International Journal of Chemical Kinetics 1991: Vol 23 Index

11 Pages·1991·2.2 MB·English

International Journal of Chemical Kinetics
Subject Index to Volume 23
Abstraction reaction, 361 Flash photolysis, 457, 701, 853
Abstraction reactions, effects of vi- Formaldehyde molecules, 947
bration, 57 Fortran, 1111
Additives, 907
Additivity of rate constants, 397 Gas chromatography, 861
Alkaline hydrolysis, 561 Gas phase, 925
Alkane metathesis by H, 683 Gas-phase oxidation, 861
Alkanolysis, 837 Gas-phase reactions, 897, 1003
Amidogen, 733 Gas-solid interface, 1111
Atmospheric chemistry, sulfur Gas-surface reactions, Br with
species, 483 GaAs, 529
Atmospheric iodine chemistry, 237 Gouy-Chapman layer, 567
Atmospheric sulfur chemistry, 237 Group additivity, 767
Autocatalysis, 593
Heterogeneous catalytic effects, 971
BAC-MP4 method, 1129 Heterogeneous surface reactions,
Belousov—Zhabotinsky reaction, 137 957
Hydrocarbon combustion environ-
Catalysis, 279 ment, 957
Catalysis, by colloids, 717 Hydrolysis kinetics, 197, 639, 799
Catalysis by micelles, 567 Hydroxyl radical, 1075
Catalysis of hydrolysis, 197 Hydroxyl, reaction with xylenes, 77
Catalyzed hydrolysis, 799
Catalyzed oxidation, 473 Ignition delay, 437
Chemical activation, 369, 825 Ignition delay, ETBE, 553
Chlorfluoroperoxynitrates, 1 Ignition kinetics, 251
Chlorine transfer, 315 Infrared emission, 733
Chromate catalyzed decomposition, Ion pair formation, 561
881 Isocyanic acid, 733
CL atoms, 1095 Isothermal flow reaction, 925
Combustion chemistry, 1075
Kinetic spectrophotometric pulse ra-
Combustion kinetics, 289, 437
diolysis, 941
Computer codes, 767
Controlled high temperature inciner- Laser diagnostic, 733
ation, 1051
Cyclic transition states, 779 Mass-action, 1111
Master equation, 825
Decomposition kinetics, 215, 389 Marcus relationship, 105
Decomposition rate, 971 Micellar catalysis, 989
Discharge flow, 579 Micelles, 567, 639, 837
Discharge-flow-mass spectrometry, Modeling of NO reduction, 289
237
Disproportionation of dif luoromethyl NH reactions, 173
radicals with n-propyl radicals, NO, reaction with OH-xylene ad-
431 ducts, 77
Electron transfer kinetics, 229, 807 OH radical, 1095
Electron transfer reactions, 105 Oscillation reactions, 137, 397
Elimination kinetics, 247 Oscillatory kinetics, 881
Esterification kinetics, 17 Oxidation, 989
International Journal of Chemical Kinetics, Vol. 23, 1153-1154 (1991)
© 1991 John Wiley & Sons, Inc. CCC 0538-8066/91/121153-02$04.00
SUBJECT INDEX
Oxidation of atmospheric sulfur, 483 Sensitivity analysis, 251
Oxidation of ETBE, 553 Shock tube, 173, 733
Oxidation kinetics, 113, 127, 203, Shock tube experiments, 1017, 1035,
229, 345, 377, 669, 717, 815 1075
Oxidation kinetics, indigo carmine, Shock tube kinetics, 655
27 Solvolysis kinetics, 161
Oxidative pyrolysis, 1051 Stability analysis, 251
Ozone formation, 331 Stern layer, 567
Ozone isotopomers, 331 Stirred reactor kinetics, 437
Stopped flow kinetics, 377
Photolysis, 633 Sulfur species, atmospheric oxida-
Photolysis, C.F;I, 47 tion, 483
Photooxidation, 907 Surface Chemkin, 1111
Propagating acidity front, in frozen
phase in chlorite thiosulphate re- Thermal decomposition, 1
action, 99 Thermal reactions, 1129
Pulse radiolysis, 541 Thermodynamic property calcula-
Pyrolysis kinetics, 779 tions, 767
Thiosulphate, front reaction with
Quantum calculations, CN reaction chlorite ion in frozen phase, 99
surfaces, 151 Transition state theory, 397, 683
RAPRENO, process, 289 Unimolecular decomposition, 633,
Rate constants, 897, 941, 1095 947
Redox reactions, 279, 377 UV absorption, 1017
retro-Diels—Alder reactions, 215 UV spectra, 785
Ring-opening radical polymerization,
853 Vibration energy effects on abstrac-
RRKM calculations, 215 tion, 57
Salt effects, hydrolysis of, 561 Xylenes, reaction with OH and NOz,
Schiff bases, 639 77
International Journal of Chemical Kinetics
Index of Compounds to Volume 23
Acetate reactions, 137 Chlorite, reaction with thiourea, 419
Alkanes, reaction with OH, 397 Chlorite ion, front reaction with
Alkylamines, reaction with chlo- thiosulphate in frozen phase, 99
ramine, 315 CH2Cle, 1051
Allyl cyanide, 733 CH;SCHs3, 237
Amino acids, 345 CH;SH, 237
Amino alcohols, reaction with chlo- Cinnamaldehyde, oxidation of chlo-
ramine-T, 279 ramine-T, 127
Arabinose reactions, 137 cis- and trans-Crotononitrile, 733
Ascorbic acid, reaction with Mn(III) CL, 1095
complexes, 105 ClO, reaction with DMS, 579
Azomethane, 633 CN, 1035
Co(3Rpy),Cl2*, solvolysis of, 161
B-phellandrene, 897 Cu(II) malonamide complex, 799
B.O3, 957 Cyanide, reaction with CO, and N,O,
Benzoyl formic acid, decomposition 151
of, 247
BrO, reaction with DMS, 579 di-44-oxo-bis (oxo-molybdate), 457
BrO, self-reaction of, 37 Diethyltriamine pentacetato iron
Bromine, reaction with CF3;, 57 (III), 389
Bromine, reaction with galium ar- Difluorocyclopropylene, decomposi-
senide, 529 tion of, 369
Bromite, oxidations by, 229 Difluoroethene, reaction with CHg,
2-Bromopropionic acid, decomposi- 369
tion of, 779 Difluoromethy] radicals, dispropor-
tionation with n-propyl radicals,
CgH gNOz, 925 431
Carbonate iron, reduction kinetics, Dimethoxybenzidine, reaction with
KBrOs;, 113
541
Carbondisulfide, 483 2,5-Dimethylpyrrole, 925
Carbondioxide, reaction with CN, Dimethyl Sulfide, 483
Dimethylsulfide, reaction with halo-
151
Carboxylato-bound Cr(V), 807 gen oxides, 579
C2H,, 237 1,4-Dioxane, 861
C3H¢, 237 Diperiodatoargenate(III), 815
CC1,;0,NO2, CCl,.FO,NOz, Diphenylthiadiazole dioxide, 197
CCIF,0,NOz:, peroxynitrates, 1
CCl,-I, 1051 Ethane, oxidation of, 437
Ethyl-t-butyl ether, ignition of, 553
CF.CICH202, 785
CF,ClO2, reaction with NO», 701 Formaldehyde, oxidation by osmi-
CF;, reaction with Br2, 57 um(VIII), 377
CF;, reaction with pentafluoroben-
zene, 361 Galium arsenide, reaction with
CFC1,CH2O2, 785 bromine, 529
CHCls;, 1051
Chloramine, reaction with amines, H atom, reaction with HNCO, 655
315 HNCO, 173, 1129
Chloramine-T, oxidation of, 127 Hydrazinium ion, oxidation, 203
Chloramine-T, reaction with amino Hydrogen, reaction with O2, 251
alcohols, 279 Hydrogen peroxide, 389, 881, 971
Chlorine dioxide, 419 Hydrogen sulfide, 483
International Journal of Chemical Kinetics, Vol. 23, 1155-1156 (1991)
© 1991 John Wiley & Sons, Inc. CCC 0538-8066/91/121155-02$04.00
COMPOUND iNDEX
Hydroxyl, reactions with alkanes, O, 173, 1035
397 Oz, 173, 1035
Hydroxy] radicals, 1017 O3, 897
OH, 1075, 1095
Indigo carmine, oxidation of sodium OH radicals, 897, 1003
hypohalites, 27 Olefins, H-addition of, 825
Indole, reaction with t-butoxy, 761 Osmium(VIII), oxidation of
10, 237 formaldehyde, 377
IO, reaction with DMS, 579 Oxygen, reaction with He, 251
Iodide ion as oxidation catalyst, 203 Ozone, 331
Isobuty] alcohol, esterification with
palmitic acid, 17 Palmitic acid, esterification with
Isobuty] palmitate, esterification isobutyl alcohol, 17
catalyzed by sulfuric acid, 17 Pd(II) complexes, 279
Isocyanic acid, reaction with H, 655 Pentafluorobenzene, reaction with
Isocyanic acid, reduction of NO by, CF3, 361
289 Pentafluoroethy] iodide, 47
Perfluoroacetic anhydride, 361
KBrOs;, reaction with dimethoxyben-
Perfluorobutylperoxyl radical, 941
zidine, 113 Permanganate, 593, 717
Peroxomonophosphoric acid, 345
L-phenylanaline, oxidation by per-
Peroxomonophosphoric acid, reaction
manganate, 593
with hydrazinium, 203
Methyl] 2-bromopropionate, decompo- Phenyl! phosphinic acid, 669
sition of, 779 Phenylsalicylate, 837
Methyl radicals, 1017 Phosphinic acid, 669
Methyl tertiary butyl ether (MTBE), Phosphorous acid, 669
907 Pyrrole, 733
Methylindole, with ¢-butoxy, 761
Mn(IIT) complexes, 105 Ribose reactions, 137
Mo,0,**, 807 Ring retention on OH reactions, 77
n- and s-butoxy, reaction with oxy- Singlet methylene, reaction with di-
gen, 607 fluoroethene, 369
n-alkyl nitrites, 1095
N-bromoacedamide, 669 t-Butoxy, reaction with indoles, 761
NH, 173 Tetrahydropyridine, decomposition
NHp, 655 of, 215
N-(2/4-hydroxybenzylidene)-2- Thiocyanate complexes, 457
aminobensothiazoles, 639 Thiosulphate, front reaction with
N-hydroxylphthalimide, 561, 567 chlorite ion in frozen phase, 99
Nitric oxide, reduction by HNCO, Thiourea, reaction with chlorite, 419
289 Triethanolamine, oxidation of, 815
Nitrous oxide, reaction with CN, 151 Triethylamine, oxidation, 717
NO, 173 Trifluoroacetic acid, 47
NO, reaction with CF,ClO., 701 1,3,5-Trioxane, 947
NO; radicals, 897 tris(1,10-phenanthroline)iron(II) with
NO,, 1003 peroxodiphosphonate, 473
n-propyl, reaction with difluo-
romethyl, 431 Vinyloxiranes, 853
International Journal of Chemical Kinetics
Author Index to Volume 23
Abbas, S.H., See Pritchard, G.O., Battin, F.
431 —; Scacchi, G.; Baronnet, F: Gas-
Adad, M.-T.S.-C., See Ferriol, M., Phase Oxidation of 1,4-Dioxane,
315 861
Aldridge, H. K. Beck, M.T.
—; Liu, X.; Lin, M.C.; Melius, C.F: —; Nagy, I. P.; Székely, G.: Oscilla-
Thermal Unimolecular Decompo- tory Kinetics and Mechanism of
sition of 1,3,5-Trioxane: Com- the Chromate Catalyzed Decom-
parison of Theory and position of Hydrogen Peroxide,
Experiment, 947 881
Ali, M., See Gangopadhyay, S., 105 Becker, K.H., See Barnes, I., 579
Alvarez-Macho, M.P., See Behera, G. B., See Misra, P., 639
Insausti, M. J., 593 Blatt, C., See Roscoe, J. M., 633
Anis, S.S. Boettner, J-C., See Dagaut, P., 437
—; Mansour, M.A.: The Decomposi- Bott, J.F.
tion Kinetics of Hydrogen —; Cohen, N.: A Shock Tube Study
Peroxide Catalyzed by Diethylene- of the Reaction of Methyl Radi-
triaminepentaacetatoiron(III) cals with Hydroxyl Radicals,
Complex, 389 1017
Arey, J., See Atkinson, R., 77 —; Cohen, N.: A Shock Tube Study
—; See Shorees, B., 897 of the Reactions of the Hydroxyl
Arias, C., See Perez-Benito, J. F, Radical with Several Combustion
717 Species, 1075
Aschmann, S.M ., See Atkinson, Bowman, C.T., See Mertens, J. D.,
&. Tt 173
—; See Tuazon, E.C., 1003 —; See Miller, J.A., 289
Atkinson, R. —; See Mertens, J. D., 655
—; Aschmann, S.M.; Arey, J.: Bozzelli, J.W., See Ritter, E.R., 767
Formation of Ring-Retaining Brown, R.C.
Products from the OH Radical- —; Kolb, C.E.; Rabitz, H.; Cho, S.Y.;
Initiated Reactions of o-, m-, and Yetter, R.A.; Dryer, F L.: Kinetic
p-Xylene, 77 Model of Liquid B,O; Gasifica-
—; See Shorees, B., 897 tion in a Hydrocarbon Combus-
—; See Tuazon, E.C., 1003 tion Environment: I.
Heterogeneous Surface Reac-
tions, 957
Baba, T., See Lin, C.C., 971 Bufalini, J. J., See Smith, D. F, 907
Back, R.A., See Roscoe, J. M., 633
Banerjee, P., See Gangopadhyay,
S., 105 Cafferata, L., See Martire, D.O.,
Banerji, K. K., See Moondra, A., 457
669 Capparelli, A. L., See Martire,
Bardi, I., See Szirovicza, L., 99 D.O., 457
Barnes, I. Carr, R.W., See Wu, F, 701
—; Bastian, V.; Becker, K. H.; Carter, W. P. L., See Tuazon, E.C.,
Overath, R. D.: Kinetic Studies of 1003
the Reactions of IO, BrO, and Cathonnet, M., See Dagaut, P., 437
ClO with Dimethylsulfide, 579 Chang, A.Y., See Mertens, J. D.,
Baronnet, F., See Battin, F, 861 173
Bastian, V., See Barnes, I., 579 Cho, S.Y., See Brown, R.C., 957
International Journal of Chemical Kinetics, Vol. 23, 1165-1171 (1991)
© 1991 John Wiley & Sons, Inc. CCC 0538-8066/91/121167-07$04.00
AUTHOR INDEX
Chuchani, G. Dunphy, M.P.
—; Dominguez, R.M.; Rotinov, A.: —; Simmie, J. M.: Preliminary
The Kinetics and Mechanisms of Observations on the High Tem-
Methyl 2-Bromopropionate and perature Oxidation of Ethyl Tert-
2-Bromopropionic Acid Pyrolyses Butyl Ether, 553
Under Maximum Inhibition, 779
Cohen, N.
—; Are Reaction Rate Coefficients El-Subruiti, G. M.
Additive? Revised Transition —; Wells, C.F; Sidahmed, I. M.: Ki-
State Theory Calculations for netics of the Solvolysis of
OH + Alkane Reactions, 397 [Co(8Rpy),Cl.]* (R = Me or Et)
—; The Use of Transition-State The- in Water + Propan-2-ol Mix-
ory to Extrapolate Rate Coeffi- tures, 161
cients for Reactions of H Atoms Encinas, M.V.
with Alkanes, 683 —; Lissi, E.A.; Majmud, C.: Reactiv-
—; See Bott, J.F, 1017 ity of tert-Butoxyl Radicals To-
—; See Bott, J.F, 1075 wards Substituted Indole
Coltrin, M.E. Derivatives, 761
—; Kee, R.J.; Rupley, F M.: Surface Endo, T., See Ito, O., 853
Chemkin: A General Formalism Esler, M., See Mackie, J.C., 733
and Software for Analyzing Het-
erogeneous Chemical Kinetics at
a Gas-Surface Interface, 1111 Feliz, M.R., See Martire, D.O., 457
Colket, M.B., ITI., See Mackie, Ferriol, M.
J.C., 733 —; Gazet, J.; Adad, M.-T.S.-C.: Ki-
netics and Mechanisms of Chlo-
rine Transfer from Chloramine
to Amines in Aqueous Medium,
Dagaut, P. 315
—; Cathonnet, M.; Boettner, J-C.: Fiedler, E.
Kinetics of Ethane Oxidation, —; Hack, W: The Reaction cf 2,5-
437 Dimethylpyrrole with O.(a'A,) in
Davidson, D.F. the Gas Phase, 925
—; Dean, A.J.; DiRosa, M. D.;
Hanson, R. K.: Shock Tube Mea-
surements of the Reactivns of Gangopadhyay, S.
CN with O and Oz, 1035 —; Saha, S.K.; Ali, M.; Banerjee, P.:
Dean, A. J., See Davidson, D. F, Kinetics of Electron Transfer
1035 Reactions of Manganese(III)
Dellinger, B., See Taylor, P. H., Complexes of trans-Cyclohexane-
1051 1,2-diamiN nN'eN',-t-etNra -
De Maleissye, J. Tardieu, See acetic Acid and 2,2’-Bipyridyl
Heiss, A., 607 with Ascorbic Acid in Aqueous
Dhas, T.P.A. Acid Media, 105
—; Mishra, D. K.; Mittal, R. K.; Gazet, J., See Ferricl, M., 315
Gupta, Y. K.: Kinetics and Mecha- Gebhardt, J., See Olzmann, M..,
nism of Oxidation of Hy- 825
drazinium Ion with Peroxo- Ghosh, M.C.
monophosphoric Acid in Acid —; Gould, E.S.: Electron Transfer.
Perchlorate Solutions and Role of 109. The Reaction of Dimeric
Trace Iodide Ions, 203 Molybdenum(V) with Carboxy-
Ding, T.-H., See Shi, T.-S., 815 lato-Bound Chromium(V). A
DiRosa, M.D., See Davidson, D. F, Third Mechanistic Variation, 807
1035 Gonzalez, M.C., See Martire, D.O.,
Dominguez, R.M., See Chuchani, 457
G., 779 Goto, S.
Donlon, M., See Nielsen, O. J., 1095 —; Tagawa, T.; Yusoff, A.: Kinetics
Dryer, F.L., See Brown, R.C., 957 of the Esterification of Palmitic
Dube, S., See Simoyi, R. H., 419 Acid with Isobutyl Aicohol, 17
AUTHOR INDEX
Gould, E.S., See Jhanji, A. K., 229 Jhanji, A. K.
—; See Ghosh, M.C., 807 —; Gould, E.S.: Electron Transfer.
Gowda, N.M. Made, See Put- 102. Some Oxidations by Bromite
taswamy, 27 (BrO,°), 229
—; See Mythily, C.K., 127 Jonnalagadda, S. B.
Gupta, S., See Shukla, A., 279 —; Munkombwe, N. M.; Hensman,
Gupta, Y. K., See Dhas, T.P.A., 203 P.; Mushinga, T.: The Oxidation
of 3,3'-Dimethoxy Benzidine
with Potassium Bromate in
Hack, W., See Fiedler, E., 925 Acidic Solutions, 113
Hanson, R. K., See Mertens, J. D., Jwo, J.-J., See Ou, C.-C., 137
173
—; See Mertens, J. D., 655
—; See Davidson, D. F, 1035
Kee, R.J., See Coltrin, M.E., 1111
He, J.-T., See Shi, T.-S., 815
Khan, A. Aziz, See Niaz, M. Arif,
He, Y.
799
—; Liu, Xiaoping; Lin, M.C.; Melius,
Khan, M.N.
C.F: The Thermal Reaction of
—; Salt Effects in the Aqueous Al-
HNCO at Moderate Tempera-
kaline Hydrolysis of N-Hydroxy-
tures, 1129
phthalimide. Kinetic Evidence
Hedges, R.M., See Yetter, R.A.,
for the Ion-Pair Formation, 561
251
—; Catalytic Effect of Anionic Mi-
Heiss, A.
celles on Alkaline Hydrolysis of
—; De Maleissye, J. Tardieu; Viossat,
N-Hydroxyphthalimide. Evidence
V.; Sahetchian, K.A.; Pitt, I.G.:
for the Probable Occurrence of
Reactions of Primary and Sec-
the Reaction in Between Gouy-
ondary Butoxy Radicals in Oxy-
Chapman and Exterior Boundary
gen at Atmospheric Pressure,
of Stern Layers of the Micelles,
607
567
Hensman, P., See Jonnalagadda,
—,; Kinetics and Mechanism of In-
S.B., 113
tramolecular General Base-
Heydtmann, H., See Lauterwald,
Catalyzed Alkanolysis of Phenyl
H., 369 Salicylate in the Presence of An-
Hudgens, E.E., See Smith, D.F,
ionic Micelles, 837
907
Kiefer, J. H., See Sidhu, S.S., 215
Huie, R. E.
Kleindienst, T. E., See Smith, D.F,
—; Shoute, L.C.T.; Neta, P.: Temper- 907
ature Dependence of the Rate
Kohse-HGinghaus, K., See
Constants for Reactions of the
Mertens, J. D., 655
Carbonate Radical with Organic
Kolb, C.E., See Brown, R.C., 957
and Inorganic Reductants, 541
K6éppenkastrop, D.
Hussain, J., See Parasher, P., 473
—; Zabel, F: Thermal Decomposi-
tion of Chlorofluoromethy! Per-
Ichikawa, N., See Lin, C.C., 97i oxynitrates, 1
lino, M., See Ito, O., 853
Insausti, M. J.
—; Mata-Perez, F; Alvarez-Macho, Lane, S.I.
M.P.: Kinetics and Mechanisms —; Oexler, E.V.; Staricco, E. H.: On
of the Oxidation by Perman- the Mechanism of C,F;I Photoly-
ganate of L-Phenylalanine, 593 sis in the Presence of Trifluo-
Ishizuka, T., See Ito, O., 853 roacetic Acid, 47
Ito, O. —; Oexler, E.V.; Staricco, E.H.: The
—; Ishizuka, T.; Iino, M.; Matsuda, Gas Phase Reaction of CF; Radi-
M.; Endo, T.; Yokozawa, T.: Ki cals with C,F;H in the Tempera-
netics of Ring-Opening Radical ture Range 373-558 K, °61
Polymerization of Vinyloxiranes, Langar, L'T.
853 —; Laverdet, G.; Le ‘ras, G.; Poulet,
Itow, M., See Lin, C.C., 971 G.: Rate Constant and Products
AUTHOR INDEX
of the BrO + BrO Reaction at Matsuda, M., See Ito, O., 853
298 K, 37 Mclver, C. D., See Smith, D. F, 907
Larsen, N.W. Mehrotra, R.N., See Vishnoi, M..,
—; Pedersen, T.; Sehested, J.: Iso- 377
topic Study of the Mechanism of Meleason, M.A., See Pritchard,
Ozone Formation, 331 G.O., 431
Lauterwald, H. Melius, C.F., See Wang, N.S., 151
—; Heydtmann, H.: Experimental —; See Aldridge, H. K., 947
Study on the Reactions of Vibra- —; See He, Y., 1129
tionally Excited 1,1-Difluorocy- Mellouki, A., See Maguin, F., 237
clopropane, 369 Mertens, J.D.
Laverdet, G., See Lancar, I.T., 37 —; Chang, A.Y.; Hanson, R. K.; Bow-
—; See Maguin, F,, 237 man, C.T.: A Shock Tube Study
Le Bras, G., See Lancar, I.T., 37 of the Reactions of NH with NO,
—; See Maguin, F, 237 O2, and O, 173
Lifshitz, A., See Sidhu, S.S., 215 —; Kohse-Héinghaus, K.; Hanson,
Lin, C.C. R. K.; Bowman, C.T.: A Shock
—; Smith, F R.; Ichikawa, N.; Baba, Tube Study of H + HNCO —
T.; Itow, M.: Decomposition of NH, + CO, 655
Hydrogen Peroxide in Aqueous Miller, J. A.
Solutions at Elevated Tempera- —; Bowman, C.T.: Kinetic Modeling
tures, 971 of the Reduction of Nitric Oxide
Lin, M.C., See Wang, N.S., 151 in Combustion Products by Iso-
—; See Aldridge, H. K., 947 cyanic Acid, 289
—; See He, Y., 1129 Mirifico, M.V.
Lissi, E. A., See Encinas, M.V., 761 —; Vasini, E. J.; Sicre, J. E.: 3,4-
Liu, X., See Aldridge, H. K., 947 Diphenyl-1,2,5-Thiadiazole-1,1-
—; See He, Y., 1129 Dioxide. Acid and Base Catalysis,
197
Mishra, B. K., See Misra, P., 639
Mackie, J.C. Mishra, D.K., See Dhas, T.P.A.,
—; Colket, M.B., III,; Nelson, P. F; 203
Esler, M.: Shock Tube Pyrolysis Misra, P.
of Pyrrole and Kinetic Modeling, —; Mishra, B. K.; Behera, G. B.: Hy-
733 drolysis of Schiff Bases, 1: Kinet-
Maguin, F. ics and Mechanism of
—; Mellouki, A.; Laverdet, G.; Spontaneous, Acid, and Base Hy-
Poulet, G.; Le Bras, G.: Kinetics drolysis of N-(2/4-hydroxyben-
of the Reactions of the IO Radi- zylidene)-2-aminobenzothiazoles,
cal with Dimethyl Sulfide, 639
Methanethiol, Ethylene, and Mittal, R.K., See Dhas, T.P.A., 203
Propylene, 237 Moondra, A.
Mahadevappa, D.S., See Put- —; Mathur, A.; Banerji, K. K.: Ki-
taswamy, 27 netics of the Oxidation of Phos-
Majmud, C., See Encinas, M.V., 761 phinic, Phenylphosphinic, and
Mansour, M.A., See Anis, S.S., 389 Phosphorous Acids by N-Bro-
Manyonda, M., See Simoyi, R. H., moacetamide, 669
419 Munkombwe, N. M., See Jonnala-
Martire, D.O. gadda, S.B., 113
—; Gonzalez, M.C.; Feliz, M.R.; Mushinga, T., See Jonnalagadda,
Cafferata, L.; Capparelli, A. L.: S.B., 113
The Flash Photolysis of Di-y- Muzimbaranda, C., See Simoyi,
Oxo-Bis(Oxo-Molybdate(V)) Acid R. H., 419
Aqueous Solutions in the Pres- Mythily, C.K.
ence of Excess Thiocyanate, 457 —; Rangappa, K.S.; Gowda, N.M.
Masere, J., See Simoyi, R. H., 419 Made: Kinetics and Mechanism
Mata-Perez, F., See Insausti, M. J., of Chloramine-T Oxidation of
593 Cinnamaldehyde in Two Acid
Mathur, A., See Moondra, A., 669 Media, 127
AUTHOR INDEX
Nagy, I. P., See Beck, M.T., 881 Perez-Benito, J. F.
Nagypal, I., See Szirovicza, L., 99 —; Arias, C.: A Kinetic Study of the
Nahor, G.S. Permanganate Oxidation of Tri-
—,; Neta, P.: Rate Constants for Re- ethylamine. Catalysis by Soluble
actions of Perfluorobutylperoxyl Colloids, 717
Radical with Alkenes, 941 Piasecki, M.L., See Pritchard,
Nelson, P. F., See Mackie, J.C., 733 G.O., 431
Neta, P., See Huie, R. E., 541 Pimentel, G.C., See Young, M.A..,
—; See Nahor, G.S., 941 57
Niaz, M. Arif Pitt, I.G., See Heiss, A., 607
—; Khan, A. Aziz: Kinetics and Poulet, G., See Langar, I.T., 37
Mechanism of Base-Catalyzed —; See Maguin, F.,, 237
Hydrolysis of Cu(II)-Malonamide Pritchard, G.O.
Complex, 799 —; Abbas, S. H.; Piasecki, M. L.;
Nielsen, O. J., See Wallington, T. J., Meleason, M. A.: Disproportion-
785 ation Reactions Between Alkyl
—; Sidebottom, H.W; Donlon, M.; and Fluoroalky! Radicals. VI. Di-
Treacy, J.: Rate Constants for fluoromethyl and n-propyl Radi-
the Gas-Phase Reactions of OH cals, 431
Radicals and Cl Atoms with n- Puttaswamy
Alkyl Nitrites at Atmospheric —; Mahadevappa, D.S.: Kinetics and
Pressure and 298 K, 1095 Mechanism of Oxidation of In-
digo Carmine by Hypohalites, 27
Oexler, E.V., See Lane, S.I., 47
—; See Lane, S.I., 361 Rabitz, H., See Yetter, R.A., 251
Ogryzlo, E.A., See Salusbury, I. M., —; See Brown, R.C., 957
529 Rangappa, K.S., See Mythily,
Olea, A. F., See Encinas, M.V., 761 C.K., 127
Olzmann, M. Ravishankara, A.R., See Tyndall,
—; Gebhardt, J.; Scherzer, K.: An G.S., 483
Extended Mechanism for Chemi- Ritter, E.R.
cal Activation Systems, 825 —; Bozzelli, JW: THERM: Thermo-
Ou, C.-C. dynamic Property Estimation for
—; Jwo, J.-J.: Kinetic Study of Some Gas Phase Radicals and
Reactions Related to the Mn(II)- Molecules, 767
Catalyzed Bromate-Saccharide Roscoe, J.M.
Oscillating Reactions, 137 —; Blatt, C.: Minor Processes in the
Overath, R.D., See Barnes, I., 579 Photolysis of Azomethane at Low
Pressure: An Upper Limit for
the Rate of the Unimolecular
Elimination of H, from Vibra-
Paichha, R.C., See Panigrahi,
tionally Excited Ethane, 633
G.P., 345
Rotinov, A., See Chuchani, G., 779
Panigrahi, G. P.
Rupley, F.M., See Coltrin, M.E.,
—; Paichha, R.C.: Oxidation of
Amino Acids by Perox- 1111
omonophosphoric Acid—A Ki-
netic Study, 345
—; Sahu, B.P.: Micellar Catalysis in Saha, S. K., See Gangopadhyay, S.,
the Oxidation of Acetophenones 105
by Ce(IV), 989 Sahetchian, K.A., See Heiss, A.,
Parasher, P. 607
—; Hussain, J.; Sharma, P. D.: Ki- Sahu, B.P., See Panigrahi, G. P.,
netics and Mechanism of Sil- 989
ver(I) Catalyzed Oxidation of Salusbury, I. M.
Tris(1,10-phenanthroline)Iron(II) —; Ogryzlo, E.A.: Rate Constants
with Peroxodiphosphate in Ace- for the Reaction of Atomic and
tate Buffers, 473 Molecular Bromine with Gallium
Pedersen, T., See Larsen, N.W,, 331 Arsenide, 529
AUTHOR INDEX
Scacchi, G., See Battin, F.,, 861 Tagawa, T., See Goto, S., 17
Scherzer, K., See Olzmann, M.., Tamburu, C., See Sidhu, S.S., 215
825 Taylor, P. H.
Sehested, J., See Larsen, N.W,, 331 —; Dellinger, B.; Tirey, D. A.: Oxida-
Sharma, K., See Vishnoi, M., 377 tive Pyrolysis of CH2Cl2, CHCls,
Sharma, P. D., See Parasher, P., and CCl,-I: Incineration Implica-
473 tions, 1051
Shi, T.-S. Taylor, R.
—; He, J.-T.; Ding, T.-H.; Wang, —; The Mechanism of Thermal
A.-Z.: Studies of Unusual Oxida- Eliminations. Part XXVIII [1]:
tion States of Transition Metals Thermal Decomposition of Ben-
III-Kinetics and Mechanism of zoylformic Acid, 247
Oxidation of Triethanolamine by Tirey, D.A., See Taylor, P.H., 1051
Diperiodatoargenate(III) Ion in Treacy, J., See Nielsen, O. J., 1095
Aqueous Alkaline Medium, 815 Tsang, W., See Sidhu, S.S., 215
Shorees, B. Tuazon, E.C.
—; Atkinson, R.; Arey, J.: Kinetics —; Carter, W.P.L.; Aschmann,
of the Gas-Phase Reactions of B- S.M.; Atiinson, R.: Products of
Phellandrene with OH and NO, the Gas-Phase Reaction of
Radicals and O; at 297 + 2 K, Methy] tert-Butyl Ether with the
897 OH Radical in the Presence of
Shoute, L.C.T., See Huie, R. E., 541 NO,, 1003
Shukla, A. Tyndall, G.S.
—; Gupta, S.; Upadhyay, S. K.: Pd(II) —; Ravishankara, A. R.: Atmo-
Complexes of Amino Alcohols spheric Oxidation of Reduced
and Their Reaction with Chlo- Sulfur Species, 483
ramine-T: A Kinetic Study, 279
Sicre, J.E., See Mirifico, M.V., 197
Sidahmed, I. M, See El-Subruiti, Upadhyay, S. K., See Shukla, A.,
G.M., 161 279
Sidebottom, H.W., See Nielsen,
O.J., 1095
Sidhu, S.S. Vasini, E. J., See Mirifico, M.V., 197
—; Kiefer, J.H.; Lifshitz, A.; Tam- Viossat, V., See Heiss, A., 607
buru, C.; Walker, J.A.; Tsang, Vishnoi, M.
W:: Rate of the Retro-Diels— —; Sharma, K.; Mehrotra, R.N.: Ki-
Alden Dissociation of 1,2,3,6- netics and Mechanisms of Oxida-
Tetrahydropyridine Over a Wide tion by Metal Ions, Part XII[1]
Temperature Range, 215 Oxidation of Formaldehyde by
Simmie, J.M., See Dunphy, M. P., Alkaline Osmium(VIII), 377
553
Simoyi, R. H.
—; Masere, J.; Muzimbaranda, C.; Walker, J. A., See Sidhu, S.S., 215
Manyonda, M.; Dube, S.: Travel- Wallington, T. J.
ling Wave in the Chlorite- —; Nielsen, O. J.: UV Absorption
Thiourea Reaction, 419 Spectra and Kinetics of the Self
Smith, D.F. Reaction of CFCl.CH,O, and
—; Kleindienst, T. E.; Hudgens, CF,CICH,0, Radicals in the Gas
E.E.; Mclver, C. D.; Bufalini, Phase at 298 K, 785
J.J.: The Photooxidation of Wang, A.-Z., See Shi, T.-S., 815
Methyl Tertiary Butyl Ether, 907 Wang, N.S.
Smith, F.R., See Lin, C.C., 971 —; Yang, D.L.; Lin, M.C.; Melius,
Staricco, E.H., See Lane, S.I., 47 C.F: Kinetics of CN Reactions
—; See Lane, S.1., 361 with N.O and COz, 151
Székely, G., See Beck, M.T., 881 Wells, C.F., See El-Subruiti, G. M.,
Szirovicza, L. 161
—; Nagypal, L.; Bardi, I.: Propagat- Wu, F.
ing Reaction Front in ‘Frozen’ —; Carr, R.W: An Investigation of
Phase, 99 Temperature and Pressure De-