International Journal of Chemical Kinetics 2004: Vol 36 Index

2004·2.5 MB·English

AUTHOR INDEX 695
Crawford, M. A. Friedrichs, G.
—; Li, Z.; Heuerman, H. A.; and Kinscherff, D.: A —,; Davidson, D. F.; and Hanson, R. K.: Validation
Kinetic and Product Study of Reaction of Chlorine of a Thermal Decomposition Mechanism of
Atom with CH;CH,OD, 584 Formaldehyde by Detection of CH2O and HCO
Criado, J. M. See Budrugeac, P., 309 Behind Shock Waves, 157
Cueto, M. See Jiménez, R., 410
Curran, H. J. See O Conaire, M., 603 Gainza, A. H.
—+; Reaction of Halogenated Hydrocarbon Solvents
Davidson, D. F. See Friedrichs, G., 157 with Tertiary Amines: Spectrophotometric and
Davidson, D. F. Conductimetric Study, 500
—+; Hanson, R. K.: Interpreting Shock Tube Ignition Ge, Q.
Data, 510 —; Guo, Y.; Lin, H.; Lin, H.; and Zhu, S.: Ki-
Davidson, D. F. See Oehlschlaeger, M. A., 67 netics and Mechanism of the Catalytic Dehydra-
Davis, S. G. tion of HCO3;~ by Zinc(I1) Complexes of Tripod
—; Mhadeshwar, A. B.; Vlachos, D. G.; and Wang, Ligands, 197
H.: A New Approach to Response Surface Devel- Ge, Q.-C. See Guo, Y.-H., 41
opment for Detailed Gas-Phase and Surface Reac- Gomez, L. See Jiménez, R., 627
tion Kinetic Model Optimization, 94 Gonzalez-Alatorre, G.
del Mar Graciani, M. See Mufioz, M., 634 —; Guzman-Maldonado, S. H.; Escamilla-Silva,
de Vicente, M. E. S. See Rubin, E., 650 E. M.; Loarca-Pifia, G.; and Benitez, C. H.: Ki-
Donahue, N. M. netic Study of the Nitrosation of 1,3-Dialkylureas
—+; Clarke, J. S.: Fitting Multiple Datasets in Kinetics: in Aqueous-Perchloric Acid Medium, 273
n-Butane + OH — Products, 259 Goswami, S.
Doussin, J. F. See Klawatsch-Carrasco, N., 152 —+; Shaikh, N.; Panja, A.; and Banerjee, P.: A Com-
Dryer, F. L. See Li, J., 566 parative Kinetic Study for the Oxidation of 2-
Dwivedi, P. B. See Tandon, P. K., 545 Mercaptoethanol by Di-j-oxo-bis(1,4,7,10-tetra-
azacyclododecane)dimanganese(III,IV) and
El-Subruiti, G. M. Di--oxo-bis(1,4,8,1 1-tetraazacyclotetradecane)-
—; Younes, G. O.; Zeitouni, F. S.; and Amira, M. F.: dimanganese(III,[1V) Complexes: Influence of
Effect of Solvent and Structure on the Kinetics and Copper(II), 129
Mechanism of the Aquation of Bromopentaamine Gotor, F. J. See Budrugeac, P., 309
Cobalt(II]) Complex in Binary Aqueous Mixtures, Graciani, J. See Jiménez, R., 627
494 Grueso, E. See Jiménez, R., 410
Emokpae, T. A. Guo, Y. See Ge, Q., 197
—+; Isanbor, C.: Relative Reactivity and Kinetic Pat- Guo, Y.-H.
tern of Aniline and N-Methylaniline as Nucle- —; Ge, Q.-C.; Lin, H.; Lin, H.-K.; and Zhu, S.-R.:
ophiles in Aromatic Substitution (SjAr) Reac- Kinetics and Mechanism of Promoted Hydroly-
tions, 188 sis of 4-Nitrophenyl Acetate by Zinc(II)-tripod:
Escamilla-Silva, E. M. See Gonzalez-Alatorre, G., Different Roles of Mononuclear and Trinuclear
273 Species, 41
Espenson, J. H. See Lente, G., 449 Gupta, P.
Ewais, H. A. —; Saha, R. K.: Analysis of Gas—Solid Noncat-
—; Ahmed, A. E.; and Abdel-Khalek, A. A.: Kinetics alytic Reactions in Porous Particles: Finite Volume
and Mechanism of Oxidation of a Ternary Com- Method, |
plex Involving Dipicolinatochromium(III) and Guzman-Maldonado, S. H. See Gonzalez-Alatorre,
DL-Aspartic Acid by N -Bromosuccinimide, 394 G., 273
Fan, L. See Yuangin, Z., 687 Hanrahan, R. J. See Hoag, C. M., 623
Farahani, N. S. See Nori-Shargh, D., 472 Hanson, R. K. See Davidson, D. F., 510
Feeley, R. See Frenklach, M., 57 Hanson, R. K. See Friedrichs, G., 157
Fernandez, M. E. See Jiménez, R., 627 Hanson, R. K. See Oehlschlaeger, M. A., 67
Frenklach, M. Hatakeyama, S. See Imamura, T., 379
—+; Packard, A.; Seiler, P.; and Feeley, R.: Collab- Heidbrink, J. L.
orative Data Processing in Developing Predictive —; Amegayibor, F. S.; and Kenttémaa, H. I.: Gas-
Models of Complex Reaction Systems, 57 Phase Radical—Radical Recombination Reactions
696 AUTHOR INDEX
of Nitroxides with Substituted Phenyl Radicals, Kanthimathi, M.
216 —,; Nair, B. U.: Kinetic Investigation on the Oxidation
Herbon, J. T. See Oehlschlaeger, M. A., 67 of Nitrite by Oxochromium(V) Ion in Aqueous and
Hernandez, M. See Jiménez, R., 627 Micellar Systems, 79
Heuerman, H. A. See Crawford, M. A., 584 Kazakov, A. See Li, J., 566
Hoag, C. M. Kenttamaa, H. I. See Heidbrink, J. L., 216
—; Hanrahan, R.J.: Stopped-Flow Investigation of the Khader, M. M. See Al-Madfa, H. A., 293
Reaction of Hexabromoiridate(II1) with Bromine Khan, M. N. See Leng, S. Y., 316
in Aqueous Solution, 623 Khan, Z.
Hollingsworth, C. A. —,; Raju; Akram, M.; and Kabir-Ud-Din: Oxidation
—,; Seybold, P. G.; Kier, L. B.; and Cheng, C.-K.: of Lactic Acid by Water Soluble (Colloidal) Man-
First-Order Stochastic Cellular Automata Simula- ganese Dioxide, 359
tions of the Lindemann Mechanism, 230 Kier, L. B. See Hollingsworth, C. A., 230
Hoppe, T. J. See Moore, E. R., 554 Kinscherff, D. See Crawford, M. A., 584
Hussain, A. A. See Nallu, M., 401 Klawatsch-Carrasco, N.
—+; Doussin, J. F.; and Carlier, P.: Absolute Rate Con-
lida, Y. See Imamura, T., 379 stants for the Gas-Phase Ozonolysis of Isoprene
Illanes, J. See Jiménez, R., 410 and Methylbutenol, 152
Imamura, T. Klotz, B. See Olariu, R. I., 577
—+; lida, Y.; Obi, K.; Nagatani, 1; Nakagawa, K.; KOortvélyesi, T. See Sebdk-Nagy, K., 596
Patroescu-Klotz, I.; and Hatakeyama, S.: Rate Co- Kutsuna, S. See Chen, L., 26, 337
efficients for the Gas-Phase Reactions of OH Rad-
icals with Methylbutenols at 298 K, 379 Lane, S. I. See Teruel, M. A., 525
Isanbor, C. See Emokpae, T. A., 188 Lee, H. W. See Oh, H. K., 434
Lee, I. See Oh, H. K., 434
Jacob, V. See Colomb, A., 367 Lee, J. M. See Oh, H. K., 434
Janoschek, R. Lee, S.-L. See Chaudhari, A., 286
—+; Rossi, M. J.:_ Thermochemical Properties from Leiva, L. C.
G3MP2B3 Calculations, Set-2: Free Radicals with —; Jorge, N. L.; Romero, J. M.; Cafferata, L. F. R.;
Special Consideration of CH2=CH—C’=CHp, and Vara, M. E. G.: Kinetics and Mechanism of
cyclo-’CsHs, °‘CH2OOH, HO—'CO, and HC(O)O’, the Thermal Decomposition Reaction of Acetone
661 Cyclic Diperoxide in Methyl tert-Butyl Ether So-
Jiménez, R. lution, 302
—; Bueno, E.; Cano, I.; Corbacho, E.; Fernandez, Leng, S. Y.
M. E.; Gomez, L.; Graciani, J.; Hernandez, —,; Ariffin, A.; and Khan, M. N.: Effects of Mixed
M.; Matitos, T. M.; Ortiz, J.; L6épez-Cornejo, Aqueous-Organic Solvents on the Rate of In-
P.; and Prado-Gotor, R.: Micellar Effects on a tramolecular Carboxylic Group-Catalyzed Cleav-
Ligand Substitution Reaction: Kinetics of the age of N-(4’-Methoxyphenyl)- phthalamic Acid,
Formation of [Fe(CN)s5(-pz)Ru(NH3)s5|~, from 316
[Fe(CN);H,O}*- and [Ru(NH3)spz|**, in the Lente, G.
Presence of Anionic Micelles, 627 —+; Espenson, J. H.: Unusual Kinetic Role of a
Jiménez, R. Water-Soluble Iron(II]) Porphyrin Catalyst in the
—,; Villar, M.; Cueto, M.; Grueso, E.; Illanes, J.; Oxidation of 2,4,6-Trichlorophenol by Hydrogen
Cobrian, J. I.; Canton, F; Villa, 1; Sanchez, Peroxide, 449
J. M.; Maza, S.; Mufioz, J. M.; Mujfioz, Li, J.
C.; and Prado-Gotor, R.: Study of the Base- —+; Zhao, Z.; Kazakov, A.; and Dryer, F. L.: An Up-
Catalyzed Nitrito—Nitro Isomerization Reaction dated Comprehensive Kinetic Model of Hydrogen
({((NH3)sCo-ONO}** —> [(NH3)sCo-NO>]?*) in Combustion, 566
Mixed Solvents, 410 Li, Z. See Crawford, M. A., 584
Jorge, N. L. See Leiva, L. C., 302 Lin, H. See Ge, Q., 197
Junru, X. See Yuangin, Z., 687 Lin, H. See Guo, Y.-H., 41
Lin, H.-K. See Guo, Y.-H., 41
Kabir-Ud-Din See Khan, Z., 359 Lin, M. C. See Park, J., 49
Kaluzny, P. See Colomb, A., 367 Lin, M. C. See Tokmakoy, I. V., 139
AUTHOR INDEX 697
Lin, M. C. See Xu, Z. F., 178, 205 Obi, K. See Imamura, T., 379
Loarca-Pina, G. See Gonzalez-Alatorre, G., 273 O Conaire, M.
Lopez-Cornejo, P. See Jiménez, R., 627 —; Curran, H. J.; Simmie, J. M.; Pitz, W. J.; and West-
brook, C. K.: A Comprehensive Modeling Study
Malek, J. See Budrugeac, P., 309 of Hydrogen Oxidation, 603
Manucharova, L. A. Oehlschlaeger, M. A.
—,; Tsarukyan, S. V.; and Vardanyan, I. A.: Reactions —; Davidson, D. F.; Herbon, J. T.; and Hanson, R. K.:
of CH3Q) Radicals on Solid Surface, 591 Shock Tube Measurements of Branched Alkane
Marziano, N. C. Ignition Times and OH Concentration Time His-
—+; Ronchin, L.; Tortato, C.; Tonon, O.; and Bertani, tories, 67
R.: On the Beckmann Rearrangement of Ke- Oh, H. K.
toximes: A Kinetic Study in Trifluoromethanesul- —; Lee, J. M.; Lee, H. W.; and Lee, I.: Kinetics and
fonic Acid, 417 Mechanism oft he Pyridinolysis of Ary! Dithioben-
Matitos, T. M. See Jiménez, R., 627 zoates in Acetonitrile, 434
Maza, S. See Jiménez, R., 410 Olariu, R. I.
McEnally, C. S. —+; Bejan, |.; Barnes, I.; Klotz, B.; Becker, K. H.; and
—; Pfefferle, L. D.: Experimental Study of Fuel De- Wirtz, K.: Rate Coefficients for the Gas-Phase Re-
composition and Hydrocarbon Growth Processes action of NO; Radicals with Selected Dihydroxy-
for Practical Fuel Components in Nonpremixed benzenes, 577
Flames: MTBE and Related Alkyl Ethers, Ortiz, J. See Jiménez, R., 627
345
Mehrotra, A. See Tandon, P. K., 545 Packard, A. See Frenklach, M., 57
Mhadeshwar, A. B. See Davis, S. G., 94 Pal, N.
Moore, E. R. —+; Srivastava, A.; and Rai, J. S. P.: Kinetics and
—; Bourne, A. E.; Hoppe, T. J.; Abode, P. J.; Boone, Mechanism of Esterification of Epoxy Resin in
S. R.; and Purser, G. H.: Kinetics and Mechanism Presence of Triphenylphosphine, 280
of the Oxidation of Iron(I]) lon by Chlorine Diox- Panja, A. See Goswami, S., 129
ide in Aqueous Solution, 554 Panja, A. See Shaikh, N., 170
Morris, M. A. See Al-Madfa, H. A., 293 Panja, A.
Moskaleva, L. V. See Tokmakovy, I. V., 139 —; Shaikh, N.; Banerjee, P.; and Saha, B.: Mechanis-
Moya, M. L. See Mufioz, M., 634 tic Disparity in the Electron Transfer Reactions
Munoz, C. See Jiménez, R., 410 of Thiosulfate with Di-w-oxo-bis(1,4,8,1 1-tetra-
Munoz, J. M. See Jiménez, R., 410 azacyclotetradecane)dimanganese(III,IV) and
Munoz, M. Di-w-oxo-bis(1,4,7,10-tetraazacyclododecane)-
—+; del Mar Graciani, M.; Rodriguez, A.; and Moya, dimanganese(III,[1V) Complexes, 119
M. L.: Effects of Alcohols on Micellization and Parajo, M. See Amoedo, F. A., 642
on the Reaction Methyl 4-Nitrobenzenesulfonate Park, J.
+ Br in Cetyltrimethylammonium Bromide —,; Wang, L.; and Lin, M. C.: Kinetics of Phenyl Rad-
Aqueous Micellar Solutions, 634 ical Reactions with Propane, n-Butane, n-Hexane,
and n-Octane: Reactivity of CsHs Toward the Sec-
Nagatani, I. See Imamura, T., 379 ondary C—H Bond of Alkanes, 49
Nair, B. U. See Kanthimathi, M., 79 Patroescu-Klotz, I. See Imamura, T., 379
Nakagawa, K. See Imamura, T., 379 Pérez-Maqueda, L. A. See Budrugeac, P., 309
Nallu, M. Pfefferle, L. D. See McEnally, C. S., 345
—; Subramanian, M.; Vembu, N.; and Hussain, A. Pitz, W. J. See O Conaire, M., 603
A.: Effect of Binary Aqueous-Organic Solvents on Prado-Gotor, R. See Jiménez, R., 410, 627
the Reaction of Phenacy! Bromide with Nitroben- Purser, G. H. See Moore, E. R., 554
zoic Acid(s) in the Presence of Triethylamine,
401 Qingxiang, X. See Yuangin, Z., 687
Neta, P. See Skrzypezak, A., 253
Nori-Shargh, D. Rai, J. S. P. See Pal, N., 280
—; Farahani, N. S.: Kinetic Study of Triph- Raju See Khan, Z., 359
enylphosphine Addition to para-Benzoquinone, Rodriguez, A. See Mujfioz, M., 634
472 Rodriguez, P. See Rubin, E., 650
698 AUTHOR INDEX
Rolland, S. Taccone, R. A. See Teruel, M. A., 525
—; Simmie, J. M.: The Comparison of Detailed Tandon, P. K.
Chemical Kinetic Mechanisms: Application to the —; Mehrotra, A.; Singh, A. K.; Baboo, R.; and
Combustion of Methane, 467 - Dwivedi, P. B.: Cocatalysis by Ruthenium(III)
Romero, J. M. See Leiva, L. C., 302 in Hydrogen Ions Catalyzed Oxidation of Iodide
Ronchin, L. See Marziano, N. C., 417 lons: A Kinetic Study, 545
Rossi, M. J. See Janoschek, R., 661 Teixeiro, E. See Amoedo, F. A., 642
Rubin, E. Teruel, M. A.
—+; Rodriguez, P.; Brandariz, I.; and de Vicente, —+; Taccone, R. A.; and Lane, S. 1: Absolute Rate
M. E. S.: Kinetic and Equilibrium Study of the Constants for the Gas-Phase Reactions of O(P)
Reaction of Nitroprusside and Hydroxide Ions: Atoms with CF,=CFCI and (£/Z)-CFCI=CFCI
Influence of Ionic Strength Using Pitzer Model, at 298 K. Reactivity Trends of the Halogen-
650 Substituted Ethenes Series, 525
Tokmakoy, I. V.
Saha, B. See Panja, A., 119 —; Moskaleva, L. V.; and Lin, M. C.: Quantum Chem-
Saha, R. K. See Gupta, P., 1 ical/vVRRKM Study on the Thermal Decomposi-
Sanchez, J. M. See Jiménez, R., 410 tion of Cyclopentadiene, 139
Schmitz, G. Tokuhashi, K. See Chen, L., 26, 337
—; Inorganic Reactions of Iodine(+1) in Acidic Solu- Tonon, O. See Marziano, N. C., 417
tions, 480
Tonse, S. R.
Schultz, R. H. —; Brown, N.J.: Dimensionality Estimate of the Man-
—+; On the Use of “Fast Kinetics” to Determine the ifold in Chemical Composition Space for a Turbu-
Mechanism of Ligand Substitution at a Solvated
lent Premixed H> + Air Flame, 326
Transition-Metal Intermediate, 427
Tortato, C. See Marziano, N. C., 417
Sebék-Nagy, K. Tripathi, R.
—+; KOrtvélyesi, T.: Kinetics and Mechanism of
—+; Upadhyay, S. K.: Kinetics of Oxidation of Reduc-
the Hydrolytic Disproportionation of Iodine,
ing Sugars by Catalytic Amount of Osmium( VIII)
596
in Presence of Periodate, 441
Segal, E. See Budrugeac, P., 87, 309
Tsang, W.
Seiler, P. See Frenklach, M., 57
—+; Energy Transfer Effects During the Multichannel
Sekiya, A. See Chen, L., 26, 337 Decomposition of Ethanol, 456
Seybold, P. G. See Hollingsworth, C. A., 230
Tsarukyan, S. V. See Manucharova, L. A., 591
Shaikh, N. See Goswami, S., 129
Turanyi, T. See Zador, J., 238
Shaikh, N. See Panja, A., 119
Shaikh, N.
—,; Panja, A.; and Banerjee, P.: Kinetics and Mech- Upadhyay, S. K. See Tripathi, R., 441
anism of Oxidation of 2-Mercaptosuccinic Acid
by Bis(j-oxo)-manganese(III,IV)-cyclam Com-
Vara, M. E. G. See Leiva, L. C., 302
plex in Aqueous Medium: Influence of Externally
Vardanyan, I. A. See Manucharova, L. A., 591
Added Copper(II), 170
Vembu, N. See Nallu, M., 401
Simmie, J. M. See Rolland, S., 467
Villa, I. See Jiménez, R., 410
Simmie, J. M. See O Conaire, M., 603
Villar, M. See Jiménez, R., 410
Singh, A. K. See Tandon, P. K., 545
Viachos, D. G. See Davis, S. G., 94
Skrdla, P. J.
Vollarova, O. See Aranyosiova, M., 34
—,; Thermal Decomposition of tert-Butyl Peroxide in
a Gas Chromatographic Reactor: A Comparison
of Kinetic Approaches, 386 Wang, H. See Davis, S. G., 94
Skrzypczak, A. Wang, L. See Park, J., 49
—+; Neta, P.: Rate Constants for Reaction of 1,2- Wells, J. R.
Dimethylimidazole with Benzyl Bromide in Ionic —; The Hydroxyl Radical Reaction Rate Con-
Liquids and Organic Solvents, 253 stant and Products of 3,5-Dimethyl-1-hexyn-3-ol,
Srivastava, A. See Pal, N., 280 534
Stevens, P. S. See Chuong, B., 12 Westbrook, C. K. See O Conaire, M., 603
Subramanian, M. See Nallu, M., 401 Wirtz, K. See Olariu, R. I., 577
AUTHOR INDEX 699
Xu, Z. F. on the Hydrolysis of Bis(nitrophenyl)phosphate
—,; Lin, M. C.: A Computational Study of the Kinet- Catalyzed by N-methyl-diethanolamine-Ce(III)
ics and Mechanism for the Reaction of HCO with Complex, 687
HNO, 205
Xu, Z. F. Zador, J.
—,; Lin, M. C.: Computational Study on the Kinetics —; Zsély, 1. G.; and Turdnyi, T.: Investigation of
and Mechanisms for the Reactions of HCO with the Correlation of Sensitivity Vectors of Hydrogen
HONO and HNOH, 178 Combustion Models, 238
Zeitouni, F. S. See El-Subruiti, G. M., 494
Yan, C.-C. S. See Chaudhari, A., 286 Zhao, Z. See Li, J., 566
Younes, G. O. See El-Subruiti, G. M., 494 Zhu, S. See Ge, Q., 197
Yuangin, Z. Zhu, S.-R. See Guo, Y.-H., 41
—; Fan, L.; Qingxiang, X.; and Junru, X.: A Study Zsély, I. G. See Zador, J., 238
International Journal of Chemical Kinetics
Subject Index to Volume 36
Absolute rate method, 26, 152, 525 Cleavage of N-(4’-methoxyphenyl)phthalamic acid,
Acid hydrolysis of substituted phthalamic acids, 316 316
Acidic solutions, 480 Cocatalysis of iodide ion by H* and Ru(III), 545
Activation energy, 87 Combustion of H2/O> mixtures, 603
Addition reaction of hydroxide ions to nitroprusside, Combustion of hydrocarbons, 178
650 Combustion of hydrogen, 566
Addition reaction of triphenylphosphine to Combustion of nitramine propellants, 178
para-benzoquinone, 472 Combustion reaction modeling, 510
Alcohol effects on critical micelle concentration, 634 Comparison of ignition time data, 510
Alkaline media, 441 Complex reaction systems, 57
Anionic micelles, 627 Computational studies, 178, 205
Aquation of bromopentaamine cobalt(III) complex, Computer modeling, 107
494 Computer modeling of chemical kinetic mechanisms,
Aqueous acetonitrile solutions, 34 467 i
Aqueous acidic media, 79, 170, 273 Conductivity of amine—solvent solutions, 500
Aqueous media, 554, 623 Cross-interaction constant, 434
Aqueous organic media, 494
Aqueous solutions of sodium dodecylsulfate, 627 Data fitting, 259
Aromatic nucleophilic substitution reactions, 188 Data processing, 57
Arrhenius equation, 472 Dehydration of HCO3~, 197
Atmospheric chemistry, 12, 26, 57, 367, 467, 578, 584 Dimensionality of manifolds of chemical composition
Atmospheric lifetime of hydrofluoroethers, 337 space, 326
Discharge fast flow—mass spectrometry-relative rate
Base-catalyzed nitrito—nitro isomerization reaction, method, 584
410 Disinfectants in water treatment, 554
Beckmann rearrangement of ketoximes, 417 Durrum stopped-flow spectrophotometry, 623
Binary aqueous mixtures, 494 Dynamic scaling theory, 286
Binary aqueous organic solvents, 401
Boundary layer effects, 510 Electron transfer reactions, 119, 129
Bromination of 2-oxazolidinone, 642 Eley-Rideal reactions, 286
Energy transfer effects, 456
Canonical variational transition state theory, 139, 205 Environmental fate of ethanol, 584
Carbohydrate chemistry, 441 Esterification of epoxy resin, 280
Carrier gas and impurity effects, 510 Exponential-down collisional transition model,
Catalytic dehydration of HCO;~, 197 456
Catalytic effect of strong acids, 417
Catalytic hydrolysis of bis(nitropheny!)phosphate, Fast kinetic methods, 427
687 Finite volume method, 1, 49
Catalytic hydrolysis with polymetal ions, 41 Flame velocity sensitivity vector, 238
Cellular automata simulations, 230 Fourier-transform ion cyclotron resonance mass
Chemkin III program, 467 spectrometry, 216
International Journal of Chemical Kinetics, Vol. 36, 700-702 (2004)
© 2004 Wiley Periodicals, Inc.
SUBJECT INDEX 701
Free radical characterization, 661 Machine learning clustering techniques, 107
Fuel decomposition processes of MTBE, 345 Measurement error correction, 259
Menschutkin reaction, 253
G3MP2B3 calculations, 661
Micellar effects on ligand substituticn, 627
Gas chromatographic reactor studies, 386
Micellization in aqueous micellar solutions, 634
Gas-phase chemistry of indoor environments, 534
Mixed aqueous-organic solvents, 316
Gas-phase combustion reaction models, 94
Model of hydrogen combustion, 566
Gas-phase ozonolysis of biogenic organic compounds, Modeling study of hydrogen oxidation, 603
152
Moving boundary zone models, |
Gas-phase radical—radical recombination reactions, Multichannel decomposition of ethanol, 456
216
Gas-phase reaction of CF;O0C(O)H, 337 Natural gas chemical kinetics model, 57
Gas-phase reaction of NO3 radicals, 578 Nitrosation of 1,3-dialkylureas, 273
Gas-phase reactions of hydrofluorocarbons, 26
Nonisothermal crystallization of (GeS>)p.3(Sb2S83)o.7,
Gas-phase reactions of nitroxide free radicals, 216 309
Gas-phase reactions of OH radicals, 367, 379 Nonisothermal reactions in solids, 87
Gas-phase reactions of O(?P) atoms with halogenated Nonlinear integral isoconversion method, 87
alkenes, 525
Gas-solid noncatalytic reactions, 1, 49 Oxidation of gasoline additives, 367
Grassberger-Procaccia cumulative distribution Oxidation of hydrocarbon fuels, 67
method, 326 Oxidation of hydrogen, 603
Oxidation of iodide ion, 545
Halogenated hydrocarbon solvent reactions with
Oxidation of iron(II) ion by chlorine dioxide, 554
tertiary amines, 500
Oxidation of lactic acid, 359
H-atom abstraction, 216
Oxidation of 2-mercaptoethanol, 129
H-atom abstraction by HCO, 178
Oxidation of 2-mercaptosuccinic acid, 170
H-atom abstraction by OH radicals, 26
Oxidation of 2,4,6-trichlorophenol, 449
Hausdorff geometrical binning method, 326
Oxidation of methacrolein, 12
Heterogeneous catalysis, 286
Oxidation of methane, 467
Heterogeneous reactions on solid surfaces, 591
Oxidation of methy! vinyl ketone, 12
High-temperature reactions, 467
Oxidation of nitrite in aqueous and micellar systems,
Hochgreb-Dryer aldehyde combustion mechanism,
79
107
Oxidation of reducing sugars, 441
Hydrocarbon growth processes of MTBE, 345
Oxidation of ternary complexes, 394
Hydrolysis of 4-nitrophenyl acetate, 41
Oxidation of thiolato and sulfenato Co(III) complexes,
Hydrolysis of iodine, 480
34
Hydrolytic disproportionation of iodine, 596
Oxygen atom transfer reaction, 79
Hydroxyl radical concentration time histories, 67
Hydroxyl radical reaction rate constant, 534
Peak area, column reactor method, 386
Hyperconjugation, 434
Phase differentiation in complex reactions, 107
Ignition times of branched alkanes, 67 Pitzer model, 650
Indoor environmental chemistry, 534 Platinum, 94
Initial rate method, 472 Predictive models of complex reaction systems, 57
Injection port reactor approach, 386 Principal component analysis, 326
Inorganic reactions of iodine, 480 Product curve method, 386
Invariant kinetic parameters method, 309 Products of the OH+ DHO reaction, 534
Ionic strength, 650 Pseudo-first-order method, 472
Isomerization reaction in water—cosolvent mixtures, Pyridinolysis of ary! dithiobenzoates, 434
410
Quantum chemical RRKM study, 139, 205
Least-squares method, 259
Ligand substitution at solvated intermediate, 427 Random deposition model, 286
Lindemann mechanism, 230 Rate coefficients, 379, 578
Low-pressure-limit rate constants, 566 Rate constant calculation, 157, 205, 259
702 SUBJECT INDEX
Rate constants, 12, 26, 34, 41, 152, 178, 197, 253, 337, Shock tube diameter effects, 510
456, 480, 534, 566 Shock tube ignition data interpretation, 510
Reaction model optimization, 94 Shock tube measurements, 67
Reaction of chlorine atom with CH;CH,2OD, 584 Shock wave studies, 157
Reaction of HCO with HNO, 205 Software tools for Chemkin III, 467
Reaction of hexabromoiridate(II]) with bromine, 623 Solid surface reactions, 591
Reaction rates, 316, 401, 472 Solute—solvent interactions of reactants, 34
Reaction times, 107 Solution mapping and optimization approach, 94
Reactions of nitroxides with substituted phenyl Solvated transition-metal intermediate, 427
radicals, 216 Solvation of nitrobenzoates, 401
Reactivity of CH3Q) radicals on solid surfaces, 591 Solvent effects on aquation of cobalt(III) complex,
Reactivity of cosolvent mixtures, 410 494
Reactivity of dihydroxybenzenes with NO; radicals, Solvent effects on rate constants, 34
578 Spectrophotometry of amine-solvent reactions, 500
Reactivity of halogen-substituted ethenes, 525 Stability of IrBro~ in aqueous solution, 623
Reactivity of hydrofiuorocarbons, 26 Step-ladder collisional transition model, 456
Reactivity of ionic liquids and molecular organic sol- Substitution of HxO by Ru(NH3)s5 pyrazine, 627
vents, 253 Surfactant micelles, 687
Reactivity of nonmethane hydrocarbons, 12
Reactivity of OH radicals with biogenic alcohols, 379 Temperature-dependent rate constants, 259
Reactivity of pheny] radicals to s-C—H bonds of Thermal decomposition of acetone cyclic wiperoxide,
alkanes, 49 302
Redox reaction in aqueous acidic media, 79 Thermal decomposition of cyclopentadiene, 139
Reduction kinetics of ceria surface, 293 Thermal decomposition of formaldehyde, 157
Reduction of manganese compounds, 119, 129 Thermal decomposition of tert-butyl peroxide, 386
Relative rate method, 26, 188, 367, 379, 534 Thermochemical properties from G3MP2B3
Response surface development, 57, 94 calculations, 661
Robust control theory, 57 Turbulent intensity for H2 + air flame, 326
RRKM-master equation analysis, 139
Validation of formaldehyde decomposition
Scaling over rough surfaces, 286 mechanism, 157
Sensitivity analysis based method, 94
Sensitivity vectors of hydrogen combustion models, Water, 94
238 Water treatment, 554, 596
Shock tube constant-volume behavior, 510 Water-soluble iron(II1) porphyrin catalyst, 449
International Journal of Chemical Kinetics
Index of Compounds to Volume 36
Acetone, 401 C.Hs, 49
Acetone cyclic diperoxide, 302 CF3CF,CF,CF,CF2CHF>, 26
Acetonitrile, 34, 188, 316, 401, 434, 494 CF ,=CFCI, 525
Acrylic acid, 280 CF;0C(O)H, 337
AgNO, 480 CH2=CH—C-=CH)p, 661
Aldehydes, 107 -CH,0O0OH, 661
Ammonium perchlorate, 87 CH3CH,OD, 584
tert-Amyl-tert-buty! nitroxide, 216 CH;CHO, 591
tert-Amyl methyl ether, 345 CH3Q) radicals, 591
Aniline, 188 CH4, 591
Aryl dithiobenzoates, 434 Chlorine dioxide, 554
DL-Aspartic acid, 394 Chloroform, 500
Atropine, 500 Cl, 584
[Co(en)2(SCH2CH2NH2)}**, 34
Benzene, 188 [Co(en)2SCH»CH(COO)NH>]*, 34
para-Benzoquinone, 472 [Co(en)2(SOCH»CH2NH;>)]**, 34
Benzyl bromide, 253 [Co(NH3)s-ONO}**, 410
3-Benzyl-1,2-dimethylimidazolium bromide, 253 Copper(II), 129, 170
Bis(j:-0xo)-manganese(III, [V)-cyclam complex, 170 CpMn(CO)>, 427
Bis(nitropheny!)phosphate, 687 Cr’ (5-chlorosalen)]* complex, 79
Bisphenol-A based epoxy resin, 280 Cyclo--CsHs, 661
Br, 634 Cyclohexane, 427
Bromine, 623, 642 Cyclopentadiene, 139
N-Bromoacetamide, 642 Cyclopentene, 427
Bromocresol green, 500
Bromopentaamine cobalt(II]) complex, 494 n-Decane, 67
Bromophenol blue, 500 1 ,3-Dialkylurea, 273
N-Bromosuccinimide, 394, 642 1 ,3-Diallylurea, 273
n-Butane, 49, 67, 259 1 ,3-Dibuthylurea, 273
n-Butanol, 634 Di-tert-buty! nitroxide, 216
tert-Butyl alcohol, 410 2,6-Dichloro-1,4-benzoquinone, 449
Butyldimethylimidazolium, 253 1,2-Dichloroethane, 472, 500
N-Butyl methyl! ether, 345 Dichloromethane, 500
Butylmethylimidazolium, 253 1 3-Diethylurea, 273
Butylmethylpyrrolidinium, 253 1,2-Dihydroxybenzene, 578
tert-Butyl peroxide, 386 | ,2-Dihydroxy-3-methylbenzene, 578
1,2-Dihydroxy-4-methylbenzene, 578
Cerium dioxide, 293 Dimethylformamide, 401
Cetyl pyridium chloride, 79 3,5-Dimethyl-1-hexyn-3-ol, 534
Cetyltrimethylammonium bromide, 634 1,2-Dimethylimidazole, 253
C3H,¢, 591 1,1-Dimethylpropyl methyl ether, 345
International Journal of Chemical Kinetics, Vol. 36, 703—705 (2004)
© 2004 Wiley Periodicals, Inc.
704 COMPOUND INDEX
Dimethyl sulfoxide, 188, 494 K3Fe(CN),, 545
1,3-Dimethylurea, 273
Di--0xo-bis(1,4,7,10-tetraazacyclododecane)- Lactic acid, 359
dimanganese(III, IV), 119, 129 Lactose, 441
Di-p-o0xo-bis(1,4,8,1 1-tetraazacyclotetradecane)-
dimanganese(III, IV), 119, 129 Maltose, 441
Dipicolinatochromium(III), 394 Manganese dioxide, 359
1,3-Dipropylurea, 273 2-Mercaptoethanol, 129
2-Mercaptosuccinic acid, 170
Ethanol, 456 Methacrolein, 12
Ethyl tert-butyl ether, 345 Methane, 467
Ethyltoluene, 367 Methanesulfonic acid, 417
(E/E)-CFCI=CFCI, 525 Methanol, 188, 410
N-(4'-Methoxypheny])phthalamic acid, 316
[Fe(CN);HO}*~, 627 N-Methylaniline, 188
[Fe(CN)s(u-pyrazine)Ru(NH3)5]~ ,6 27 2-Methyl-3-buten-2-ol, 379
Formaldehyde, 157 3-Methyl-2-buten-1-ol, 379
Formyl radicals, 157 3-Methyl-3-buten-1-ol, 379
Fructose, 441 Methylbutenol, 152
Methyl tert-butyl ether, 302
Galactose, 441 Methy!] tert-butyl ether, 345
(GeS2)o.3(Sb2S3)o.7, 309 N-Methyldiethanolamine-Ce(III) complex, 687
Glucose, 441 Methyl 4-nitrobenzenesulfonate, 634
Methyl vinyl ketone, 12
H*, 480, 545, 650
H2, 326, 566, 603 [(NH3)sCo-NO>}**, 410
N-Halogenalkylammonium chloride, 500 Nitrite, 79
H20, 34, 238, 410, 627 Nitrobenzoic acid, 401
H20-CH;CN, 316 4-Nitropheny] acetate, 41
H,O-1,4-dioxan, 316 4-Nitrophenyl-2,4,6-trinitropheny! ether, 188
H,OI*, 480 Nitroprusside, 650
HCO, 178, 205 N-Nitrosodiallylurea, 273
{HCO3}~, 197 N-Nitrosodibuthylurea, 273
HC(O)O., 661 N-Nitrosodimethylurea, 273
n-Heptane, 67, 510 N-Nitrosodipropylurea, 273
Hexabromoiridate(III), 623 NO», 591
n-Hexane, 49 NO; radicals, 578
n-Hexanol, 634 Nonane, 367
Hexyltributylammonium, 253
HNO, 205 O2, 566, 603
HNOH, 178 OP), 525
HO—-CO, 661 n-Octane, 49
HOI, 480 Octyldimethylimidazolium, 253
HONO, 178 Octylmethylimidazolium, 253
Hydrogen, 238, 293 OH, 12, 94, 259
Hydrogen peroxide, 449 OH radicals, 26, 337, 367, 379, 441, 534
Osmium(VIII), 441
I,, 596 2-Oxazolidinone, 642
lodine, 480 Oxochromium(V) ion, 79
Iron(II), 554 Oxygen, 94
Iron(III) meso-tetra(4-sulfonatopheny!) porphine Ozone, 12, 26, 152
chloride, 449
Isooctane, 510 n-Pentanol, 634
Isoprene, 12, 152 Perchloric acid, 273, 417, 480