Table Of Content

Author Index Agbossou, F., see Brunet, J.-J. 223 containing platinum(II) complexes an- Araki, K.,see Yamada, M. 195 chored on phosphinated SiO,: computer Augustine, R.L. and Techasauvapak, P. simulation of HRTEM images 231 Heterogeneous catalysis in organic syn- Crotti, C., see Tollari,S. 203 thesis. Part 9. Specific site solvent effects Dai, L.-X., see Yang, R.-Y. Ll in catalytic hydrogenations 95 Damiani, D.E., see Ferreira, M.L. 137 Augustine, R.L., see Tanielyan,S.K. 311 Desjardins, S.,see Foulds,G.A. 117 Bachelier, J.,see Lahousse,C. 329 Doménech, X., see Milis, A. 67 Beelen, T.P.M., see Dubkov, K.A., see Lapina,O.B. 57 Schipper, E.T.W.M. 161 Echevarria, G., see Garcia del Belapurkar, A.D., Gupta, N.M., Pha- Vado,M.A. 361 tak, G.M. and Iyer, R.M. Esteruelas, M.A., Garcia, M.P., Martin, M. Role of oxygen vacancies in the decompo- and Oro, L.A. sition of NO over YBa,Cu,0;_; and Kinetic and spectroscopic study of the hy- Gd,CuO, oxide systems 287 drogen-transfer reaction from 2-propanol Bennet, A.M.A., see Foulds,G.A. 117 to cyclohexanone catalyzed by Bercaw, J.E.,see Freund,M.S. Lil [IrH,(pz) (Hpz) (PPh;)2] Besson, M., see Nasar, K. 107 (Hpz=pyrazole) 151 Béziat, J.-C., see Nasar,K. 107 Fache, F., see Nasar,K. 107 Bezouhanova, C.P. and Jabur, F.A. Farcagiu, D. and Cao, H. Zeolite catalysts for pinacol Acidity studies of Eaton’s catalyst, meth- rearrangement 39 anesulfonic acid-phosphorus Blanco, F.G., see Garciadel Vado, M.A. 361 pentoxide 215 Brunet, J.-J., Neibecker, D., Agbossou, F. and Ferreira, M.L., Juan, A., Castellani, N.J. and Srivastava, R.S. Damiani, D.E. Iron pentacarbonyl-catalysed aminome- Molecular orbital studies in the MgCl,- thylation of alkenes: some intriguing ethyl benzoate-TiCl, system 137 observations 223 Filatov, M.J., Shalyaev, K.V. and Talsi, E.P. Cao, H., see Farcasiu,D. 215 Why do not 7-co-ordinated diperoxo mo- Carolina Martinez Gonzdlez, M., see Garcia lybdenum complexes oxidize alkenes? A del Vado, M.A. 361 theoretical analysis L5 Castellani, N.J., see Ferreira, M.L. 137 Foulds, G.A., Bennet, A.M.A., Niven, M.L., Cavell, K.J., see Foulds,G.A. 117 Thornton, D.A., Cavell, K.J., Desjar- Cenini, S., see Tollari,S. 203 dins, S. and Peacock, E.J. Chiessi, E. and Pispisa, B. Catalytic olefin oligomerisation activity of Polymer-supported catalysis: oxidation of a series of trialkyl- and triphenylphos- catecholamines by Fe(III) and Cu(II) phine derivatives of the nickel(II) com- complexes immobilized to chitosan 177 plexes of 4-thioxo-2-pentanoate and 2,4- Choudary, B.M., Ravichandra Sarma, M. and pentanedithionate 117 Vijaya Kumar, K. Freund, M.S., Labinger, J.A., Lewis, N.S. and Fe**+-Montmorillonite catalyst for selec- Bercaw, J.E. tive nitration of chlorobenzene 33 Electrocatalytic functionalization of al- Chuvilin, A.L., Moroz, B.L. and kanes using aqueous platinum salts L11 Likholobov, V.A. Gadgil, M.M., Sasikala, R. and Origin of agglomerates observed in high Kulshreshtha, S.K. resolution transmission electron micros- CO oxidation over Pd/Sn0, copy (HRTEM) micrographs of a catalyst catalyst 297 372 Gallezot, P., see Nasar,K. 107 SiO, catalysts according to *'V and 'H Garcia, M.P., see Esteruelas,M.A. 151 high-resolution solid-state NMR Garcia del Vado, M.A., Rodriguez Car- data 57 dona, F., Echevarria, G., Carolina Marti- Lauron-Pernot, H., see Lahousse,C. 329 nez Gonzalez, M., Santos Blanco, J.G. and Lavalley, J.-C., see Lahousse,C. 329 Blanco, F.G. Lemaire, M.,see Nasar,K. 107 Determination of the rates of formation Lercher, J.A., see Meusinger, J. 263 and hydrolysis of the Schiff bases formed Lewis, N.S., see Freund, M.S. L11 by pyridoxal and poly-L-lysine 361 Likholobov, V.A., see Chuvilin, A.L. 231 German, A.L., see Schipper, E.T.W.M. 161 Martin, M., see Esteruelas, M.A. 151 Gianella, E., see Tollari,S. 203 Mastikhin, V.M., see Lapina,O.B. 57 Govic, A.-M.L., see Lahousse,C. 329 Meusinger, J., Vinek, H. and Lercher, J.A. Gulkova, D. and Kraus, M. Cracking of n-hexane and n-butane over Substituent effects on the rate of dehydro- SAPO5, MgAPO5 and CoAPO5 =.2 63 genation of primary and_ secondary Milis, A., Peral,J., Doménech, X. and alcohols 47 Navio, J.A. Guo, X.,see Lamping, A.E. 75 Heterogeneous photocatalytic oxidation of Gupta, N.M., see Belapurkar, A.D. 287 nitrite over iron-doped TiO, samples 67 Harada, T.,see Osawa, T. 333 Mokrinski, V.V., see Lapina,O.B. 57 Heuts, J.P.A.,see Schipper, E.T.W.M. 161 Moroz, B.L., see Chuvilin, A.L. 231 Hirota, S.,see Ohkubo, K. L21 Nasar, K., Fache, F., Lemaire, M., Béziat, J.- Hisazumi, A.,see Yamada, M. 195 C., Besson, M. and Gallezot, P. Honda, Y., see Ohkubo, K. 121 Stereoselective reduction of disubstituted Iyer, R.M.,see Belapurkar, A.D. 287 aromatics on colloidal rhodium 107 Jabur, F.A., see Bezouhanova,C.P. 39 Navio, J.A., see Milis, A. 67 Jackson, S.D. and Kelly, G. Neibecker, D., see Brunet, J.-J. 223 Hydrogenation of propyne to propene over Niven, M.L., see Foulds,G.A. 117 platinum/silica 275 Nosov, A.V., see Lapina,O.B. 57 Juan, A., see Ferreira, M.L. 137 Novakova, J. and Kubelkova, L. Kawamura-Kuribayashi, H., Interaction of CO with Ni° in zeolites and Shiga,A. 243 on alumina _ studied by _ isotopic Kelly, G., see Jackson,S.D. 275 exchange 343 Kraus, M., see Gulkova,D. 47 Ochi, S.,see Yamada, M. 195 Kubelkova, L., see Novadkova, J. 343 Ohkubo, K., Urata, Y., Hirota, S., Honda, Y. Kulshreshtha, S.K., see Gadgil, M.M. 297 and Sagawa, T. ‘ Kuroda, S.,see Yamada, M. 195 Homogeneous and heterogeneous estero- Labinger, J.A.,see Freund, M.S. Lil lytic catalyses of imidazole-containing Lahousse, C., Bachelier, J., Lavalley, J.-C., polymers prepared by molecular imprint- Lauron-Pernot, H. and Govic, A.-M.L. ing of a transition state analogue 121 Validity of using isopropanol decomposi- Okura, I., see Seki, Y. 17 tion as a test-reaction for the characteri- Oro, L.A., see Esteruelas,M.A. 151 zation of metal oxides basicity; compari- Osawa, T., Harada, T. and Tai, A. son with results obtained from Mode of enantioface-differentiation in the methylbutynol decomposition 329 hydrogenation of 2-alkanone over an Lamping, A.E., Guo, X. and Rempel, G.L. asymmetrically modified nickel Catalytic hydrogenation of polyaromatics catalyst 333 in the presence of {/,-0xo-trirhodium ace- Peacock, E.J., see Foulds,G.A. 117 tate and its silica supported analogue 75 Peral, J., see Milis, A. 67 Lapina, O.B., Nosov, A.V., Mastikhin, V.M., Phatak, G.M., see Belapurkar, A.D. 287 Dubkov, K.A. and Mokrinski, V.V. Piet, P., see Schipper, E.T.W.M. 161 Surface complexes formed in V,0;-TiO.- Pispisa, B., see Chiessi, E. 177 373 Qian, C., Qiu, A., Zhu, D. and Yang, X. the formation of the active site in Ziegler Regioselective acylative cleavage of cyclic catalyst system 243 ethers catalyzed by rare’ earth Shimao, I.,see Yamada,M. 195 compounds 357 Shimoda, M., see Seki, Y. 17 Qiu, A., see Qian,C. 357 Srivastava, R.S., see Brunet, J.-J. 223 Ravichandra Sarma, M., Sugimori, D., see Seki, Y. L17 Choudary,B.M. 33 Suzuki, H., see Yamada, M. 195 Rempel, G.L., see Lamping, ALE. 75 Tai, A.,seeOsawa,T. 333 Rodriguez Cardona,F., see Garcia del Talsi, E.P., see Filatov, M.J. L5 Vado, M.A. 361 Tanielyan, S.K. and Augustine, R.L. Sagawa, T.,see Ohkubo, K. L21 Acetoxylation of toluene catalyzed by sup- Salem, I.A. ported Pd-Sn catalysts 311 The catalytic effect of some transition Techasauvapak, P.,see Augustine, R.L. 95 metal hexamethylenetetramine com- Thornton, D.A., see Foulds,G.A. 117 plexes in hydrogen peroxide Tollari,S., Cenini,S., Crotti,C. and decomposition 25 Gianella, E. Santos Blanco,J.G., see Garcia del Synthesis of heterocycles via palladium- Vado, M.A. 361 catalyzed carbonylation of ortho-substi- Sasaki, T.,see Shiga, A. 243 tuted organic nitro compounds in rela- Sasikala, R., see Gadgil, M.M. 297 tively mild conditions 203 Schipper, E.T.W.M., Heuts, J.P.A., Piet, P., Urata, Y.,see Ohkubo, K. L21 Beelen, T.P.M. and German, A.L. Effects of complexation of oppositely Vijaya Kumar, K., see Choudary,B.M. 33 Vinek, H., see Meusinger, J. 263 charged water-soluble cobaltphthalocy- anines on the catalytic mercaptoethanol Yamada, M., Ochi,S., Suzuki,H., Hisa- autoxidation 161 zumi, A., Kuroda,S., Shimao,I. and Seki, Y., Shimoda, M., Sugimori,D. and Araki, K. Okura, I. Catalytic activities of nickel(II) com- Epoxidation of allyl compounds with plexes of a salen analog, [Ni(babp) ], in Methylosinus trichosporium (OB3b): epoxidation of olefins 195 stereoselectivity of methane Yang, R.-Y. and Dai, L.-X. monooxygenase L17 Enantioselective epoxidation of olefins Shalyaev, K.V., see Filatov, M.J. L5 with ruthenium (III) -pyridyl-oxazolines as Shiga, A., Kawamura-Kuribayashi, H. and catalyst Ll Sasaki, T. Yang, X.,see Qian,C. 357 Paired interacting orbitals (PIO) study on Zhu, D., see Qian,C. 357 Subject Index acetoxylation Stereoselective reduction of disubstituted Acetoxylation of toluene catalyzed by sup- aromatics on colloidal rhodium 107 ported Pd-Sn catalysts 311 asymmetric modification acidity Mode of enantioface-differentiation in the Acidity studies of Eaton’s catalyst, meth- hydrogenation of 2-alkanone over an anesulfonic acid-phosphorus asymmetrically modified nickel pentoxide 215 catalyst 333 acylative cleavage autoxidation Regioselective acylative cleavage of cyclic Effects of complexation of oppositely ethers catalyzed by rare earth charged water-soluble cobaltphthalocy- compounds 357 anines on the catalytic mercaptoethanol alcohol autoxidation 161 Substituent effects on the rate of dehydro- basicity genation of primary and_ secondary Validity of using isopropanol decomposi- alcohols 47 tion as a test-reaction for the characteri- alkane cracking zation of metal oxides basicity; compari- Cracking of n-hexane and n-butane over son with results obtained from SAPO5, MgAPO5 andCoAPO5 263 methylbutynol decomposition 329 alkanones carbon monoxide Mode of enantioface-differentiation in the CoO oxidation over Pd/SnO, hydrogenation of 2-alkanone over an catalyst 297 asymmetrically modified nickel Interaction of CO with Ni?® in zeolites and catalyst 333 on alumina studied by _ isotopic alkenes exchange 343 Why do not 7-co-ordinated diperoxo mo- carbonylation lybdenum complexes oxidize alkenes? A Synthesis of heterocycles via palladium- theoretical analysis L5 catalyzed carbonylation of ortho-substi- Iron pentacarbonyl-catalysed aminome- tuted organic nitro compounds in rela- thylation of alkenes: some intriguing tively mild conditions 203 observations 223 carbonyl complexes allyl chloride Iron pentacarbonyl-catalysed aminome- Catalytic activities of nickel(II) com- thylation of aikenes: some intriguing plexes of a salen analog, [Ni(babp) ], in observations 223 epoxidation of olefins 195 carboxylic acids alumina Effects of complexation of oppositely Interaction of CO with Ni® in zeolites and charged water-soluble cobaltphthalocy- on alumina studied by _ isotopic anines on the catalytic mercaptoethanol exchange 343 autoxidation 161 aluminium chlorobenzene Paired interacting orbitals (PIO) study on Fe**+-Montmorillonite catalyst for selec- the formation of the active site in Ziegler tive nitration of chlorobenzene 33 catalyst system 243 CoAPO5 aminomethylation Cracking of n-hexane and n-butane over Iron pentacarbonyl-catalysed aminome- SAPO5, MgAPO5 and CoAPO5 =.2 63 thylation of alkenes: some intriguing cobalt observations 223 The catalytic effect of some transition aromatics metal hexamethylenetetramine com- 376 plexes in hydrogen peroxide hydrogenation of 2-alkanone over an decomposition 25 asymmetrically modified nickel Effects of complexation of oppositely catalyst 333 charged water-soluble cobaltphthalocy- epoxidation anines on the catalytic mercaptoethanol Catalytic activities of nickel(II) com- autoxidation 161 plexes of a salen analog, [Ni(babp) ], in colloidal metals epoxidation of olefins 195 Stereoselective reduction of disubstituted EPR spectroscopy aromatics on colloidal rhodium 107 Polymer-supported catalysis: oxidation of copper catecholamines by Fe(III) and Cu(II) The catalytic effect of some transition complexes immobilized to chitosan 177 metal hexamethylenetetramine com- ethyl benzoate plexes in hydrogen peroxide Molecular orbital studies in the MgCl,- decomposition 25 ethyl benzoate-TiCl, system 137 Polymer-supported catalysis: oxidation of extended Hiickel calculation catecholamines by Fe(III) and Cu(II) Paired interacting orbitals (PIO) study on complexes immobilized to chitosan 177 the formation of the active site in Ziegler cyclic ethers catalyst system 243 Regioselective acylative cleavage of cyclic extended Hiickel calculations ethers catalyzed by rare earth Molecular orbital studies in the MgCl,- compounds 357 ethyl benzoate-TiCl, system 137 cyclic voltammetry gadolinium cuprate Polymer-supported catalysis: oxidation of Role of oxygen vacancies in the decompo- catecholamines by Fe(III) and Cu(II) sition of N.O over YBa,Cu,0;_; and complexes immobilized to chitosan 177 Gd,CuO, oxide systems 287 cyclohexanone heterocycles Kinetic and spectroscopic study of the hy- Synthesis of heterocycles via palladium- drogen-transfer reaction from 2-propanol catalyzed carbonylation of ortho-substi- to cyclohexanone catalyzed = by tuted organic nitro compounds in rela- [IrH, (pz) (Hpz) (PPh;)2] tively mild conditions 203 (Hpz=pyrazole) 151 hexamethylenetetramine complexes dehydration The catalytic effect of some transition Zeolite catalysts for pinacol metal hexamethylenetetramine com- rearrangement 39 plexes in hydrogen peroxide dehydrogenation decomposition 25 Substituent effects on the rate of dehydro- high-resolution solid-state NMR spectroscopy genation of primary and _ secondary Surface complexes formed in V,0,-Ti0,- alcohols 47 SiO, catalysts according to *'V and 'H diperoxo complexes high-resolution solid-state NMR Why do not 7-co-ordinated diperoxo mo- data 57 lybdenum complexes oxidize alkenes? A high T, oxide theoretical analysis L5 Role of oxygen vacancies in the decompo- Eaton’s catalyst sition of N,O over YBa,Cu,0,_; and Acidity studies of Eaton’s catalyst, meth- Gd,CuO, oxide systems 287 anesulfonic acid-phosphorus HRTEM images pentoxide 215 Origin of agglomerates observed in high electrocatalysis resolution transmission electron micros- Electrocatalytic functionalization of al- copy (HRTEM) micrographs of a catalyst kanes using aqueous platinum salts 11 containing platinum(II) complexes an- enantioface-differentiation chored on phosphinated SiO,: computer Mode of enantioface-differentiation in the simulation of HRTEM images 231 377 hydrogenation thylation of alkenes: some intriguing Catalytic hydrogenation of polyaromatics observations 223 in the presence of f3-oxo-trirhodium ace- isopropanol tate and its silica supported analogue 75 Validity of using isopropanol decomposi- Heterogeneous catalysis in organic syn- tion as a test-reaction for the characteri- thesis. Part 9. Specific site solvent effects zation of metal oxides basicity; compari- in catalytic hydrogenations 95 son with results obtained from Hydrogenation of propyne to propene over methylbutynol decomposition 329 platinum/silica 275 isotope exchange Mode of enantioface-differentiation in the Interaction of CO with Ni? in zeolites and hydrogenation of 2-alkanone over an on alumina _ studied by _ isotopic asymmetrically modified nickel exchange 343 catalyst 333 kinetics hydrogen peroxide decomposition Kinetic and spectroscopic study of the hy- The catalytic effect of some transition drogen-transfer reaction from 2-propanol metal hexamethylenetetramine com- to cyclohexanone catalyzed _ by plexes in hydrogen peroxide [IrH, (pz) (Hpz) (PPh;)2] decomposition 25 (Hpz=pyrazole) 151 Polymer-supported catalysis: oxidation of hydrogen transfer Kinetic and spectroscopic study of the hy- catecholamines by Fe(III) and Cu(II) complexes immobilized to chitosan 177 drogen-transfer reaction from 2-propanol kinetics primary alcohol to cyclohexanone catalyzed by Substituent effects on the rate of dehydro- [IrH, (pz) (Hpz) (PPhs)2] genation of primary and _ secondary (Hpz=pyrazole) 151 alcohols 47 hydrolysis magnesium Homogeneous and heterogeneous estero- Molecular orbital studies in the MgCl,- lytic catalyses of imidazole-containing ethyl benzoate-TiCl, system 137 polymers prepared by molecular imprint- manganese ing of a transition state analogue L21 The catalytic effect of some transition Determination of the rates of formation metal hexamethylenetetramine com- and hydrolysis of the Schiff bases formed plexes in hydrogen peroxide by pyridoxal and poly-L-lysine 361 decomposition 25 hydroxylation metal oxides Electrocatalytic functionalization of al- Validity of using isopropanol decomposi- kanes using aqueous platinum salts L11 tion as a test-reaction for the characteri- iridium zation of metal oxides basicity; compari- Kinetic and spectroscopic study of the hy- son with results obtained from drogen-transfer reaction from 2-propanol methylbutynol decomposition 329 to cyclohexanone catalyzed by methanesulphonic acid [IrH, (pz) (Hpz) (PPhs)2] Acidity studies of Eaton’s catalyst, meth- (Hpz=pyrazole) 151 anesulfonic acid-phosphorus iron pentoxide 215 Fe®*-Montmorillonite catalyst for selec- methylbutynol tive nitration of chlorobenzene 33 Validity of using isopropanol decomposi- Heterogeneous photocatalytic oxidation of tion as a test-reaction for the characteri- nitrite over iron-doped TiO, samples 67 zation of metal oxides basicity; compari- Polymer-supported catalysis: oxidation of son with results obtained from catecholamines by Fe(III) and Cu(II) methylbutynol decomposition 329 complexes immobilized to chitosan 177 methyl hydroperoxide Iron pentacarbonyl-catalysed aminome- Why do not 7-co-ordinated diperoxo mo- 378 lybdenum complexes oxidize alkenes? A nitrite theoretical analysis L5 Heterogeneous photocatalytic oxidation of MgAPO5 nitrite over iron-doped TiO, samples 67 Cracking of n-hexane and n-butane over nitrous oxide decomposition SAPO5, MgAPO5 and CoAPO5 263 Role of oxygen vacancies in the decompo- molecular imprinting sition of NO over YBa,Cu,0;_5; and Homogeneous and heterogeneous estero- Gd,CuO, oxide systems 287 lytic catalyses of imidazole-containing NMR spectroscopy polymers prepared by molecular imprint- Kinetic and spectroscopic study of the hy- ing of a transition state analogue 121 drogen-transfer reaction from 2-propanol molybdenum to cyclohexanone catalyzed by Why do not 7-co-ordinated diperoxo mo- [IrH, (pz) (Hpz) (PPhs).] lybdenum complexes oxidize alkenes? A (Hpz=pyrazole) 151 theoretical analysis L5 olefin montmorillonite Catalytic olefin oligomerisation activity of Fe®*+-Montmorillonite catalyst for selec- a series of trialkyl- and triphenylphos- tive nitration of chlorobenzene 33 phine derivatives of the nickel(II) com- Mossbauer spectroscopy plexes of 4-thioxo-2-pentanoate and 2,4- Polymer-supported catalysis: oxidation of pentanedithionate 117 catecholamines by Fe(III) and Cu(II) oligomerisation complexes immobilized to chitosan 177 Catalytic olefin oligomerisation activity of n-butane a series of trialkyl- and triphenylphos- Cracking of n-hexane and n-butane over phine derivatives of the nickel(II) com- SAPO5, MgAPO5 and CoAPO5 ~—=.263 plexes of 4-thioxo-2-pentanoate and 2,4- n-hexane pentanedithionate 117 Cracking of n-hexane and n-butane over ortho-substituted organic nitro compounds SAPO5, MgAPO5 and CoAPO5 ~=-.263 Synthesis of heterocycles via palladium- nickel catalyzed carbonylation of ortho-substi- The catalytic effect of some transition tuted organic nitro compounds in rela- metal hexamethylenetetramine com- tively mild conditions 203 plexes in hydrogen peroxide oxidation decomposition 25 Heterogeneous photocatalytic oxidation of Catalytic olefin oligomerisation activity of nitrite over iron-doped TiO. samples 67 a series of trialkyl- and triphenylphos- Polymer-supported catalysis: oxidation of phine derivatives of the nickel(II) com- catecholamines by Fe(III) and Cu(II) plexes of 4-thioxo-2-pentanoate and 2,4- complexes immobilized to chitosan 177 pentanedithionate 117 co oxidation over Pd/Sn0O, Mode of enantioface-differentiation in the catalyst 297 hydrogenation of 2-alkanone over an oxygen vacancy asymmetrically modified nickel Role of oxygen vacancies in the decompo- catalyst 333 sition of N.O over YBa,Cu,0,_; and Interaction of CO with Ni? in zeolites and Gd,CuO, oxide systems 287 on alumina _ studied by _ isotopic paired interacting orbitals exchange 343 Paired interacting orbitals (PIO) study on nickel catalysis the formation of the active site in Ziegler Catalytic activities of nickel(II) com- catalyst system 243 plexes of a salen analog, [Ni(babp)], in palladium epoxidation of olefins 195 Synthesis of heterocycles via palladium- nitration catalyzed carbonylation of ortho-substi- Fe®*+-Montmorillonite catalyst for selec- tuted organic nitro compounds in rela- tive nitration of chlorobenzene 33 tively mild conditions 203 379 CoO oxidation over Pd/SnO, Hydrogenation of propyne to propene over catalyst 297 platinum/silica 275 Acetoxylation of toluene catalyzed by sup- polyaromatics ported Pd-Sn catalysts 311 Catalytic hydrogenation of polyaromatics pentanedithionate in the presence of f5-0xo-trirhodium ace- Catalytic olefin oligomerisation activity of tate and its silica supported analogue 75 a series of trialkyl- and triphenylphos- poly-L-lysine phine derivatives of the nickel(II) com- Determination of the rates of formation plexes of 4-thioxo-2-pentanoate and 2,4- and hydrolysis of the Schiff bases formed pentanedithionate 117 by pyridoxal and poly-L-lysine 361 peroxo acetic acid polymer catalyst Why do not 7-co-ordinated diperoxo mo- Homogeneous and heterogeneous estero- lybdenum complexes oxidize alkenes? A lytic catalyses of imidazole-containing theoretical analysis L5 polymers prepared by molecular imprint- phosphine derivatives ing of a transition state analogue L21 Catalytic olefin oligomerisation activity of polymerizations a series of trialkyl- and triphenylphos- Molecular orbital studies in the MgCl,- phine derivatives of the nickel(II) com- ethyl benzoate-TiCl, system 137 plexes of 4-thioxo-2-pentanoate and 2,4- 2-propanol pentanedithionate 117 Kinetic and spectroscopic study of the hy- phosphorus pentoxide drogen-transfer reaction from 2-propanol Acidity studies of Eaton’s catalyst, meth- to cyclohexanone catalyzed _ by anesulfonic acid-phosphorus [IrH, (pz) (Hpz) (PPh; )2] pentoxide 215 (Hpz=pyrazole) 151 photocatalysis propene Heterogeneous photocatalytic oxidation of Hydrogenation of propyne to propene over nitrite over iron-doped TiO, samples 67 platinum/silica 275 phthalocyanine complexes propyne Effects of complexation of oppositely Hydrogenation of propyne to propene over charged water-soluble cobaltphthalocy- platinum/silica 275 anines on the catalytic mercaptoethanol pyrazole autoxidation 161 Kinetic and spectroscopic study of the hy- pinacol drogen-transfer reaction from 2-propanol Zeolite catalysts for pinacol to cyclohexanone’ catalyzed _— by rearrangement 39 {IrH.(pz) (Hpz) (PPh;).] piperidine (Hpz=pyrazole) 151 Iron pentacarbonyl-catalysed aminome- pyridoxal thylation of alkenes: some intriguing Determination of the rates of formation observations 223 and hydrolysis of the Schiff bases formed platinum by pyridoxal and poly-L-lysine 361 Electrocatalytic functionalization of al- rare earth compounds kanes using aqueous platinum salts L1i Regioselective acylative cleavage of cyclic Heterogeneous catalysis in organic syn- ethers catalyzed by rare’ earth thesis. Part 9. Specific site solvent effects compounds 357 in catalytic hydrogenations 95 reduction Origin of agglomerates observed in high Stereoselective reduction of disubstituted resolution transmission electron micros- aromatics on colloidal rhodium 107 copy (HRTEM) micrographs of a catalyst regioselective acylative cleavage containing platinum(II) complexes an- Regioselective acylative cleavage of cyclic chored on phosphinated SiO,: computer ethers catalyzed by rare earth simulation of HRTEM images 231 compounds 357 380 rhodium chored on phosphinated SiO,: computer Catalytic hydrogenation of polyaromatics simulation of HRTEM images 231 in the presence of j/3-0xo-trirhodium ace- solvent effects tate and its silica supported analogue 75 Heterogeneous catalysis in organic syn- Stereoselective reduction of disubstituted thesis. Part 9. Specific site solvent effects aromatics on colloidal rhodium 107 in catalytic hydrogenations 95 salen analog square-planar complex Catalytic activities of nickel(II) com- Catalytic activities of nickel(II) complexes of a salen analog, [Ni(babp) ], in plexes of a salen analog, [Ni(babp) ], in epoxidation of olefins 195 epoxidation of olefins 195 SAPO5 stannia Cracking of n-hexane and n-butane over CO oxidation over Pd/Sn0, SAPO5, MgAPO5 and CoAPO5 = 263 catalyst 297 saturation kinetics stereoselectivity Polymer-supported catalysis: oxidation of Stereoselective reduction of disubstituted catecholamines by Fe(III) and Cu(II) aromatics on colloidal rhodium 107 complexes immobilized to chitosan 177 stereospecific sites Schiff base Molecular orbital studies in the MgCl.- Determination of the rates of formation ethyl benzoate-TiCl, system 137 and hydrolysis of the Schiff bases formed supported catalyst by pyridoxal and poly-L-lysine 361 Hydrogenation of propyne to propene over secondary alcohol platinum/silica 275 Substituent effects on the rate of dehydro- co oxidation over Pd/Sn0, genation of primary and _ secondary catalyst 297 alcohols 47 supported catalysts selective oxidation Molecular orbital studies in the MgCl,- Electrocatalytic functionalization of al- ethyl benzoate-TiCl, system 137 kanes using aqueous platinum salts L11 supported metal complexes silica Polymer-supported catalysis: oxidation of Surface complexes formed in V,0;-TiO,- catecholamines by Fe(III) and Cu(II) SiO. catalysts according to *'V and 'H complexes immobilized to chitosan 177 high-resolution solid-state NMR surface complexes data 57 Surface complexes formed in V,0;-Ti0,- Hydrogenation of propyne to propene over SiO, catalysts according to *'V and 'H platinum/silica 275 high-resolution solid-state NMR silica-anchored complexes data 57 Origin of agglomerates observed in high tetrasodium sulphonate ligand resolution transmission electron micros- Effects of complexation of oppositely copy (HRTEM) micrographs of a catalyst charged water-soluble cobaltphthalocy- containing platinum(II) complexes an- anines on the catalytic mercaptoethanol chored on phosphinated SiO,: computer autoxidation 161 simulation of HRTEM images 231 tetra(trimethylammonium) iodide ligand silica supported catalyst Effects of complexation of oppositely Catalytic hydrogenation of polyaromatics charged water-soluble cobaltphthalocy- in the presence of f/3-0xo-trirhodium ace- anines on the catalytic mercaptoethanol tate and its silica supported analogue 75 autoxidation 161 simulation thiols Origin of agglomerates observed in high Effects of complexation of oppositely resolution transmission electron micros- charged water-soluble cobaltphthalocy- copy (HRTEM) micrographs of a catalyst anines on the catalytic mercaptoethanol containing platinum(II) complexes an- autoxidation 161