Table Of Content

Author Index Aboulayt, A., see Lahousse,C. 283 of sweet potato B-amylase on thiolsulfon- Aguilar-Rios, G., see Valenzuela, M.A. 177 ate-agarose 381 Ajjou, A.N., see Muzart, J. L15 Bressan, M., Forti, L. and Morvillo, A. Alcantara, A.R., see Sinisterra, J.V. 327 Ruthenium-catalyzed oxidation of alkyla- Alper, H. and Harustiak, M. romatics by monopersulfate with prefer- Allylic oxidation of olefins catalyzed by ential oxidative fission of the benzene cobalt chloride. The beneficial effect of N- ring 59 methylpyrrolidinone 87 Cavinato, G., see Bertani,R. 165 Alvila, L., Pakkanen, T.A. and Krause, O. Chang, H.-S., see Song, W.-D. 109 Chatterjee, D., Bajaj, H.C., Halligudi, S.B. and Hydroformylation of olefins catalysed by Bhatt, K.N. supported Rus(CO),. with 2,2’ -bipyri- Catalysis of alkene hydrogenation and ox- dine or with other heterocyclic nitrogen idation by nickel-saloph complex; a novel base 145 bifunctional catalyst Ll Bachelier, J., see Lahousse,C. 283 Cheng, L., see Lau,C.-P. 39 Bajaj, H.C., see Chatterjee,D. Li Chinellato, R., see Scrivanti, A. L141 Bastida, A., see Guisdén, J.M. 373 Chu, K.-J., see Song, W.-D. 109 Batista-Viera, F.,see Brena,B.M. 381 Costisella, B., see Selke,R. 223 Baudisch, H., see Selke,R. 223 Courtine, P., see Ziotkowski, J. 307 Ben Taleb, A. and Jenner, G. Darensbourg, D.J., see Bényei, A. 157 Scope of the N-alkylation of amides and De la Vega, M.,see Neumann, R. 93 the C-alkylation of malonates by methyl Del Campo,C., Garcia, M., Gradillas, A., formate and dimethyl carbonate L131 Llama, E.F., Salazar, L., Sdénchez-Mon- Bényei, A., Stafford, J.N.W., Kathé, A., Dar- tero, J.M. and Sinisterra, J.V. ensbourg, D.J. and Joé, F. Enantiospecific hydrolysis of esters of The effect of phosphonium salt formation nonsteroidal antiinflammatory drugs us- on the kinetics of homogeneous hydrogen- ing lipase of Candida cylindracea 399 ations in water utilizing a rhodium meta- Fernandez-Lafuente, R.., see sulfonatophenyl-diphenylphosphine Rosell,C.M. 365 complex 157 Fernandez-Lafuente, R.., see Bertani, R., Cavinato,G., Toniolo, L. and Guisén,J.M. 373 Vasapollo, G. Ferndndez-Mayoralas, A., see New alkoxycarbonyl complexes of palla- Guisdn,J.M. 373 dium (II) and their role in carbonylation Formica, M., Musco, A. and Pontellini, R. reactions carried out in the presence of an Nucleophilic attack on the central allyl alkanol 165 carbon of 7-allyl complexes of Pd and Pt. Bhatt, K.N., see Chatterjee,D. Ll Synthesis of cyclopropanes from allylic Boéa, R., Kozisek, J. and Steinborn, D. electrophiles and silyl enolates 239 Electronic structure of Forti, L., see Bressan, M. 59 bis (triphenylphosphine )a cetone- (eth- Garcia, M.,see Del Campo, C. 399 ene )rhodium hexafluorophosphate 261 Gemeay, A.H., see Salem, I.A. 67 Bordes, E., see Ziotkowski, J. 307 Gobi, K.V. and Ramaraj, R. Bosch, P., see Valenzuela, M.A. 177 Electron transfer reactions at Nafion and Botis, A.G., see Papapolymerou,G. 267 clay adsorbed Ru(bpy)3* coated Brena, B.M., Ovsejevi, K., Luna, B. and Ba- electrodes 187 tista-Viera, F. Gradillas, A.,see Del Campo, C. 399 Thiolation and reversible immobilization Grassert, I.,see Selke,R. 223 408 Gubicza, L. and Kelemen-Horvath, I. Mouvier, G., see Varadi,G. L7 Effect of water-mimicking additives on the Musco, A., see Formica, M. 239 synthetic activity and enantioselectivity in Muthukumaru Pillai, S., Tembe,G.L. and organic solvents of a Candida cylindracea Ravindranathan, M. lipase L27 Codimerization of 2,5-norbornadiene with Guisdn, J.M., see Rosell,C.M. 365 ethylene using soluble cobalt and nickel Guisan, J.M., Rodriguez, V., Soler, G., San- catalysts 77 tana, C., Ferndndez-Lafuente, R., Bas- Muzart, J. and Ajjou, A.N. tida, A., Rosell, C.M., Lépez, R., Ferndn- Chromium(VI)-catalyzed oxidation of dez-Mayoralas, A. and Martin-Lomas, M. adamantane by tert-butyl Syntheses of pharmaceutical oligosaccha- hydroperoxide 1L15 rides catalyzed by immobilized-stabilized Neumann, R. and De la Vega, M. derivatives of different B- Oxidation of alkylaromatic compounds galactosidases 373 with hydrogen peroxide catalyzed by mixed Halligudi, S.B., see Chatterjee,D. Ll addenda Keggin heteropolyanions 93 Hardcastle, F.D., see Vuurman, M.A. 193 Oehme, G., see Selke,R. 223 Harustiak, M., see Alper,H. 87 Ohnishi, T., Suzuki, T., Yamakawa, T. and Heller, D., see Storz,F. 33 Shinoda, S. Hohnk, H.-D., see Thorn-Csanyi, E. 253 Isomerization of methyl formate to acetic Ihm, S.-K., see Song, W.-D. 109 acid catalyzed by the Ru(II)-Sn (II) het- Jenner, G., see Ben Taleb, A. L131 eronuclear cluster complex Jo6, F., see Bényei, A. 157 [Ru(SnCl;);(PPh;)] 51 Kathé, A., see Bényei, A. 157 Ovsejevi, K.,see Brena, B.M. 381 Kelemen-Horvath, I., see Gubicza, L. L27 Pakkanen, T.A., see Alvila, L. 145 Kharitonov, A.S., see Sobolev, V.I. 117 Pélyi, G., see Varadi,G. L7 Komiyama, M., see Shiiba, T. 121 Panov, G.I., see Sobolev, V.I. 117 KoZzisek, J.,.see Boéa,R. 261 Papapolymerou, G., _Botis, A.G., Papar- Krause, O., see Alvila,L. 145 gyris, A.D. and Spiliotis, X.D. Lahousse, C., Aboulayt, A., Mauge, F., Bach- Kinetics of the bimolecular reaction elier, J. and Lavalley, J.C. NO+H,0n Pt 267 Acidic and basic properties of zirconia-al- Papargyris, A.D., see umina and_ zirconia-titania mixed Papapolymerou,G. 267 oxides 283 Paukshtis, Ye.A., see Sobolev, V.I. 117 Lau, C.-P. and Cheng, L. Pflug, K.P., see Thorn-Csanyi, E. 253 Catalytic hydrogenation reactions by [cis- Pillai, R.B.C. [Ru (6,6’-Clbpy )2(OH2)2] (CF3SO3)2 in Synthesis of secondary amines by reduc- biphasic [media (6,6’-C=l6,,6’b -pdiych - tive alkylation using copper chromite cat- loro-2,2'-bipyridine) 39 alyst: steric effect of carbonyl Lavalley, J.C., see Lahousse,C. 283 compounds 125 Liao, S.,see Zhang, Y. 211 Pontellini, R., see Formica, M. 239 Llama, E.F.,see Del Campo, C. 399 Porta, F., see Tollari,S. L137 Lépez, R., see Guisdn, J.M. 373 Prasad, S. and Vetrivel, R. Luna, B.,see Brena,B.M. 381 Simulation of topography and acid prop- Madeja, K., see Storz,F. 33 erties of silicon substituted AlPO,-11 Maldonado, C., see Valenzuela, M.A. 177 framework 299 Martin-Lomas, M., see Guisdn, J.M. 373 Ramaraj, R., see Gobi, K.V. 187 Matsumoto, Y., see Shiiba,T. L21 Ravindranathan, M., see Muthukumaru Matteoli, U., see Scrivanti, A. L141 Pillai,S. 77 Mauge, F., see Lahousse,C. 283 Rodriguez, V.,see Guisan, J.M. 373 Michalik, M., see Selke,R. 223 Rosell, C.M., Ferndndez-Lafuente,R. and Morvillo, A., see Bressan, M. 59 Guisan, J.M. 409 Resolution of racemic mixtures by synthe- Mechanism of aromatics hydroxylation by sis reactions catalyzed by immobilized de- NO 117 rivatives of the enzyme penicillin G Soler, G., see Guisdn, J.M. 373 acylase 365 Song, W.-D., Chu, K.-J., Chang, H.-S. and Rosell, C.M., see Guisdn, J.M. 373 Ihm, S.-K. Salazar, L.,see Del Campo,C. 399 Model for the formation of active titanium Salem, I.A., Salem, M.A. and Gemeay, A.H. complexes on MgCl,-ethyl benzoate-TiCl, Kinetics of heterogeneous decomposition catalysts for propylene of hydrogen peroxide with some transition polymerization 109 metal complexes supported on silica-alu- Spiliotis, X.D., see Papapolymerou,G. 267 mina in aqueous medium 67 Stafford, J.N.W., see Bényei, A. 157 Steinborn, D., see Boga, R. 261 Salem, M.A.,seeSalem,I.A. 67 Stoll, N., see Selke, R. 223 Sanchez-Montero, J.M. and Sinisterra, J.V. Storz, F., Heller, D. and Madeja, K. Immobilization of nucleases on corn Ziegler systems as hydrogenation cata- cob 391 lysts. Part 2'. Dependence of the hydro- Sanchez-Montero, J.M., see Del genation activity of CoBr,/Li[AlH, (O- Campo,C. 399 R)4_,] systems from the concentration of Santana, C., see Guisdn, J.M. 373 the reducing agent 33 Schifter, I., see Valenzuela, M.A. 177 Suzuki, T., see Ohnishi, T. 51 Schwarze, M., see Selke,R. 223 Takeda, N., see Shiiba,T. 121 Scrivanti, A., Chinellato, R. and Matteoli, U. Tembe, G.L., see Muthukumaru Pt(II)-SnCl, catalyzed hydromethoxy- Pillai,S. 77 carbonylation of 1-alkynes: a remarkable Thorn-Csanyi, E., HGhnk, H.-D. and example of regioselectivity control L141 Pflug, K.P. Selke, R., Schwarze, M., Baudisch, H., Gras- Ring-opening metathesis copolymeriza- sert, I., Michalik, M., Oehme, G., Stoll, N. tion of cyclopentene and and Costisella, B. [2.2 ]paracyclophane-1,9-diene: UV-Vis- Carbohydrate phosphinites as chiral li- spectroscopic determination of sequence- gands for asymmetric syntheses catalyzed length distribution of by complexes. Part X.' Importance of all- p-phenylenevinylene units 253 equatorial arrangement in vicinal bisphos- Tollari, S. and Porta, F. phinite hexapyranoside ligands for rho- Stoichiometric and catalytic oxidation of dium catalyzed asymmetric cyclohexylamine by hydrogenation 223 Mo(0)(0.)2.(H20) (HMPA) 1137 Shiiba, T., Yonezawa, K., Takeda, N., Mat- Toniolo, L., see Bertani, R. 165 sumoto, Y., Yashiro, M. and Valenzuela, M.A., Bosch, P., Aguilar-Rios, G., Komiyama, M. Zapata, B., Maldonado, C. and Schifter, I. Lanthanide metal complexes for the hy- Platinum supported on coprecipitated Sn- drolysis of linear DNAs _ L21 ZnAl,O, 177 Shinoda, S., see Ohnishi, T. 651 Varadi, G., Mouvier, G., Vivarelli, P., Zuc- Sinisterra, J.V. and Alcantara, A.R. chi, C. and Palyi, G. Synthesis of peptides catalyzed by en- On the reactivity of acetylenes coordi- zymes: a practical overview 327 nated to cobalt. Part 8: Carbonylation of Sinisterra, J.V., see Sanchez- acetylenes with bulky substituents L7 Montero,J.M. 391 Vasapollo, G., see Bertani,R. 165 Sinisterra, J.V.,see Del Campo,C. 399 Vetrivel, R., see Prasad,S. 299 Sobolev, V.I., Kharitonov, A.S., Pauksh- Vivarelli, P., see Varadi,G. L7 tis, Ye.A. and Panov, G.I. Vuurman, M.A., Hardcastle, F.D. and Stoichiometric reaction of benzene with a- Wachs, I.E. form of oxygen on FeZSM-5 zeolites. Characterization of CrO,;/Al,0, catalysts 410 under ambient conditions: influence of Zhang, Y., Liao, S. and Xu, Y. coverage and calcination Highly active alkali metal hydrides; their temperature 193 catalytic syntheses and properties 211 Wachs, I.E.,see Vuurman, M.A. 193 Ziotkowski, J., Bordes, E. and Courtine, P. Xu, Y.,see Zhang, Y. 211 Dynamic description of the oxidation of n- Yamakawa, T., see Ohnishi, T. 651 butane on various faces of (VO).P.O; in Yashiro, M., see Shiiba, T. L21 terms of the crystallochemical model of ac- Yonezawa, K., see Shiiba, T. L21 tive sites 307 Zapata, B., see Valenzuela, M.A. 177 Zucchi, C., see Varadi,G. L7 Subject Index 2,2’ -bipyridine alaninamide Hydroformylation of olefins catalysed by Resolution of racemic mixtures by synthe- supported Rus(CO),. with 2,2’ -bipyri- sis reactions catalyzed by immobilized de- dine or with other heterocyclic nitrogen rivatives of the enzyme penicillin G base 145 acylase 365 6,6’ -dichloro-2,2’ -bipyridine alkali metal hydrides Catalytic hydrogenation reactions by [cis- Highly active alkali metal hydrides; their [Ru (6,6’-Cl,bpy )2(OH2)2] (CF3SO3).2 in catalytic syntheses and properties 211 biphasic [media (6,6’-Cl,bpy =6,6’ -dich- alkali metal naphthalenes loro-2,2'-bipyridine) 39 Highly active alkali metal hydrides; their [2.2 ]paracyclophane-1,9-diene catalytic syntheses and properties 211 Ring-opening metathesis copolymeriza- alkanol tion of cyclopentene and New alkoxycarbonyl complexes of palla- [2.2 ]paracyclophane-1,9-diene: UV-Vis- dium (II) and their role in carbonylation spectroscopic determination of sequence- reactions carried out in the presence of an length distribution of alkanol 165 p-phenylenevinylene units 253 alkene acetic acid Catalysis of alkene hydrogenation and ox- Isomerization of methyl formate to acetic idation by nickel-saloph complex; a novel acid catalyzed by the Ru(II)-Sn(II) het- bifunctional catalyst Ll eronuclear cluster complex alkoxyalanate [Ru(SnCl,);(PPh;)] 51 Ziegler systems as hydrogenation cata- acetone lysts. Part 2. Dependence of the hydro- Electronic structure of genation activity of CoBr,/Li[AlH, (O- bis (triphenylphosphine )a cetone- (eth- R) 4-7] systems from the concentration of ene )rhodium hexafluorophosphate 261 the reducing agent 33 acetylenes alkoxycarbonyl] complexes On the reactivity of acetylenes coordi- New alkoxycarbonyl complexes of palla- nated to cobalt. Part 8': Carbonylation of dium (II) and their role in carbonylation acetylenes with bulky substituents L7 reactions carried out in the presence of an acidic properties alkanol 165 Acidic and basic properties of zirconia-al- alkyl aromatics umina and_ zirconia-titania mixed Ruthenium-catalyzed oxidation of alkyla- oxides 283 romatics by monopersulfate with prefer- acid properties ential oxidative fission of the benzene Simulation of topography and acid prop- ring 59 erties of silicon substituted AlPO,-11 alkylation framework 299 Scope of the N-alkylation of amides and active titanium complexes the C-alkylation of malonates by methyl Model for the formation of active titanium formate and dimethyl carbonate L131 complexes on MgCl,-ethyl benzoate-TiCl, alkynes catalysts for propylene Pt(II)-SnCl, catalyzed hydromethoxy- polymerization 109 carbonylation of 1-alkynes: a remarkable adamantane example of regioselectivity control L141 Chromium(VI)-catalyzed oxidation of all-equatorial arrangement adamantane by tert-butyl Carbohydrate phosphinites as chiral li- hydroperoxide L15 gands for asymmetric syntheses catalyzed 412 by complexes. Part X.’ Importance of all- Mechanism of aromatics hydroxylation by equatorial arrangement in vicinal bisphos- N,O 117 phinite hexapyranoside ligands for rho- artificial nuclease dium catalyzed asymmetric Lanthanide metal complexes for the hy- hydrogenation 223 drolysis of linear DNAs L21 n°-allyl complexes asymmetric hydrogenation Nucleophilic attack on the central allyl Carbohydrate phosphinites as chiral li- carbon of 7°-allyl complexes of Pd and Pt. gands for asymmetric syntheses catalyzed Synthesis of cyclopropanes from allylic by complexes. Part X.’ Importance of all- electrophiles and silyl enolates 239 equatorial arrangement in vicinal bisphos- allylic oxidation phinite hexapyranoside ligands for rho- Allylic oxidation of olefins catalyzed by dium catalyzed asymmetric cobalt chloride. The beneficial effect of N- hydrogenation 223 methylpyrrolidinone 87 basic properties aluminium Acidic and basic properties of zirconia-al- Characterization of CrO,/Al,0, catalysts umina and _ zirconia-titania mixed under ambient conditions: influence of oxides 283 coverage and calcination benzene temperature 193 Stoichiometric reaction of benzene with a- Simulation of topography and acid prop- form of oxygen on FeZSM-5 zeolites. erties of silicon substituted AlPO,-11 Mechanism of aromatics hydroxylation by framework 299 NO 117 amides benzene ring Scope of the N-alkylation of amides and Ruthenium-catalyzed oxidation of alkyla- the C-alkylation of malonates by methyl romatics by monopersulfate with prefer- formate and dimethyl carbonate L131 ential oxidative fission of the benzene amino acids ring 59 Carbohydrate phosphinites as chiral li- bifunctional catalyst gands for asymmetric syntheses catalyzed Catalysis of alkene hydrogenation and ox- by complexes. Part X.' Importance of all- idation by nickel-saloph complex; a novel equatorial arrangement in vicinal bisphos- bifunctional catalyst L1 phinite hexapyranoside ligands for rho- bimetallic catalysts dium catalyzed asymmetric Platinum supported on coprecipitated Sn- hydrogenation 223 ZnAl,0O, 177 B-amylase bimolecular reaction Thiolation and reversible immobilization Kinetics of the bimolecular reaction of sweet potato f-amylase on thiolsulfon- ate-agarose 381 NO+H,onPt 267 antiinflammatory drugs biocatalysis Enantiospecific hydrolysis of esters of Syntheses of pharmaceutical oligosaccha- nonsteroidal antiinflammatory drugs us- rides catalyzed by immobilized-stabilized ing lipase of Candida cylindracea 399 derivatives of different B- aqueous solutions galactosidases 373 The effect of phosphonium salt formation biphasic media on the kinetics of homogeneous hydrogen- Catalytic hydrogenation reactions by [cis- ations in water utilizing a rhodium meta- [Ru(6,6’-Cl,bpy)2(OH2)2] (CF;SO3). in sulfonatophenyl-diphenylphosphine biphasic [media (6,6’-Cl,.bpy =6,6’ -dich- complex 157 loro-2,2'-bipyridine) 39 aromatics calcination temperature Stoichiometric reaction of benzene with a- Characterization of CrO,/Al,0, catalysts form of oxygen on FeZSM-5 zeolites. under ambient conditions: influence of 413 coverage and calcination cobalt chloride. The beneficial effect of N- temperature 193 methylpyrrolidinone 87 Candida cylindracea codimerization Enantiospecific hydrolysis of esters of Codimerization of 2,5-norbornadiene with nonsteroidal antiinflammatory drugs us- ethylene using soluble cobalt and nickel ing lipase of Candida cylindracea 399 catalysts 77 carbohydrate phosphinites copolymerization Carbohydrate phosphinites as chiral li- Ring-opening metathesis copolymeriza- gands for asymmetric syntheses catalyzed tion of cyclopentene and by complexes. Part X.’ Importance of all- [2.2 ]paracyclophane-1,9-diene: UV-Vis- equatorial arrangement in vicinal bisphos- spectroscopic determination of sequence- phinite hexapyranoside ligands for rho- length distribution of p-phenylenevinylene units 253 dium catalyzed asymmetric copper chromite hydrogenation 223 Synthesis of secondary amines by reduc- carbonylation tive alkylation using copper chromite cat- New alkoxycarbonyl complexes of palla- alyst: steric effect of carbonyl dium (II) and their role in carbonylation compounds 125 reactions carried out in the presence of an corn cob alkanol 165 Immobilization of nucleases on corn cerium (III) complex cob 391 Lanthanide metal complexes for the hy- coverage drolysis of linear DNAs _ L21 Characterization of CrO,/Al,0, catalysts chiral ligands under ambient conditions: influence of Carbohydrate phosphinites as chiral li- coverage and calcination gands for asymmetric syntheses catalyzed temperature 193 by complexes. Part X.' Importance of all- crystallochemical active site model equatorial arrangement in vicinal bisphos- Dynamic description of the oxidation of n- phinite hexapyranoside ligands for rho- butane on various faces of (VO).P.,0, in dium catalyzed asymmetric terms of the crystallochemical model of ac- hydrogenation 223 tive sites 307 chromium cyclocarbonylation Characterization of CrO,/Al,0; catalysts On the reactivity of acetylenes coordi- under ambient conditions: influence of nated to cobalt. Part 8': Carbonylation of coverage and calcination acetylenes with bulky substituents L7 temperature 193 cyclohexylamine cobalt Stoichiometric and catalytic oxidation of Ziegler systems as hydrogenation cata- cyclohexylamine by lysts. Part 2}. Dependence of the hydro- Mo(0O)(0O.)2.(H,0O)(HMPA) 1137 genation activity of CoBr,/Li[AlH,(O- cyclopentene R),4_,,] systems from the concentration of Ring-opening metathesis copolymeriza- the reducing agent 33 tion of cyclopentene and Codimerization of 2,5-norbornadiene with [2.2 ]paracyclophane-1,9-diene: UV-Vis- ethylene using soluble cobalt and nickel spectroscopic determination of sequence- catalysts 77 length distribution of cobalt carbonyls p-phenylenevinylene units 253 On the reactivity of acetylenes coordi- cyclopropanes nated to cobalt. Part 8': Carbonylation of Nuwcleophilic attack on the central allyl acetylenes with bulky substituents L7 . carbon of 7°-allyl complexes of Pd and Pt. cobalt chloride Synthesis of cyclopropanes from allylic Allylic oxidation of olefins catalyzed by electrophiles and silyl enolates 239 414 n’-dihydrogen complex ethyl benzoate Catalytic hydrogenation reactions by [cis- Model for the formation of active titanium complexes on MgCl,-ethyl benzoate-TiCl, [Ru(6,6’-Clbpy )2(OH2)2] (CF3SO3)2 in biphasic [media (6,6’ -Cl.=6b,6’p -dyic h- catalysts for propylene loro-2,2'-bipyridine) 39 polymerization 109 dimethyl carbonate ethylene Scope of the N-alkylation of amides and Codimerization of 2,5-norbornadiene with the C-alkylation of malonates by methyl ethylene using soluble cobalt and nickel formate and dimethyl carbonate L131 catalysts 77 DNA hydrolysis 5-ethylidene-2-norbornene Lanthanide metal complexes for the hy- Codimerization of 2,5-norbornadiene with drolysis of linear DNAs L21 ethylene using soluble cobalt and nickel electronic structure catalysts 77 Electronic structure of FeZSM-5 bis (triphenylphosphine )a cetone- (eth- Stoichiometric reaction of benzene with a- ene )rhodium hexafluorophosphate 261 form of oxygen on FeZSM-5 zeolites. electron transfer Mechanism of aromatics hydroxylation by Electron transfer reactions at Nafion and NO 117 clay adsorbed Ru(bpy)2* coated B-galactosidases electrodes 187 Syntheses of pharmaceutical oligosaccha- enantioselectivity rides catalyzed by immobilized-stabilized Effect of water-mimicking additives on the derivatives of different B- synthetic activity and enantioselectivity in galactosidases 373 organic solvents of a Candida cylindracea heterocyclic nitrogen bases lipase L27 Hydroformylation of olefins catalysed by enantiospecific hydrolysis supported Ru;(CO),. with 2,2’ -bipyri- Enantiospecific hydrolysis of esters of dine or with other heterocyclic nitrogen nonsteroidal antiinflammatory drugs us- base 145 ing lipase of Candida cylindracea 399 heterogeneous decomposition enzymatic synthesis Kinetics of heterogeneous decomposition Resolution of racemic mixtures by synthe- of hydrogen peroxide with some transition sis reactions catalyzed by immobilized de- metal complexes supported on silica-alu- rivatives of the enzyme penicillin G mina in aqueous medium 67 acylase 365 heteropolyanion enzyme immobilization Oxidation of alkylaromatic compounds Immobilization of nucleases on corn with hydrogen peroxide catalyzed by mixed cob 391 addenda Keggin heteropolyanions 93 enzyme immobilization-stabilization hydroformylation Syntheses of pharmaceutical oligosaccha- Hydroformylation of olefins catalysed by rides catalyzed by immobilized-stabilized supported Ru;(CO),. with 2,2’ -bipyri- derivatives of different B- dine or with other heterocyclic nitrogen galactosidases 373 base 145 enzymes hydrogen Syntheses of pharmaceutical oligosaccha- Kinetics of the bimolecular reaction rides catalyzed by immobilized-stabilized NO+H,onPt 267 derivatives of different B- hydrogenation galactosidases 373 Catalysis of alkene hydrogenation and ox- ethene idation by nickel-saloph complex; a novel Electronic structure of bifunctional catalyst L1 bis (triphenylphosphine )a cetone- (eth- Ziegler systems as hydrogenation cata- ene )rhodium hexafluorophosphate 261 lysts. Part 2'. Dependence of the hydro- 415 genation activity of CoBr,/Li[AlH,,(O- Lanthanide metal complexes for the hy- R),4_,] systems from the concentration of drolysis of linear DNAs _ L21 the reducing agent 33 lanthanum (III) complex Catalytic hydrogenation reactions by [cis- Lanthanide metal complexes for the hy- [Ru(6,6’-Cl,bpy )2(OH2)2)] (CF3;SO3)2 in drolysis of linear DNAs L21 biphasic [media (6,6’-Cl,.bpy =6,6’ -dich- lipase loro-2,2'-bipyridine) 39 Effect of water-mimicking additives on the The effect of phosphonium salt formation synthetic activity and enantioselectivity in on the kinetics of homogeneous hydrogen- organic solvents of a Candida cylindracea ations in water utilizing a rhodium meta- lipase L27 sulfonatophenyl-diphenylphosphine Enantiospecific hydrolysis of esters of complex 157 nonsteroidal antiinflammatory drugs us- Highly active alkali metal hydrides; their ing lipase of Candida cylindracea 399 catalytic syntheses and properties 211 lithium hydrogen peroxide Ziegler systems as hydrogenation cata- Kinetics of heterogeneous decomposition lysts. Part 2’. Dependence of the hydro- of hydrogen peroxide with some transition genation activity of CoBr,/Li[AlH, (O- metal complexes supported on silica-alu- R)4_,] systems from the concentration of mina in aqueous medium 67 the reducing agent 33 Oxidation of alkylaromatic compounds magnesium with hydrogen peroxide catalyzed by mixed Model for the formation of active titanium addenda Keggin heteropolyanions 93 complexes on MgCl,-ethyl benzoate-TiCl, hydroxycarbonylation catalysts for propylene Pt(II)-SnCl, catalyzed hydromethoxy- polymerization 109 carbonylation of 1-alkynes: a remarkable malonates example of regioselectivity control L141 Scope of the N-alkylation of amides and hydroxylation the C-alkylation of malonates by methyl Stoichiometric reaction of benzene with a- formate and dimethyl carbonate L131 form of oxygen on FeZSM-5 zeolites. metathesis Mechanism of aromatics hydroxylation by Ring-opening metathesis copolymeriza- NO 117 tion of cyclopentene and immobilized biocatalysts [2.2 ]paracyclophane-1,9-diene: UV-Vis- Thiolation and reversible immobilization spectroscopic determination of sequence- of sweet potato £-amylase on thiolsulfon- length distribution of ate-agarose 381 p-phenylenevinylene units 253 isobutane dehydrogenation methyl acetate Platinum supported on coprecipitated Sn- Isomerization of methyl formate to acetic ZnAl,O, 177 acid catalyzed by the Ru(II)-Sn(II) het- isomerization eronuclear cluster complex Isomerization of methyl formate to acetic acid catalyzed by the Ru(II)-Sn(II) het- [Ru(SnCl,);(PPh;)] 51 eronuclear cluster complex methyl formate [Ru(SnCl,);(PPh;)] 51 Isomerization of methyl formate to acetic kinetics acid catalyzed by the Ru(II)-Sn(II) het- Kinetics of heterogeneous decomposition eronuclear cluster complex of hydrogen peroxide with some transition [Ru(SnCl,);(PPh3)] 51 metal complexes supported on silica-alu- Scope of the N-alkylation of amides and mina in aqueous medium 67 the C-alkylation of malonates by methyl Kinetics of the bimolecular reaction formate and dimethyl carbonate L131 NO+H,onPt 267 mixed oxides / zirconia-alumina lanthanide (III) complex Acidic and basic properties of zirconia-al- 416 umina and_ zirconia-titania mixed Mechanism of aromatics hydroxylation by oxides 283 N,O 117 MNDO energetics 2,5-norbornadiene Simulation of topography and acid prop- Codimerization of 2,5-norbornadiene with erties of silicon substituted AlJPO,-11 ethylene using soluble cobalt and nickel framework 299 catalysts 77 modified electrodes nucleases cefuoied ye tes Electron transfer reactions at Nafion and Immobilization of nucleases on corn lia clay adsorbed Ru(bpy)2* coated cob 391 electrodes 187 olefinic acids molybdenum The effect of phosphonium salt formation Oxidation of alkylaromatic compounds on the kinetics of homogeneous hydrogen- rBaoIiSaNeE gSeoSAnneehe eleaRe eA eee g e ee R RE with hydrogen peroxide catalyzed by mixed ations in water utilizing a rhodium meta- addenda Keggin heteropolyanions 93 sulfonatophenyl-diphenylphosphine Stoichiometric and catalytic oxidation of complex 157 cyclohexylamine by olefins Mo(O)(O.).(H,0)(HMPA) 1137 Allylic oxidation of olefins catalyzed by monopersulphate cobalt chloride. The beneficial effect of N- Ruthenium-catalyzed oxidation of alkyla- methylpyrrolidinone 87 romatics by monopersulfate with prefer- Hydroformylation of olefins catalysed by ential oxidative fission of the benzene supported Ru;(CO),. with 2,2’ -bipyri- ring 59 dine or with other heterocyclic nitrogen montmorillonite clay base 145 Electron transfer reactions at Nafion and oligosaccharides clay adsorbed Ru(bpy)2* coated Syntheses of pharmaceutical oligosaccha- electrodes 187 rides catalyzed by immobilized-stabilized Nafion derivatives of different B- Electron transfer reactions at Nafion and galactosidases 373 clay adsorbed Ru(bpy)2* coated organic solvent electrodes 187 Effect of water-mimicking additives on the n-butane synthetic activity and enantioselectivity in Dynamic description of the oxidation of n- organic solvents of a Candida cylindracea butane on various faces of (VO),P.O, in lipase L27 terms of the crystallochemical model of ac- organic synthesis tive sites 307 Syntheses of pharmaceutical oligosaccha- n-heptane conversion rides catalyzed by immobilized-stabilized Platinum supported on coprecipitated Sn- derivatives of different B- ZnAl,O, 177 galactosidases 373 nickel oxidation Catalysis of alkene hydrogenation and ox- Chromium (VI)-catalyzed oxidation of idation by nickel-saloph complex; a novel adamantane by tert-butyl bifunctional catalyst Ll hydroperoxide L115 Codimerization of 2,5-norbornadiene with Oxidation of alkylaromatic compounds ethylene using soluble cobalt and nickel with hydrogen peroxide catalyzed by mixed catalysts 77 addenda Keggin heteropolyanions 93 nitric oxide Stoichiometric reaction of benzene with a- Kinetics of the bimolecular reaction form of oxygen on FeZSM-5 zeolites. NO+H,onPt 267 Mechanism of aromatics hydroxylation by nitrous oxide N,O 117 Stoichiometric reaction of benzene with a- Stoichiometric and catalytic oxidation of form of oxygen on FeZSM-5 zeolites. cyclohexylamine by