Journal of Molecular Catalysis, 70 (1991) 407 Author Index of Volume 70 Alcantara, A. R., 381 Hoang, L. C., 65, 99 Polaéek, J., 9 Andreev, A., 259 Hoffer, T., 85 Pressey, R., 243 Andy Hor, T. S., 247 Price, G. L., 111 An-Kong Hsieh, 247 Iglesias, M., 369 Antropiusova, H., 9 Ikeda, K., 151 Ratnasamy, P., 335 Aragno, A., 29 Ipin Guo, 363 Renaud, C., 99 Arzoumanian, H., 269 Isse, A. A., 197 Rindone, B., 175 a Sanchez, F., 369 — a Schultz-Ekloff, G., 259 Basini, L., 29 Kensaier, V., 111 py hye Bassoli, A., 175 Kazanski, V. B., 111, 189 Shukla. R. § 129 Bodnar, Z., 53 Kazusaka, A., 165 ite. 3 'y 381 Boitiaux, J. P., 65 Keller, A., 143 porn Ss "335 Bonchio, M., 159 Khodakov, A. Yu., 111 Strukul G. 269 ‘ Bordiga, S., 43 Koerts, T., 119 Sutin Reddy J. 335 Brun, P., Ll Komiyama, M., 399 wget Buck, T., 259 Kustov, L. M., 111 Takamiya, N., 151 Taqui Khan, M. M., 129 Cenini, S., 175 Liang-Nian Ji, 247 Tarnai, T., L5 Conte, V., 159 Li Qinglin, 351 Tenaglia, A., L1 Corma, A., 369 Thea, S., 381 Crocker, M., 209 Mach, K., 9 Tobita, K., 151 Crotti, C., 175 Mallat, T., 53 Toth, I., 363 Mathé, T., L5 Tungler, A., L5 Dao-Sen Jin, 391 Menezo, J. C., 65, 99 Davis, M. E., 363 Milis, A., 343 Ueno, Y., 151 del Pino, C., 369 Min Liu, 247 Uetsuka, H., 399 Demartin, F., 175 Modena, G., 159 Ukisu, Y., 165 Di Fria, F., 159 Montassier, C., 65, 99 Dimitrova, R., 111 Morozumi, T., 399 van Santen, R. A., 119 Doménech, X., 343 Moukolo, J., 65 Vianello, E., 197 Wang Chuanping, 351 Escalona Platero, E., 43 Naja, J., 65 Williams, A., 381 Nemoto, N., 151 Witko, M., 277 Feng Liangbo, 351 Nomura, M., 165 Wohrle, D., 259 Floriani, C., 197 Wolfson, Jr., S. K., 217, Ohkatsu, Y., 151 231 Garcia, J., 343 Otero Arean, C., 43 Gates, B. C., 29 Yao, S. J., 217, 231 Gennaro, A., 197 Pankov, A. A., 189 Yuan-Qi Yin, 391 Guanti, G., 381 Patrini, R., 29 Guczi, L., 85 Patzer II, J. F., 217, 231 Zafra, A., 343 Petré, J., L5, 53 Zecchina, A., 43 Hanson, B. E., 363 Pinna, F., 269 Zennaro, R., 269 Herold, R. H. M., 209 Pitha, J., 399 Zheng-Rong Lu, 391 Elsevier Sequoia, Lausanne Journal of Molecular Catalysis, 70 (1991) 409-414 Subject Index of Volume 70 Acetic acid of organoaluminium reducing agent, oxidation of indoleacetic acid by 1,10- Ll phenanthroline—Mn complexes, 243 functionalized; metathesis of, by di- Acid catalysis nitrosylmolybdenum catalyst, 143 homogeneous; nature of hydrated ali- hydroformylation of 1-hexene with phatic carbenium ions and their role Pt(P(m-C,H,SO3Na)3)2Cl, and its tin in, 189 chloride analogue on controlled-pore Active sites glass, 363 IR study of, formed by H, treatment of oxidation of alkene with t-butyl hydro- Ga/HZSM-5 catalysts, 111 peroxide catalysed by Cu(II) com- Alcohols plexes of tris(2-benzimidazolyl- aliphatic; relationship between molecu- methyl)amine: model complexes of lar structure of, and their behaviour blue Cu proteins, 391 in photocatalytic dehydrogenation Rh complexes, new, anchored on silica on Pt/CdS, 351 and modified Y-zeolite as efficient aqueous polyol conversions on Ru and catalysts for hydrogenation of, 369 on S-modified Ru, 99 Rud analogue of model peroxidase polyol conversions into furanic deriva- system: Ru(IIJD—EDTA—ascorbate— tives on bimetallic catalysts: Cu—Ru, H,O, in catalytic epoxidation of un- Cu-Pt and Ru—Cu, 65 saturated hydrocarbons, 129 promoter effect of niobia on Pt/Al,O, Ti-catalysed cyclotrimerization of buta- catalysts: methanol—deuterium ex- diene: formation of catalytic bis(di- change on samples containing 5% p-chloroaluminate)Ti(II) complexes Nb,O;, 85 in TiCl,—Et,AICl;_, (a= 1-2) sys- secondary; possible molecular pathway tems, 9 for catalytic oxidation of, to ketones Aluminium with H,O, using Pt(II) complexes as cooligomerization of 1,3-dienes cata- catalysts, 269 lysed by Ni(0): influence of nature selective synthesis using cyclodextrins of organoaluminium reducing agent, as catalysts: cyclodextrin modifica- Ll tion for para-selective hydroxy- promoter effect of niobia on Pt/Al,0, methylation and hydroxyethylation catalysts: methanol—deuterium ex- of phenol, 399 change on samples containing 5% Aldehydes Nb,O,;, 85 reductive hydrolysis of nitriles to, by reductive hydrolysis of nitriles to alde- precipitated Ni on Fe or Al, 53 hydes by precipitated Ni on Fe or Alkanes Al, 53 metalloporphyrin-catalysed hydroxyla- Ti-catalysed cyclotrimerization of buta- tion of cyclohexane with molecular diene: formation of catalytic bis(di- oxygen, 247 p-chloroaluminate)Ti(I]) complexes selective oxidation of n-hexane over in TiCl,—Et,AICl;_, (@= 1-2) sys- titanium silicate molecular sieve with MEL structure, 335 tems, 9 Alkenes, Olefins Amine carbomethoxylation of ethylene cata- oxidation of alkene with t-butyl hydro- lysed by Pd(II) complexes interca- peroxide catalysed by Cu(II) com- lated in smectite clay, 209 plexes of tris(2-benzimidazolyl- cooligomerization of 1,3-dienes cata- methyljamine: model complexes of lysed by Ni(0): influence of nature blue Cu proteins, 391 Elsevier Sequoia, Lausanne 410 Aromatic compounds by; crystal and molecular structure oxidation of alkene with t-butyl hydro- of Rug(u3-NC,gH,-0-CgHs)o(CO)9, 175 peroxide catalysed by Cu(II com- CHy species plexes of tris(2-benzimidazolyl- surface: reaction path for recombina- methyl)amine: model complexes of tion of, 119 blue Cu proteins, 391 Clusters oxidation of indoleacetic acid by 1,10- Rh carbonyl, in NaY zeolite made basic phenanthroline—Mn complexes, 243 by treatment with sodium azide: oxygenation of 3-methylindole catalysed characterization by IR spectroscopy, by Co(II phthalocyanine attached to 29 polyorganosiloxane; mechanism for CO, addition of oxygen to 3-methyl- electrochemical reduction of, catalysed indole, 151 by [Co(salophen)Li], 197 preparation and catalysis of Cu— Cobalt pyridine complex encapsulated into electrochemical reduction of CO, cata- zeolite supercage, 165 lysed by [Co'(salophen)Li], 197 selective synthesis of cyclodextrins as oxygenation of 3-methylindole catalysed catalysts: cyclodextrin modification by Co(ID phthalocyanine attached to for para-selective hydroxy- polyorganosiloxane; mechanism for methylation and hydroxyethylation addition of oxygen to 3-methylin- of phenol, 399 dole, 151 synthesis of carbazole by Rus(CO))2- structure and mercaptan oxidation catalysed reductive carbonylation of activity of Co(II phthalocyanines 2-nitrobiphenyl: crystal and molecu- covalently bonded to silica of low lar structure of Rus(u3-NC,H,-o- surface area, 259 CeHs)2(CO), 175 Cooligomerization Ascorbate of 1,3-dienes catalysed by Ni(0): influ- Ru(ilI) analogue of model peroxidase ence of nature of organoaluminium system: Ru(iIID—EDTA—ascorbate— reducing agent, Ll H,O, in catalytic epoxidation of un- Copper saturated hydrocarbons, 129 oxidation of alkene with t-butyl hydro- peroxide catalysed by Cu(II) com- plexes of tris(2-benzimidazolyl- t-Butyl hydroperoxide methyl)amine: model complexes of oxidation of alkene with, catalysed by blue Cu proteins, 391 Cu(ID complexes of tris(2-benzimid- polyol conversions into furanic deriva- azolylmethyl)amine: model com- tives on bimetallic catalysts: Cu—Ru, plexes of blue Cu proteins, 391 Cu-—Pt and Ru—-Cu, 65 preparation and catalysis of Cu— Cadmium pyridine complex encapsulated into relationship between molecular struc- zeolite supercage, 165 ture of aliphatic alcohols and their Crystal structure behaviour in photocatalytic dehydro- and molecular structure of Rug(y3- genation on Pt/CdS, 351 NC,.H,-0-CgH;)2(CO),: synthesis of Carbenium ions carbazole by Rus(CO),.-catalysed hydrated aliphatic; nature of, and their reductive carbonylation of 2-nitro- role in homogeneous acid catalysis, biphenyl, 175 189 Cyclodextrins Carbomethoxylation selective synthesis using, as catalysts: of ethylene catalysed by Pd(II) com- cyclodextrin modification for para- plexes intercalated in smectite clay, selective hydroxymethylation and 209 hydroxyethylation of phenol, 399 Carbonylation Cyclotrimerization Rug(CO),.-catalysed reductive, of 2-ni- Ti-catalysed, of butadiene: formation of trobiphenyl: synthesis of carbazole catalytic bis(di-y-chloroaluminate)Ti- (ID) complexes in TiCl,—Et,AICl—,, Hydroformylation (x= 1-2) systems, 9 of 1-hexene with Pt(P(m-C,H,SO,- Na)3)2Cl. and its tin chloride ana- Dehydrogenation logue on controlled-pore glass, 363 photocatalytic; relationship between Hydrogen molecular structure of aliphatic IR study of active sites formed by H, alcohols and their behaviour in, on treatment of Ga/HZSM-5 catalysts, Pt/CdS, 351 111 promoter effect of niobia on Pt/Al,O, Electrochemical reduction catalysts: methanol—deuterium ex- of CO, catalysed by [Co\(salophen)Li], change on samples containing 5% 197 Nb,O;, 85 Enzymes Hydrogenation microgels as soluble supports for enantioselective, of ethyl pyruvate, L5 enzyme active against polymeric Rh complexes, new, anchored on silica substrates: micrococcal nuclease, and modified Y-zeolite as efficient 381 catalysts for, of olefins, 369 Ru(III) analogue of model peroxidase Hydrogen peroxide system: Ru(II]I)—EDTA—ascorbate— possible molecular pathway for cata- H,O, in catalytic epoxidation of un- lytic oxidation of secondary alcohols saturated hydrocarbons, 129 to ketones with, using Pt(II) com- Epoxidation plexes as catalysts, 269 RudID analogue of model peroxidase RudID analogue of model peroxidase system: Ru(III)—EDTA—ascorbate— system: Ru(IIJ)—-EDTA~ascorbate— H,O, in catalytic epoxidation of un- H,O, in catalytic epoxidation of un- saturated hydrocarbons, 129 saturated hydrocarbons, 129 Epoxides Hydrolysis oxidative cleavage of, by Mo(VI) per- reductive, of nitriles to aldehydes by oxo complexes, 159 precipitated Ni on Fe or Al, 53 Ethyl pyruvate Hydroxylation enantioselective hydrogenation of, L5 metalloporphyrin-catalysed, of cyclo- hexane with molecular oxygen, Furanic derivatives 247 polyol conversions into, on bimetallic Hydroxymethylation and hydroxyethylation catalysts: Cu-Ru, Cu—Pt and Ru—Cu, para-selective: cyclodextrin modifica- 65 tion for, of phenol; selective synthe- sis using cyclodextrins as catalysts: Gallium 399 IR study of active sites formed by H, treatment of Ga/HZSM-5 catalysts, 111 Intercalation Glass carbomethoxylation of ethylene cata- controlled-pore; hydroformylation of lysed by Pt(II) complexes intercal- 1-hexene with Pt(P(m-C,H,SO,- ated in smectite clay, 209 Na)3)2Cl, and its tin chloride ana- Iron logue on, 363 reductive hydrolysis of nitriles to alde- hydes by precipitated Ni on Fe or Hydrated aliphatic carbenium ions Al, 53 nature of, and their role in homoge- neous acid catalysis, 189 Hydrocarbons Ketones oxidation of, on transition metal oxide possible molecular pathway for cata- catalysis — quantum chemical stud- lytic oxidation of secondary alcohols ies, 277 to, with H,O, using Pt(II) complexes see Alkanes, Alkenes as catalysts, 269 412 Lithium Nitriles electrochemical reduction of CO, cata- reductive hydrolysis of, to aldehydes by lysed by [Co'(salophen)Li], 197 precipitated Ni on Fe or Al, 53 Nitrite Manganese kinetics of catalytic oxidation of, over oxidation of indoleacetic acid by 1,10- illuminated aqueous suspensions of phenanthroline—Mn complexes, 243 TiO,, 343 MEL structure selective oxidation of n-hexane over Olefins: see Alkenes titanium silicate molecular sieve Oxidation with, 335 of alkene with t-butyl hydroperoxide Metathesis catalysed by Cu(II) complexes of of functionalized alkenes by dinitrosyl- tris(2-benzimidazolylmethylamine: molybdenum catalyst, 143 model complexes of blue Cu pro- Micrococcal nuclease teins, 391 microgels as soluble supports for catalytic, of nitrite over illuminated enzyme active against polymeric aqueous suspensions of TiO.; kinet- substrates, 381 ics of, 343 Microgels catalytic; possible molecular pathway as soluble supports for enzyme active for, of secondary alcohols to against polymeric substrates: micro- ketones with H,O, using Pt(II) com- coccal nuclease, 381 plexes as catalysts, 269 Modern catalysis of hydrocarbons on transition metal Working Group XIII: report and conclu- oxide catalysis — quantum chemical sions, 1 studies, 277 Molecular structure of indoleacetic acid by 1,10-phenan- and crystal structure of Rug(j3-NC,H,- throline—Mn complexes, 243 o-C,H;)2(CO) : synthesis of carba- mercaptan, activity and structure of zole by Rus(CO),.-catalysed reduc- Co(II phthalocyanines covalently tive carbonylation of 2-nitrobiphenyl, bonded to silica of low surface area, 175 259 relationship between, of aliphatic selective, of n-hexane over titanium alcohols and their behaviour in silicate molecular sieve with MEL photocatalytic dehydrogenation on structure, 335 Pt/CdS, 351 urea: platinized-Ti electrodes for: Molybdenum concentric spiral coil geometry, 231 metathesis of functionalized alkenes by demonstration of efficacy, 217 dinitrosylmolybdenum catalyst, 143 Oxidative cleavage oxidative cleavage of epoxides by of epoxides by Mo(VI) peroxo com- Mo(VI) peroxo complexes, 159 plexes, 159 Oxygen metalloporphyrin-catalysed hydroxyla- Nickel tion of cyclohexane with molecular cooligomerization of 1,3-dienes cata- oxygen, 247 lysed by Ni(0): influence of nature oxygenation of 3-methylindole catalysed of organoaluminium reducing agent, by Co(II phthalocyanine attached to Ll polyorganosiloxane; mechanism for reductive hydrolysis of nitriles to alde- addition of oxygen to 3-methy]l- hydes by precipitated Ni on Fe or indole, 151 Al, 53 Oxygenation Niobia of 3-methylindole catalysed by Co(ID promoter effect of, on Pt/Al,O, cata- phthalocyanine attached to poly- lysts: methanol—deuterium exchange organosiloxane; mechanism for addi- on samples containing 5% Nb,O;, tion of oxygen to 3-methylindole, 85 151 413 Palladium azide: characterization by IR spec- carbomethoxylation of ethylene cata- troscopy, 29 lysed by Pd(II) complexes interca- complexes, new, anchored on silica and lated in smectite clay, 209 modified Y-zeolite as efficient cata- Peroxo complexes lysts for hydrogenation of olefins, Mo(VI); oxidative cleavage of epoxides 369 by, 159 Ruthenium Platinum aqueous polyol conversions on Ru and hydroformylation of 1-hexene with on S-modified Ru, 99 Pt(P(m-C,H,SO3Na)3).Cl. and its tin polyol conversions into furanic deriva- chloride analogue on controlled-pore tives on bimetallic catalysts: Cu—Ru glass, 363 Cu-—Pt and Ru—Cu, 65 platinized-Ti electrodes for urea oxida- Ru(ill) analogue of model peroxidase tion: system: Ru(IID—-EDTS—ascorbate— concentric spiral coil geometry, 231 H,O, in catalytic epoxidation of un- demonstration of efficacy, 217 saturated hydrocarbons, 129 polyol conversions into furanic deriva- synthesis of carbazole by Ru3(CO),.- tives on bimetallic catalysts: Cu—Ru, catalysed reductive carbonylation of Cu—Pt and Ru—Cu, 65 2-nitrobiphenyl: crystal and molecu- possible molecular pathway for cata- lar structure of Ru3(13-NC,H,-o- lytic oxidation of secondary alcohols CeHs5)2(CO) 9, 175 to ketones with H,O, using Pt(ID complexes as catalysts, 269 Silicon promoter effect of niobia on Pt/Al,O3 oxygenation of 3-methylindole catalysed catalysts: methanol—deuterium ex- by Co(ID phthalocyanine attached to change on samples containing 5% polyorganosiloxane; mechanism for Nb,O;, 85 addition of oxygen to 3-methyl- relationship between molecular struc- indole, 151 ture of aliphatic alcohols and their Rh complexes, new, anchored on silica behaviour in photocatalytic dehydro- and modified Y-zeolite as efficient genation on Pt/CdS, 351 catalysts for hydrogenation of ole- Porphyrins metalloporphyrin-catalysed hydroxyla- fins, 369 tion of cyclohexane with molecular selective oxidation of n-hexane over oxygen, 247 titanium silicate molecular sieve Proteins with MEL structure, 335 oxidation of alkene with t-butyl hydro- structure and mercaptan oxidation peroxide catalysed by Cu(II) com- activity of Co(II phthalocyanines plexes of tris(2-benzimidazolyl- covalently bonded to silica of low methyl)amine: model complexes of surface area, 259 blue Cu proteins, 391 Smectite clay carbomethoxylation of ethylene cata- Quantum chemical studies lysed by Pd(II) complexes interca- oxidation of hydrocarbons on transition lated in, 209 metal oxide catalysis, 277 Sodium FTIR study of interaction of Re2(CO)jo Reduction with Na-Y zeolite, 43 electrochemical, of CO, catalysed by hydroformylation of 1-hexene with [Co(salophen)Li], 197 Pt(P(m-C,H,SO3Na)3)2Cl, and its tin Rhenium chloride analogue on controlled-pore FTIR study of interaction of Re2(CO),9 glass, 363 with Na-Y zeolite, 43 Rh carbonyl clusters in NaY zeolite Rhodium made basic by treatment with carbonyl] clusters in NaY zeolite made sodium azide: characterization by IR basic by treatment with sodium spectroscopy, 29 414 Spectroscopy Titanium FTIR study of interaction of Re,(CO)jo -catalysed cyclotrimerization of buta- with Na-Y zeolite, 43 diene: formation of catalytic bis(di- IR study of active sites formed by Hz pu-chloroaluminate)Ti(I]) complexes treatment of Ga/HZSM-5 catalysts, in TiCl,—Et,AICl3;_, (w= 1-2) sys- 111 tems, 9 Rh carbonyl clusters in NaY zeolite kinetics of catalytic oxidation of nitrite made basic by treatment with over illuminated aqueous suspen- sodium azide: characterization by IR sions of TiO,, 343 spectroscopy, 29 platinized-Ti electrodes for urea oxida- Spiral coil geometry tion: concentric: platinized-Ti electrodes for concentric spiral coil geometry, 231 urea oxidation, 231 demonstration of efficacy, 217 Sulphur selective oxidation of n-hexane over aqueous polyol conversions on Ru and titanium silicate molecular sieve on S-modified Ru, 99 with MEL structure, 335 hydroformylation of 1-hexene with Transition metal oxide catalysis Pt(P(m-C,H,SO3Na)3)2Cl, and its tin oxidation of hydrocarbons on — quan- chloride analogue on controlled-pore tum chemical studies, 277 glass, 363 relationship between molecular struc- Urea oxidation ture of aliphatic alcohols and their platinized-Ti electrodes for: behaviour in photocatalytic dehydro- concentric spiral coil geometry, 231 genation on Pt/CdS, 351 demonstration of efficacy, 217 structure and mercaptan oxidation Zeolites activity of Co(II) phthalocyanines FTIR study of interaction of Re2(CO)j9 covalently bonded to silica of low with Na-Y zeolite, 43 surface area, 259 IR study of active sites formed by Hz Surface treatment of Ga/HZSM-5 catalysts, reaction path for recombination of sur- 111 face CH, species, 119 preparation and catalysis of Cu— structure and mercaptan oxidation pyridine complex encapsulated into activity of Co(II) phthalocyanines zeolite supercage, 165 covalently bonded to silica of low Rh carbonyl clusters in NaY zeolite surface area, 259 made basic by treatment with sodium azide: characterization by IR Tin spectroscopy, 29 hydroformylation of 1-hexene with Rh complexes, new, anchored on silica Pt(P(m-C,H,SO3Na)3).Cl, and its tin and modified Y-zeolite as efficient chloride analogue on controlled-pore catalysts for hydrogenation of ole- glass, 363 fins, 369