COORDINATION CHEMISTRY Coordination Chemistry Reviews 187 (1999) 375-377 COORDINATION CHEMISTRY REVIEWS, VOL. 187 (1999) AUTHOR INDEX Beers, W.W., 103 Hopkins, M.D., 103 Stanbury, D.M., 223 Brunschwig, B.S., 233 Hoshino, M., 75 Stochel, G., 329 Butler, A., 17 Sutin, N., 233 Keene, F.R., 121 Swaddle, T.W., 255 Elias, H., 37 Sweigart, D.A., 183 Laverman, L., 75 Sykes, A.G., 291 Figlar, J.N., 223 Ford, P.C., 1, 3, 75 Martin, D.S., 103 McCarley, R.E., 103 Tregloan, P.A., 255 Gray, H.B., 103 Merbach, A.E., 151 Trogler, W.C., 303 Miskowski, V.M., 103 Helm, L., 151 Hernandez-Molina, R., 291 Pike, R.D., 183 van Eldik, R., 329 PII: S0010-8545(99)00145-9 SUBJECT INDEX Adipic acid Coordinated amines Physical properties and mechanisms of for- Metal-ion promotion of the oxidative dehy- mation of nitrous oxide 303 drogenation of coordinated amines and Ammonium nitrate alcohols 121 Physical properties and mechanisms of for- Coordination shell mation of nitrous oxide 303 Water exchange on metal ions: experiments Arene complexes and simulations 151 Electrophilic reactivity of coordinated cyclic Cyclam m-hydrocarbons 183 Kinetics and mechanism of metal complex formation with N,-donor macrocycles of Chlorite the cyclam type 37 Vanishingly slow kinetics of the ClO,/Cl~ Cyclohexadienyl complexes reaction: its questionable significance in Electrophilic reactivity of coordinated cyclic nonlinear chlorite reactions 223 m-hydrocarbons 183 Coordinated alcohols Metal-ion promotion of the oxidative dehy- Cyclotetramolybdenum(II) diynes Electronic spectra of cyclotetramolybdenu- drogenation of coordinated amines and alcohols 121 m(II) diynes 103 PII: S0010-8545(99)00146-0 376 Coordination Chemistry Reviews 187 (1999) 375—377 Dilute polymer films Kinetics Electronic spectra of cyclotetramolybdenu- Physical properties and mechanisms of for- m(II) diynes 103 mation of nitrous oxide 303 Kinetics of complex formation Eigen— Wilkins mechanism Kinetics and mechanism of metal complex Kinetics and mechanism of metal complex formation with N,-donor macrocycles of formation with N,-donor macrocycles of the cyclam type 37 the cyclam type 37 Kinetic/thermodynamic studies Eigen—Winkler mechanism Reactions of the heterometallic cuboidal Kinetics and mechanism of metal complex clusters Mo,MS, (M=Co, Ni, Pd, Cu) formation with N,-donor macrocycles of and Mo,NiSe, with CO: electron counts the cyclam type 37 and kinetic/thermodynamic studies with Electrode kinetics M = Ni, Pd 291 Electrode reactions of metal complexes in solution at high pressures 255 Ligand substitution Electrode potentials Elucidation of inorganic reaction mecha- Electrode reactions of metal complexes in nisms through volume profile analysis 329 solution at high pressures 255 Electronic coupling elements Macrocyclic ligand complexes Energy surfaces, reorganization energies, and Kinetics and mechanism of metal complex coupling elements in electron transfer 233 formation with N,-donor macrocycles of Electronic spectra the cyclam type 37 Electronic spectra of cyclotetramolybdenu- Marcus theory m(II) diynes 103 Electrode reactions of metal complexes in Electron transfer solution at high pressures 255 Energy surfaces, reorganization energies, and Metal-ion promotion coupling elements in electron transfer 233 Metal-ion promotion of the oxidative dehy- Electrophilic complexes drogenation of coordinated amines and Electrophilic reactivity of coordinated cyclic alcohols 121 m-hydrocarbons 183 Metalloporphyrins Energy surfaces Nitric oxide complexes of metalloporphyrins: Energy surfaces, reorganization energies, and an overview of some mechanistic studies coupling elements in electron transfer 233 75 Enzymes [Mo;MS,(H,O)10]* + Mechanistic considerations of the vanadium Reactions of the heterometallic cuboidal haloperoxidases 17 clusters Mo,MS, (M=Co, Ni, Pd, Cu) and Mo;NiSe, with CO: electron counts Halide ions and kinetic/thermodynamic studies with Mechanistic considerations of the vanadium M =Ni, Pd 291 haloperoxidases 17 Heterometallic cuboidal clusters Reactions of the heterometallic cuboidal Nitric oxide Nitric oxide complexes of metalloporphyrins: clusters Mo,MS, (M=Co, Ni, Pd, Cu) and Mo,;NiSe, with CO: electron counts an overview of some mechanistic studies and kinetic/thermodynamic studies with 75 M = Ni, Pd 291 Physical properties and mechanisms of for- m-Hydrocarbon complexes mation of nitrous oxide 303 Electrophilic reactivity of coordinated cyclic Nitrous oxide m-hydrocarbons 183 Physical properties and mechanisms of for- mation of nitrous oxide 303 Iron Nonlinear reactions Nitric oxide complexes of metalloporphyrins: Vanishingly slow kinetics of the ClO,/Cl~ an overview of some mechanistic studies reaction: its questionable significance in 75 nonlinear chlorite reactions 223 Coordination Chemistry Reviews 187 (1999) 375-377 377 Nucleophilic addition Slow kinetics Electrophilic reactivity of coordinated cyclic Vanishingly slow kinetics of the ClO,/Cl~ m-hydrocarbons 183 reaction: its questionable significance in nonlinear chlorite reactions 223 Oxidative dehydrogenation Metal-ion promotion of the oxidative dehy- Vanadium haloperoxidases drogenation of coordinated amines and Mechanistic considerations of the vanadium alcohols 121 haloperoxidases 17 Volume of activation Reaction mechanisms Electrode reactions of metal complexes in Kinetics and mechanism of metal complex solution at high pressures 255 formation with N,-donor macrocycles of Volume of reaction the cyclam type 37 Electrode reactions of metal complexes in Elucidation of inorganic reaction mecha- solution at high pressures 255 nisms through volume profile analysis 329 Volume profile analysis Reaction pathways Elucidation of inorganic reaction mecha- Water exchange on metal ions: experiments nisms through volume profile analysis 329 and simulations 151 Reorganization energies Water exchange reaction Energy surfaces, reorganization energies, and Water exchange on metal ions: experiments coupling elements in electron transfer 233 and simulations 151