, N. M. See Ananda, S., 451
Klein, M. T. See Watson, B. A., 545 —; See Ananda, S., 737
Klemm, L. H. —y; See Ramachandra, H., 773
—,; Orchin. M.: Kinetics of Reduction of Cinnamal- Maeda, Y. See Kakesu, M., 933
dehyde by Means of Hydrido- and Deuteridoco- Mahadevappa, D. S. See Ramachandra, H., 773
balt Tetracarbonyl, 473 Mahmoud, G. See Sehested, J., 673
Koch, R. Majid, K. See Ali, S. I., 819
—; Palm, W.-U.; Zetzsch, C.: First Rate Constants Makarov, M. G. See Chlebicki, J., 73
for Reactions of OH Radicals with Amides, 81 Mandal, P. C. See Ray, K., 269
Konidari, C. N. See Lafis, S., 385 Manikyamba, P. See Aruna, K., 437
Kornweitz, H. See Persky, A., 67 Marchand, A. See Elkhatib, M., 89
Koszykowski, M. L. See Brown, N. J., 393 Maricq, M. M.
Kothari, S. See Vyas, V. K., 9 —,; Ball, J. C.; Straccia, A. M.; Szente, J. J.: A Diode
Krishna Rao, G. See Subba Rao, P. V., 171 Laser Study of the Cl + CH,CO Reaction, 421
Kumaran, S. S. Markgraf, S. J.
—; Su, M.-C.; Michael, J. V.: Thermal Decomposi- —; Wells, J. R.: The Hydroxyl Radical Reaction Rate
tion of CH,I Using I-Atom Absorption, 535 Constants and Atmospheric Reaction Products of
Kwok, E. S. C. Three Siloxanes, 445
—; Atkinson, R.; Arey, J.: Erratum to “Kinetics of Martin, I. See Chuchani, G., 851
the Gas-Phase Reactions of Indan, Indene, Flu- Martin, P. See Martinez, E., 927
orene, and 9,10-Dihydroanthracene with OH Rad- Martin, F. J. P. See Balado, A. M., 1
icals, NO, Radicals, and O,, 645 Martinez, E.
Kwok, E. S. C. —; Cabafias, B.; Aranda, A.; Martin, P.; Salgado, S.:
—.; Atkinson, R.; Arey, J.: Kinetics of the Gas-Phase A Temperature Dependence Study of the Gas-
Reactions of Indan, Indene, Fluorene, and 9,10- Phase Reaction of the Nitrate Radical with 3-Fluo-
Dihydroanthracene with OH Radicals, NO, Rad- ropropene Followed by Laser Induced Fluores-
icals, and O,, 299 cence Detection, 927
Martire, D. O. See Gonzalez, M. C., 589
Lacombe, S. See Robert-Banchereau, E., 825 Mathew, T. See Al-Awadi, N. A., 289
Lafis, S. Matsui, H. See Tsuchiya, K., 57
—; Konidari, C. N.; Veltsistas, P. G.; Tzerpos, N.; Mauldin, III, R. L.
Karayannis, M. I.: Kinetic Study of the Fast Step —; Burkholder, J. B.; Ravishankara, A. R.: The Re-
of the Alkaline Hydrolysis of p-Chloranil Using action of OCP) with OCIO, 139
Stopped Flow Technique, 385 McClean, R. E. See Harter, J. S. S., 367
AUTHOR INDEX 949
McIntosh, M. E. See Meagher, R. J., 619 Orchin, M. See Klemm, L. H., 473
Meagher, R. J. Orlando, J. J. See Tyndall, G. S., 41
—; McIntosh, M. E.; Hurley, M. D.; Wallington, —.; See Tyndall, G. S., 655
T. J.: A Kinetic Study of the Reaction of Chlorine
and Fluorine Atoms with HC(O)F at 295 + 2 K, Palm, W.-U. See Koch, R., 81
619 Palou, J. See Pérez-Pla, F. F., 561
Meller, R. Pamment, M. G. See Berndt, D. C., 729
—; Moortgat, G. K.: The Reaction of Photochemi- Parsons, S. A. See Alshehri, S., 835
cally Generated CF,O Radicals with CO, 579 Peche, R. See Arrizabalaga, A., 181
Mellouki, A. See Le Calvé, S., 683 —; See Camarero, L. M., 575
Meyer, S. See Gutbrod, R., 717 Pedersen, T. See Wiegell, M. R., 745
Michael, J. V. See Kumaran, S. S., 535 Pérez-Pla, F. F.
Micheau, J. C. See Robert-Banchereau, E., 825 —; Housseini, S.; Palou, J.; Hall, C. D.: Kinetics and
Miles, L. A. See Arthur, N. L., 237 Mechanism of the Protonation of 6-(Triphenyl-
Miller, J. A. phosphonio-3'-Cyclopentadieny])-2,3,5-Trihalo-
—; Garrett, B. C.: Quantifying the Non-RPKM Effect cyclohexa-2,5-Diene-1,4-Dione by Trifluoroace-
in the H + O, 2 OH + O Reaction, 275 tic Acid in Aprotic Media, 561
Miller, J. A. Persky, A.
—; Walch, S. P.: Prompt NO: Theoretical Prediction —,; Kornweitz, H.: The Kinetics of the Reaction F +
of the High-Temperature Rate Coefficient for H, — HF + H. A Critical Review of Literature
CH + N, > HCN +N, 253 Data, 67
Moégelberg, T. E. Petersen, E. L. See Rohrig, M., 781
—,; Sehested, J.; Wallington, T. J.; Nielsen, O. J.: At- —+; See Rohrig, M., 483
mospheric Chemistry of HFC-134a: Kinetics Peyrot, L. See Elkhatib, M., 89
of the Decomposition of the Alkoxy Radical Pires, M.
CF,CFHO, 209 —y; Rossi, M. J.: The Heterogeneous Formation of
Moegelberg, T. See Sehested, J., 673 N,O in the Presence of Acidic Solutions: Experi-
Moortgat, G. K. See Horie, O., 461 ments and Modeling, 869
—; See Meller, R., 581 Platz, J. See Sehested, J., 627
Moya, M. L. See Del Mar Graciani, M., 377
Mukherjee, D. C. See Ray, K., 269 Quintero, B. See Fernandez-Liencres, M. P., 119
Natarajan, K.
Rafiquee, M. Z. A.
—; Woiki, D.; Roth, P.: N-Atom Measurements in
—y; Shah, A.; Ud-Din, K.; Khan, Z.: Kinetics of the
High Temperature C,N,/NO/Ar Reaction Sys-
Interaction of Cd(II)-Histidine Complex with Nin-
tems, 33
hydrin in Absence and Presence of Cationic and
Nayak, A. K.
Anionic Micelles, 131
—; Sarkar, S. K.: Hydrogen Isotope Exchange Be-
Rahman, M. M. See Gutbrod, R., 717
tween Pentafluoroethane and Water: Kinetics and
Rajendiran, N.
Equilibrium, 767
—; Swaminathan, M.: Excited State Proton Transfer
Neeb, P. See Horie, O., 461
Kinetics of 4-Hydroxydipheny] Ether, 861
Nielsen, C. J. See Glasius, M., 527
Ramachandra, H.
Nielsen, O. J. See Mogelberg, T. E., 209
—,; Mahadevappa, D. S.; Rangappa, K. S.; Made
—; See Sehested, J., 627
Gowda, N. W.: Ruthenium(II])-Catalyzed Mech-
Niki, H. See Catoire, V., 695
anistic Studies of Oxidation of Benzhydrols by
North, S. W.
Sodium N-Chloro-p-Toluenesulfonamide in HCl
—,; Fei, R.; Sears, T. J.; Hall, G. E.: CN Radical Re-
Medium, 773
action Rate Measurements by Time-Resolved FM
Ramakrishna, K. See Subba Rao, P. V., 171
Spectroscopy, 127
Rambabu, G. See Subba Rao, P. V., 171
Oldershaw, G. A. See Starkey, D. P., 231 Rangappa, K. S. See Ramachandra, H., 773
Ollivier, J. See Robert-Banchereau, E., 825 Ravishankara, A. R. See Mauldin, III, R. L., 139
Olsson, B. E. R. Ray, K.
—; Hallquist, M.; Ljungstr6ém, E.; Davidsson, J.: A —; Mandal, P. C.; Mukherjee, D. C.: Electron Trans-
Kinetic Study of Chlorine Radical Reactions with fer Oxidation Kinetics of Na,[Mo,O,EDTA] by
Ketones by Laser Photolysis Technique, 195 S,0,?~ Ion in Dilute Acid Medium, 269
950 AUTHOR INDEX
Robert-Banchereau, E. Shah, R. A. See Rafiquee, M. Z. A., 131
—; Lacombe, S.; Ollivier, J.; Micheau, J. C.; Lavabre, Shalaev, E. Y.
D.: Kinetic Modeling of the Photooxidation of Di- —; Byrn, S. R.; Zografi, G.: Single-Phase and Het-
methyldisulfide in the Liquid Phase, 825 erophase Solid-State Chemical Kinetics of Ther-
Rodriguez, M. A. See Del Mar Graciani, M., 377 mally Induced Methyl Transfer in Tetraglycine
Roecker, L. Methyl Ester, 339
—; Lee, S. M.; Liu, L.; Sun, L. J.; Zaerpoor, K.: Shen, Y. See Bo, Z., 317
Analysis of First-Order Kinetic Data by a Differ- Shi, J.
ential Technique, 333 —; Bernhard, M. J.: Kinetic Studies of Cl-Atom Re-
Rohrig, M. actions with Selected Aromatic Compounds Us-
—; Petersen, E. L.; Davidson, D. F.; Hanson, R. K.: ing the Photochemical Reactor-FTIR Spectros-
A Shock Tube Study of the Pyrolysis of NO,, copy Technique, 349
483 Shiman, L. Y. See Chlebicki, J., 73
—; Petersen, E. L.; Davidson, D. F.; Hanson, R. K.,; Shvets, V. F. See Chlebicki, J., 73
Bowman, C. T.: Measurement of the Rate Coef- Sidebottom, H. See Barry, J., 607
ficient of the Reaction CH + O, — Products in Starkey, D. P.
the Temperature Range 2200 to 2600 K, 781 —; Holbrook, K. A.; Oldershaw, G. A.; Walker,
Rossi, M. J. See Pires, M., 869 R. W.: Kinetics of the Reactions of Hydroxyl
Roth, P. See Catoire, L., 415 Radicals (OH) and of Chlorine Atoms (Cl) with
—; See Catoire, L., 469 Methylethylether over the Temperature Range
—; See Natarajan, K., 33 274-345 K, 231
Rotinov, A. See Chuchani, G., 851 Straccia, A. M. See Maricq, M. M., 421
Stuhl, F. See Weber, M., 149
Saha, B. Su, M.-C. See Kumaran, S. S., 535
—; Dutta, A.; Gangopadhyay, S.; Banerjee, P.: Ki- Subba Rao, P. V.
netics and Mechanism of the Oxidation of Some —,; Krishna Rao, G.; Ramakrishna, K.; Rambabu, G.;
Carboxylates by a Nickel(II) Oxime-Imine Com- Satyanarayana, A.: Kinetics of Some Electron-
plex, 224 Transfer Reactions of Iron(III)-2,2'-Bipyridyl
Saini, R. D. See Dhanya, S., 187 Complex. Micellar Effect of Sodium Dodecy] Sul-
Salgado, S. See Martinez, E., 927 phate, 171
Santos, J. G. See Castro, E. A. 113 Sun, L. J. See Roecker, L., 333
Sarkar, S. K. See Nayak, A. K., 767 Swaminathan, M. See Rajendiran, N., 861
Sathyanarayana, R. See Kiefer, J. H., 705 Szente, J. J. See Maricq, M. M., 421
Satyanarayana, A. See Subba Rao, P. V., 171
Schindler, R. N. See Gutbrod, R., 717 Takenaka, N. See Kakesu, M., 933
Scollard, D. See Barry, J., 607 Tamburu, C. See Lifshitz, A., 839
Sears, T. J. See North, S. W., 127 Thaxton, A. G.
Sehested, J. See Mggelberg, T. E., 209 —; Hsu, C.-C.; Lin, M. C.: Rate Constant for the
Sehested, J. NH, + NO, — NH, + HONO Reaction: Com-
—; Sehested, K.; Platz, J.; Egsgaard, H.; Nielsen, parison of Kinetically Modeled and Predicted Re-
O. J.: Oxidation of Dimethyl Ether: Absolute Rate sults, 245
Constants for the Self Reaction of CH,OCH, Rad- Torrero, M. E.
icals, the Reaction of CH,OCH, Radicals with O,, —,; Baraj, E.; De Pablo, J.; Giménez, J.; Casas, I.: Ki-
and the Thermal Decomposition of CH,OCH, netics of Corrosion and Dissolution of Uranium
Radicals, 627 Dioxide as a Function of pH, 261
Sehested, J. Treacy, J. See Barry, J., 607
—; Mé@gelberg, T.; Fagerstrém, K.; Mahmoud, G.; Tse, C. W.
Wallington, T. J.: Absolute Rate Constants for the —; Flagan, R. C.; Seinfeld, J. H.: Rate Constants for
Self Reactions of HO,, CF,CFHO,, and CF,O, the Gas-Phase Reaction of the Hydroxyl Radical
Radicals and the Cross Reactions of HO, with with a Series of Dimethylbenzaldehydes and Tri-
FO,, HO, with CF,CFHO,, and HO, with CF,O, methylphenols at Atmospheric Pressure, 523
at 295 K, 673 Tsuchiya, K.
Sehested, K. See Sehested, J., 627 —; Kamiya, K.; Matsui, H.: Studies on the Oxidation
—y; See Jacobsen, F., 17 Mechanism of H,S Based on Direct Examination
Seinfeld, J. H. See Tse, C. W., 523 of the Key Reactions, 57
AUTHOR INDEX 951
Tyndall, G. S. Weber, M.
—; Orlando, J. J.; Wallington, T. J.; Dill, M.; Kaiser, —; Hake, A.; Stuhl, F.: Temperature Dependence of
E. W.: Kinetics and Mechanisms of the Reactions the Rate Constants of the Reactions of Oxygen
of Chlorine Atoms with Ethane, Propane, and n- Atoms with 1-Pentene, 1-Hexene, cis-2-Pentene,
Butane, 41 and trans-2-Pentene, 149
; Orlando, J. J.; Wallington, T. J.; Hurley, M. D.: Wells, J. R. See Baxley, J. S., 637
Pressure Dependence of the Rate Coefficients and —; See Markgraf, S. J., 445
Product Yields for the Reaction of CH,;,CO Radi- Wiegell, M. R.
cals with O,, 655 —; Larsen, N. W.; Pedersen, T.; Egsgaard, H.: The
Tzerpos, N. See Lafis, S., 385 Temperature Dependence of the Exchange Reac-
tion Between Oxygen Atoms and Dioxygen Mol-
Ud-Din, K. See Rafiquee, M. Z. A., 131
ecules Studied by Means of Isotopes and Spec-
Vakhtin, A. B. troscopy, 745
—; Kinetics and Mechanism of the CF, + NO, Re- Woiki, D.
action at T = 298 K, 203 —; See Catoire, L., 415
Vasileiadis, S. —; See Catoire, L., 469
—,; Benson, S. W.: Kinetics of the Reaction: H + HI —; See Natarajan, K., 33
— H, + I At 298 K and Very Low Pressures, 915
Zaerpoor, K. See Roecker, L., 333
Veltsistas, P. G. See Lafis, S., 385
Zaghloul, A. A.
Venkatesha, B. M. See Ananda, S., 451
—; Khalil, M. M.; Amira, M. F.: Aquation Kinetics
Vyas, V. K.
of Chloropentamminecobalt (III) Perchlorate in
—; Kothari, S.; Banerji, K. K.: Correlation Analysis
Dicarboxylate Media Containing 10% (v/v) Ace-
of Structure and Reactivity in the Oxidation of
tone, 311
Substituted Benzyl Alcohols by Bis(2,2'-Bipy-
Zaghloul, A. A.
ridyl) Copper(II) Permanganate, 9
—; Solvent Effects on the Kinetics of Aquation
Walch, S. P. See Miller, J. A., 253 of «-Chloro(diethylenetriamine) (ethylenedi-
Walker, R. W. See Starkey, D. P., 231 amine)cobalt(III) Ion in Mixed Aqueous Solvents,
Wallington, T. J. See Mggelberg, T. E., 209 431
; See Meagher, R. J., 619 Zetzsch, C. See Koch, R., 81
; See Tyndall, G. S., 41 Zhang, X. See Berndt, D. C., 729
; See Tyndall, G. S., 655 Zhong, X.
; See Sehested, J., 673 —; Bozzelli, J. W.: Thermochemical and Kinetic
Washida, N. See Kakesu, M., 933 Analysis on the Addition Reactions of H, O, OH,
Watson, B. A. and HO, with 1,3 Cyclopentadiene, 893
—,; Klein, M. T.; Harding, R. H.: Catalytic Cracking Zografi, G. See Shalaev, E. Y., 339
of Alkylcyclohexanes: Modeling the Reaction
Pathways and Mechanisms, 545