Journal of Molecular Catalysis A: Chemical 1996: Vol 110 Index

6 Pages·1996·1.9 MB·English

JOURNAL OF
MOLECULAR
CATALYSIS
u¥V1AN:D C31H0ENM ICAL
LSEVIER
Journal of Molecular Catalysis A: Chemical 110 (1996) 243-244
Author Index
Abdi, S.H.R., see Kureshy, R.I. (110) 33 Ganeshpure, P.A., see Samnani, P.B. (110) 89
Akimoto, T., see Yamanaka, I. (110) 119 Guarna, A., see Scarpi, D. (110) 129
Arena, F., Cum, G., Gallo, R. and Parmaliana, A. Hamamoto, M., see Fujibayashi, S.-y. (110) 105
Palladium catalysts supported on oligomeric aramides in the Heller, B., Heller, D. and Oehme, G.
liquid-phase hydrogenation of phenylacetylene (110) 235 Systematic investigations of the photocatalytic alkyne—nitrile
Bacaud, R., see Meriaudeau, P. (110) L177 heterotrimerisation to pyridine (110) 211
Baesjou, P.J., Driessen, W.L., Challa, G. and Reedijk, J. Heller, D., see Heller, B. (110) 211
A kinetic and spectroscopic study on the copper catalyzed Herold, R.H.M., see Crocker, M. (110) L7
oxidative coupling polymerization of 2,6-dimethylphenol. X- Hervé, G., see Bayer, R. (110) 65
ray structure of the catalyst precursor tetrakis( V-methylimid- Hu, C., Chen, Y., Li, P., Min, H., Chen, Y. and Tian, A.
azole )bis(nitrato)copper(ID (110) 195 Temperature-programmed FT-IR study of the adsorption of
Baiker, A., see Bodnar, Z. (110) 55 CO and co-adsorption of CO and H, on Ni/AI,O, (110) 163
Bayer, R., Marchal, C., Liu, F.X., Tézé, A. and Hervé, G. Ishii, Y., see Fujibayashi, S.-y. (110) 105
ESR characterization of V** as a counter-ion of the 12- Itoi, Y., see Tahara, K. (110) L5
molybdophosphate. Influence of thermal treatments (110) 65 Jacobs, P.A., see Sosa, R.C. (110) 141
Bhatt, A.K., see Kureshy, R.I. (110) 33 Jehng, J.-M., Deo, G., Weckhuysen, B.M. and Wachs, I.E.
Bhattacharya, P.K., see Samnani, P.B. (110) 89 Effect of water vapor on the molecular structures of supported
Bodnar, Z., Mallat, T. and Baiker, A. vanadium oxide catalysts at elevated temperatures (110) 41
Oxidation of 2,3,6-trimethylphenol to trimethyl-1,4-benzo- Jwo, J.-J., see Ou, J.-S. (110) 95
quinone with catalytic amount of CuCl, (110) 55 Keim, W., see Britovsek, G.J.P. (110) 77
Bolzacchini, E., Lucini, R., Meinardi, S., Orlandi, M. and Rindone, Khan, N.H., see Kureshy, R.I. (110) 33
B. Kolarié, S. and Sunji¢é, V.
Effect of a proximal substituent on the triruthenium dodecacar- Comparative study of C(2) epimerization of D-glucose and
bonyl-catalyzed reductive carbonylation of nitroarenes (110) D-mannose catalyzed by water soluble organometallic com-
227 plexes with nitrogen ligands (110) 181
Britovsek, G.J.P., Cavell, K.J. and Keim, W. Kolarié, S. and Sunjié, V.
Hemilabile ligands in palladium catalysed C—C linkages: the Comparative study of homogeneous hydrogenation of D-glu-
effect of the donor atom in the codimerisation of styrene with cose and D-mannose catalyzed by water soluble [Ru(tri(m-
ethylene (110) 77 sulfophenyl)phosphine)] complex (110) 189
Cavell, K.J., see Britovsek, G.J.P. (110) 77 Koshy, V.J., see Samnani, P.B. (110) 89
Cenini, S., see Ragaini, F. (110) L171 Kureshy, R.I., Khan, N.H., Abdi, S.H.R. and Bhatt, A.K.
Challa, G., see Baesjou, P.J. (110) 195 Asymmetric catalytic epoxidation of styrene by dissymmetric
Chen, R.-H., see Ou, J.-S. (110) 95 Ma(III) and Ru(III) chiral Schiff base complexes synthesis and
Chen, Y., see Hu, C. (110) 163 physicochemical studies (110) 33
Chen, Y., see Hu, C. (110) 163 Kurtev, K., see Mitkova, M. (110) 25
Choukroun, R., see Trzeciak, A.M. (110) 135 Lardinois, O., see Sosa, R.C. (110) 141
Crocker, M., Emeis, K.A. and Herold, R.H.M. Li, P., see Hu, C. (110) 163
Sulfur dioxide as a chemical probe for titanyl groups in Liu, F.X., see Bayer, R. (110) 65
titanium silicalites (110) L7 Longo, T., see Ragaini, F. (110) L171
Cum, G., see Arena, F. (110) 235 Lucini, R., see Bolzacchini, E. (110) 227
Deo, G., see Jehng, J.-M. (110) 41 Mallat, T., see Bodnar, Z. (110) 55
Driessen, W.L., see Baesjou, P.J. (110) 195 Marchal, C., see Bayer, R. (110) 65
Emeis, K.A., see Crocker, M. (110) L7 Masai, M., see Tahara, K. (110) L5
Fujibayashi, S.-y., Nakayama, K., Hamamoto, M., Sakaguchi, S., Meinardi, S., see Bolzacchini, E. (110) 227
Nishiyama, Y. and Ishii, Y. Menchi, G., see Scarpi, D. (110) 129
An efficient aerobic oxidation of various organic compounds Meriaudeau, P., Bacaud, R., Ngoc Hung, L. and Vu, Anh.T.
catalyzed by mixed addenda heteropolyoxometalates contain- Isomerisation of butene in isobutene on ferrierite catalyst: A
ing molybdenum and vanadium (110) 105 mono- or a bimolecular process? (110) L177
Gallo, R., see Arena, F. (110) 235
244 Author Index
Min, H., see Hu, C. (110) 163 Satish, S., see Samnani, P.B. (110) 89
Mitkova, M., Tomov, A. and Kurtev, K. Scarpi, D., Menchi, G., Occhiato, E.G. and Guarna, A.
A kinetic study of propylene dimerization by binuclear Asymmetric hydrogenation of prochiral ‘y-nitroketones by
nickel—ylide complexes in presence of diethylaluminium chlo- ruthenium complexes (110) 129
ride as cocatalyst (110) 25 Sosa, R.C., Parton, R.F., Neys, P.E., Lardinois, O., Jacobs, P.A.
Nagahara, E., see Tahara, K. (110) L5 and Rouxhet, P.G.
Nakagaki, K., see Yamanaka, I. (110) 119 Surface modification of carbon black by oxidation and its
Nakayama, K., see Fujibayashi, S.-y. (110) 105 influence on the activity of immobilized catalase and iron—
Neys, P.E., see Sosa, R.C. (110) 141 phthalocyanines (110) 141
Ngoc Hung, L., see Meriaudeau, P. (110) L177 Sunjié, V., see Kolarié, S. (110) 181
Nishiyama, S., see Tahara, K. (110) L5 Sunjié, V., see Kolarié, S. (110) 189
Nishiyama, Y., see Fujibayashi, S.-y. (110) 105 Tahara, K., Nagahara, E., Itoi, Y., Nishiyama, S., Tsuruya, S. and
Occhiato, E.G., see Scarpi, D. (110) 129 Masai, M.
Oehme, G., see Heller, B. (110) 211 Liquid phase hydrogenation of carboxylic acid catalyzed by
Ohkubo, K., Urabe, K., Yamamoto, J., Usui, S. and Sagawa, T. supported bimetallic Ru-Sn—alumina catalyst: effects of tin
The role of membrane-promoted multi-point hydrophobic in- compounds in impregnation method (110) L5
teractions between peptide catalysts and enantiomeric sub- Tézé, A., see Bayer, R. (110) 65
strates in highly stereoselective hydrolyses of amino acid Tian, A., see Hu, C. (110) 163
esters (110) LI Tomov, A., see Mitkova, M. (110) 25
Orlandi, M., see Bolzacchini, E. (110) 227 Toniolo, L., see Vavasori, A. (110) 13
Otsuka, K., see Yamanaka, I. (110) 119 Trzeciak, A.M., Ziétkowski, J.J. and Choukroun, R.
Ou, J.-S., Chen, R.-H. and Jwo, J.-J. New bimetallic rhodium—zirconium catalysts for homoge-
Inverse phase transfer catalysis. Kinetics of the pyridine 1- neous olefin hydroformylation (110) 135
oxide-catalyzed reaction of chlorobenzoyl chloride and Tsuruya, S., see Tahara, K. (110) L5
chlorobenzoate ion (110) 95 Tynjala, P. and Pakkanen, T.T.
Pakkanen, T.T., see Tynjala, P. (110) 153 Acidic properties of ZSM-5 zeolite modified with Ba**, Al**
Parmaliana, A., see Arena, F. (110) 235 and La** ion-exchange (110) 153
Parton, R.F., see Sosa, R.C. (110) 141 Urabe, K., see Ohkubo, K. (110) L1
Prati, L. and Rossi, M. Usui, S., see Ohkubo, K. (110) L1
Stepwise oxidation of 1,2-diols resulting from molecular oxy- Vavasori, A. and Toniolo, L.
gen activation by copper (110) 221 Carbon monoxide—ethylene copolymerization catalyzed by a
Ragaini, F., Longo, T. and Cenini, S. Pd(AcO), /dppp/TsOH system: the promoting effect of water
Addition of ethyl urethane to olefins: A new approach to the and of the acid (110) 13
synthesis of aliphatic carbamates (110) L171 Vu, Anh.T., see Meriaudeau, P. (110) L177
Reedijk, J., see Baesjou, P.J. (110) 195 Wachs, I.E., see Jehng, J.-M. (110) 41
Rindone, B., see Bolzacchini, E. (110) 227 Weckhuysen, B.M., see Jehng, J.-M. (110) 41
Rossi, M., see Prati, L. (110) 221 Yamamoto, J., see Ohkubo, K. (110) L1
Rouxhet, P.G., see Sosa, R.C. (110) 141 Yamanaka, I., Akimoto, T., Nakagaki, K. and Otsuka, K.
Sagawa, T., see Ohkubo, K. (110) LI Oxidation and epoxidation of hydrocarbons with O, catalysed
Sakaguchi, S., see Fujibayashi, S.-y. (110) 105 by EuCl, (110) 119
Samnani, P.B., Bhattacharya, P.K., Ganeshpure, P.A., Koshy, V.J. Zidtkowski, J.J., see Trzeciak, A.M. (110) 135
and Satish, S.
Mixed ligand complexes of chromium(III) and iron(II}: syn-
thesis and evaluation as catalysts for oxidation of olefins (1 10)
89
JOURNAL OF
MOLECULAR
CATALYSIS
Eis) ¥IuO¥NV 1AN:D 2C HEMICAL
SEVIER
Journal of Molecular Catalysis A: Chemical 110 (1996) 245-248
Subject Index
Acidity Binuclear complexes
Propylene dimerization; Nickel—ylide complexes; Kinetics
P. (110) 153) (Mitkova, M. (110) 25)
Active site
Cadmium
Titanium; Silicalite; TS-1; Ti-MCM-41 (Crocker, M. (110) L7)
Ethylenamines; Copper; Nickel; Cobalt; Epimerization; Isomeriza-
Adsorption tion (Kolari¢é, S. (110) 181)
FT-IR spectroscopy; Carbon monoxide; Nickel; Alumina (Hu, C.
Carbon black
(110) 163)
Catalase; Cytochrome P-450; Iron—phthalocyanine; Zeolite Y;
Alkynes Oxidation; Dismutation; Hydrophilicity; Cyclohexane (Sosa, R.C.
Photochemical activation; Cobalt(I) complexes; Heterocy- (110) 141)
clotrimerisation; Pyridine-derivatives; Nitriles (Heller, B. (110)
Carbon monoxide
211)
FT-IR spectroscopy; Adsorption; Nickel; Alumina (Hu, C. (110)
Allyl
163)
Codimerisation; Palladium; Styrene; Ethylene; Hemilabile
{Britovsek, G.J.P. (110) 77) Carbonylation; Nitroarenes; Ruthenium (Bolzacchini, E. (110)
227)
Alumina
FT-IR spectroscopy; Adsorption; Carbon monoxide; Nickel (Hu, Carbonylation
C. (110) 163) Carbon monoxide; Nitroarenes; Ruthenium (Bolzacchini, E. (110)
227)
Aluminium
Catalase
(110) 153) Cytochrome P-450; Carbon black; Iron—phthalocyanine; Zeolite
Y; Oxidation; Dismutation; Hydrophilicity; Cyclohexane (Sosa,
Ammonium
R.C. (110) 141)
(Sulfopheny]l)phosphine derivatives; Phosphine derivatives; Ruthe-
nium; Formiates; Sodium; Hydrogenation (Kolari¢é, S$. (110) 189)
Catalyst
Aromatic oligoamides Oxidation; Epoxidation; Chromium; Iron (Samnani, P.B. (110) 89)
Palladium catalysts; Organic matrices; Phenylacetylene hydro-
Cationic complexes
genation; Metal dispersion; Turnover frequency (Arena, F. (110)
Copolymerization; CO; Ethylene; Polyketones; Palladium (Vava-
235)
sori, A. (110) 13)
Asymmetric epoxidation
Chlorobenzoate ion
Epoxidation; Dissymmetric complexes; Schiff bases; Styrene;
Chlorobenzoy! chloride; Pyridine 1-oxide; Inverse phase-transfer
Manganese; Ruthenium (Kureshy, R.I. (110) 33)
catalysis; Kinetics (Ou, J.-S. (110) 95)
Asymmetric hydrogenation
Chlorobenzoy! chloride
y-Nitroketones; Ruthenium complexes; Homogeneous catalysis
Chlorobenzoate ion; Pyridine 1l-oxide; Inverse phase-transfer
(Scarpi, D. (110) 129)
catalysis; Kinetics (Ou, J.-S. (110) 95)
Barium
Chromium
P. (110) 153) Oxidation; Epoxidation; Catalyst; Iron (Samnani, P.B. (110) 89)
Bilayer membrane CO
NMR NOESY; Hydrophobic interaction; Supramolecular cataly- Copolymerization; Ethylene; Polyketones; Cationic complexes;
sis; Stereoselectivity; Hydrolysis (Ohkubo, K. (110) L1) Palladium (Vavasori, A. (110) 13)
Bimetallic complexes Cobalt
Rhodium; Zirconium; Hydroformylation (Trzeciak, A.M. (110) Ethylenamines; Copper; Nickel; Cadmium; Epimerization; Iso-
135) merization (Kolari¢é, S. (110) 181)
246 Subject Index
Cobalt(I) complexes Ethylenamines
Photochemical activation; Heterocyclotrimerisation; Pyridine-de- Copper; Nickel; Cobalt; Cadmium; Epimerization; Isomerization
rivatives; Alkynes; Nitriles (Heller, B. (110) 211) (Kolari¢é, S. (110) 181)
Codimerisation Ethylene
Palladium; Styrene; Ethylene; Allyl; Hemilabile (Britovsek, G.J.P. Copolymerization; CO; Polyketones; Cationic complexes; Palla-
(110) 77) dium (Vavasori, A. (110) 13)
Copolymerization Codimerisation; Palladium; Styrene; Allyl; Hemilabile (Britovsek,
CO; Ethylene; Polyketones; Cationic complexes; Palladium G.J.P. (110) 77)
(Vavasori, A. (110) 13)
Europium
Copper Epoxidation; Oxidation; Rare earth; Monooxygenation (Yamanaka,
Oxidation; Trimethyl benzoquinone; Phenol (Bodnar, Z. (110) 55) I. (110) 119)
Ethylenamines; Nickel; Cobalt; Cadmium; Epimerization; Isomer- Formiates
ization (Kolarié, S. (110) 181) (Sulfophenyl)phosphine derivatives; Phosphine derivatives; Ruthe-
nium; Sodium; Ammonium; Hydrogenation (Kolarié, S. (110)
Reaction mechanism; Kinetics; Dioxygen uptake; Phenol; Oxida-
189)
tion; Imidazole derivatives (Baesjou, P.J. (110) 195)
FT-IR spectroscopy
Oxidation; Diol; a-Diketon; a-Hydroxyacid (Prati, L. (110) 221)
Adsorption; Carbor monoxide; Nickel; Alumina (Hu, C. (110)
Cyclohexane 163)
Catalase; Cytochrome P-450; Carbon black; Iron—phthalocyanine;
Hemilabile
Zeolite Y; Oxidation; Dismutation; Hydrophilicity (Sosa, R.C.
Codimerisation; Palladium; Styrene; Ethylene; Allyl (Britovsek,
(110) 141)
G.J.P. (110) 77)
Cytochrome P-450
Heterocyclotrimerisation
Catalase; Carbon black; Iron—phthalocyanine; Zeolite Y; Oxida-
Photochemical activation; Cobalt(I) complexes; Pyridine-deriva-
tion; Dismutation; Hydrophilicity; Cyclohexane (Sosa, R.C. (110)
tives; Alkynes; Nitriles (Heller, B. (110) 211)
141)
Heteropolyoxometalate
a-Diketon
Molecular oxygen; Oxidation; Molybdovanadophosphate (Fujiba-
Oxidation; Copper; Diol; a-Hydroxyacid (Prati, L. (110) 221)
yashi, S.-y. (110) 105)
Diol
Homogeneous catalysis
Oxidation; Copper; a-Diketon; a-Hydroxyacid (Prati, L. (110)
Asymmetric hydrogenation; y-Nitroketones; Ruthenium com-
221)
plexes (Scarpi, D. (110) 129)
Dioxygen uptake
Hydrotormy lation
Reaction mechanism; Kinetics; Phenol; Oxidation; Copper; Imida-
Bimetallic complexes; Rhodium; Zirconium (Trzeciak, A.M. (110)
zole derivatives (Baesjou, P.J. (110) 195)
135)
Dismutation
Hydrogenation
Catalase; Cytochrome P-450; Carbon black; Iron—phthalocyanine;
(Sulfopheny!)phosphine derivatives; Phosphine derivatives; Ruthe-
Zeolite Y; Oxidation; Hydrophilicity; Cyclohexane (Sosa, R.C.
nium; Formiates; Sodium; Ammonium (Kolarié, S$. (110) 189)
(110) 141)
Ruthenium; Tin; Rosin; Industrial use (Tahara, K. (110) L5)
Dissymmetric complexes
Asymmetric epoxidation; Epoxidation; Schiff bases; Styrene; Hydrolysis
Manganese; Ruthenium (Kureshy, R.1. (110) 33) NMR NOESY; Hydrophobic interaction; Supramolecular cataly-
sis; Bilayer membrane; Stereoselectivity (Ohkubo, K. (110) L1)
Epimerization
Hydrophilicity
Ethylenamines; Copper; Nickel; Cobalt; Cadmium; Isomerization
(Kolarié, S$. (110) 181) Catalase; Cytochrome P-450; Carbon black; Iron—phthalocyanine;
Zeolite Y; Oxidation; Dismutation; Cyclohexane (Sosa, R.C. (110)
Epoxidation
141)
Asymmetric epoxidation; Dissymmetric complexes; Schiff bases;
Hydrophobic interaction
Styrene; Manganese; Ruthenium (Kureshy, R.I. (110) 33)
NMR NOESY; Supramolecular catalysis; Bilayer membrane;
Oxidation; Catalyst; Chromium; Iron (Samnani, P.B. (110) 89)
Stereoselectivity; Hydrolysis (Ohkubo, K. (110) L1)
Europium; Oxidation; Rare earth; Monooxygenation (Yamanaka, a-Hydroxyacid
I. (110) 119) Oxidation; Copper; Diol; a-Diketon (Prati, L. (110) 221)
ESR
Imidazole derivatives
Polyoxometalates; Molybdophosphate; Vanadium (Bayer, R. (110) Reaction mechanism; Kinetics; Dioxygen uptake; Phenol; Oxida-
65) tion; Copper (Baesjou, P.J. (110) 195)
Subject Index
Industrial use Nickel—ylide complexes
Ruthenium; Tin; Hydrogenation; Rosin (Tahara, K. (110) L5) Propylene dimerization; Binuclear complexes; Kinetics (Mitkova,
M. (110) 25)
Inverse phase-transfer catalysis
Chlorobenzoy! chloride; Chlorobenzoate ion; Pyridine 1-oxide; Nitriles
Kinetics (Ou, J.-S. (110) 95) Photochemical activation; Cobalt(I1) complexes; Heterocy-
clotrimerisation; Pyridine-derivatives; Alkynes (Heller, B. (110)
lon-exchange
211)
ZSM-5; Acidity; Lanthanum; Aluminium; Barium (Tynjala, P.
(110) 153) Nitroarenes
Carbon monoxide; Carbonylation; Ruthenium (Bolzacchini, E.
Iron
(110) 227)
Oxidation; Epoxidation; Catalyst; Chromium (Samnani, P.B. (110)
y-Nitroketones
89)
Asymmetric hydrogenation; Ruthenium complexes; Homogeneous
Iron—phthalocyanine catalysis (Scarpi, D. (110) 129)
Catalase; Cytochrome P-450; Carbon black; Zeolite Y; Oxidation;
NMR NOESY
Dismutation; Hydrophilicity; Cyclohexane (Sosa, R.C. (110) 141)
Hydrophobic interaction; Supramolecular catalysis; Bilayer mem-
Isomerization brane; Stereoselectivity; Hydrolysis (Ohkubo, K. (110) L1)
Ethylenamines; Copper; Nickel; Cobalt; Cadmium; Epimerization
Organic matrices
(Kolari¢é, S. (110) 181)
Palladium catalysts; Aromatic oligoamides; Phenylacetylene hy-
drogenation; Metal dispersion; Turnover frequency (Arena, F.
Kinetics
Propylene dimerization; Binuclear complexes; Nickel—ylide com- (110) 235)
plexes (Mitkova, M. (110) 25) Oxidation
Trimethyl benzoquinone; Phenol; Copper (Bodnar, Z. (110) 55)
Chlorobenzoy! chloride; Chlorobenzoate ion; Pyridine 1-oxide;
Inverse phase-transfer catalysis (Ou, J.-S. (110) 95) Epoxidation; Catalyst; Chromium; Iron (Samnani, P.B. (110) 89)
Reaction mechanism; Dioxygen uptake; Phenol; Oxidation; Cop- Molecular oxygen; Heteropolyoxometalate; Molybdovanadophos-
per; Imidazole derivatives (Baesjou, P.J. (110) 195) phate (Fujibayashi, S.-y. (110) 105)
Europium; Epoxidation; Rare earth; Monooxygenation (Yamanaka,
Lanthanum
I. (110) 119)
ZSM-S5; Acidity; Aluminium; Barium; Ion-exchange (Tynjala, P.
(110) 153) Catalase; Cytochrome P-450; Carbon black; Iron—phthalocyanine;
Zeolite Y; Dismutation; Hydrophilicity; Cyclohexane (Sosa, R.C.
Manganese
(110) 141)
Asymmetric epoxidation; Epoxidation; Dissymmetric complexes;
Schiff bases; Styrene; Ruthenium (Kureshy, R.I. (110) 33) Reaction mechanism; Kinetics; Dioxygen uptake; Phenol; Copper;
Imidazole derivatives (Baesjou, P.J. (110) 195)
Metal dispersion
Copper; Diol; a-Diketon; a-Hydroxyacid (Prati, L. (110) 221)
Palladium catalysts; Organic matrices; Aromatic oligoamides;
Phenylacetylene hydrogenation; Turnover frequency (Arena, F. Palladium
(110) 235) Copolymerization; CO; Ethylene; Polyketones; Cationic com-
plexes (Vavasori, A. (110) 13)
Molecular oxygen
Oxidation; Heteropolyoxometalate; Molybdovanadophosphate Codimerisation; Styrene; Ethylene; Allyl; Hemilabile (Britovsek,
(Fujibayashi, S.-y. (110) 105) G.J.P. (110) 77)
Molybdophosphate Palladium catalysts ;
Polyoxometalates; Vanadium; ESR (Bayer, R. (110) 65) Organic matrices; Aromatic oligoamides; Phenylacetylene hydro-
genation; Metal dispersion; Turnover frequency (Arena, F. (110)
Molybdovanadophosphate 235)
Molecular oxygen; Oxidation; Heteropolyoxometalate (Fujiba-
Phenol
yashi, S.-y. (110) 105)
Oxidation; Trimethyl benzoquinone; Copper (Bodnar, Z. (110) 55)
Monooxygenation
Reaction mechanism; Kinetics; Dioxygen uptake; Oxidation; Cop-
Europium; Epoxidation; Oxidation; Rare earth (Yamanaka, I. (110)
per; Imidazole derivatives (Baesjou, P.J. (110) 195)
119)
Phenylacetylene hydrogenation
Nickel
Palladium catalysts; Organic matrices; Aromatic oligoamides;
FT-IR spectroscopy; Adsorption; Carbon monoxide; Alumina (Hu, Metal dispersion; Turnover frequency (Arena, F. (110) 235)
C. (110) 163)
Phosphine derivatives
Ethylenamines; Copper; Cobalt; Cadmium; Epimerization; Iso- (Sulfophenyl)phosphine derivatives; Ruthenium; Formiates;
merization (Kolari¢é, S. (110) 181) Sodium; Ammonium; Hydrogenation (Kolari¢é, S. (110) 189)
248 Subject Index
(Sulfophenyl)phosphine derivatives Stereoselectivity
Phosphine derivatives; Ruthenium; Formiates; Sodium; Ammo- NMR NOESY; Hydrophobic interaction; Supramolecular cataly-
nium; Hydrogenation (Kolarié, S. (110) 189) sis; Bilayer membrane; Hydrolysis (Ohkubo, K. (110) L1)
Photochemical activation
Structure
Cobalt(I) complexes; Heterocyclotrimerisation; Pyridine-deriva-
Water vapor; Vanadium oxide; Supported catalysts (Jehng, J.-M.
tives; Alkynes; Nitriles (Heller, B. (110) 211)
(110) 41)
Polyketones
Styrene
Copolymerization; CO; Ethylene; Cationic complexes; Palladium
Asymmetric epoxidation; Epoxidation; Dissymmetric complexes;
(Vavasori, A. (110) 13)
Schiff bases; Manganese; Ruthenium (Kureshy, R.I. (110) 33)
Polyoxometalates
Codimerisation; Palladium; Ethylene; Allyl; Hemilabile (Britov-
Molybdophosphate; Vanadium; ESR (Bayer, R. (110) 65)
sek, G.J.P. (110) 77)
Propylene dimerization
Supported catalysts
Binuclear complexes; Nickel—ylide complexes; Kinetics (Mitkova,
Water vapor; Structure; Vanadium oxide (Jehng, J.-M. (110) 41)
M. (110) 25)
Pyridine-derivatives Supramolecular catalysis
Photochemical activation; Cobalt(1) complexes; Heterocy- NMR NOESY; Hydrophobic interaction; Bilayer membrane;
clotrimerisation; Alkynes; Nitriles (Heller, B. (110) 211) Stereoselectivity; Hydrolysis (Ohkubo, K. (110) L1)
Pyridine |-oxide Ti-MCM-41
Chlorobenzoy! chloride; Chlorobenzoate ion; Inverse phase-trans- Titanium; Silicalite; TS-1; Active site (Crocker, M. (110) L7)
fer catalysis; Kinetics (Ou, J.-S. (110) 95)
Tin
Rare earth Ruthenium; Hydrogenation; Rosin; Industrial use (Tahara, K.
Europium; Epoxidation; Oxidation; Monooxygenation (Yamanaka, (110) LS)
I. (110) 119)
Titanium
Reaction mechanism
Silicalite; TS-1; Ti-MCM-41; Active site (Crocker, M. (110) L7)
Kinetics; Dioxygen uptake; Phenol; Oxidation; Copper; Imidazole
derivatives (Baesjou, P.J. (110) 195) Trimethyl benzoquinone
Oxidation; Phenol; Copper (Bodnar, Z. (110) 55)
Rhodium
Bimetallic complexes; Zirconium; Hydroformylation (Trzeciak, TS-1
A.M. (110) 135) Titanium; Silicalite; Ti-MCM-41; Active site (Crocker, M. (110)
L7)
Rosin
Ruthenium; Tin; Hydrogenation; Industrial use (Tahara, K. (110)
Turnover frequency
LS)
Palladium catalysts; Organic matrices; Aromatic oligoamides;
Ruthenium Phenylacetylene hydrogenation; Metal dispersion (Arena, F. (110)
235)
Asymmetric epoxidation; Epoxidation; Dissymmetric complexes;
Schiff bases; Styrene; Manganese (Kureshy, R.I. (110) 33)
Vanadium
(Sulfophenyl)phosphine derivatives; Phosphine derivatives; Form- Polyoxometalates; Molybdophosphate; ESR (Bayer, R. (110) 65)
iates; Sodium; Ammonium; Hydrogenation (Kolari¢, S. (110) 189)
Vanadium oxide
Carbon monoxide; Carbonylation; Nitroarenes (Bolzacchini, E. Water vapor; Structure; Supported catalysts (Jehng, J.-M. (110)
(110) 227) 41)
Tin; Hydrogenation; Rosin; Industrial use (Tahara, K. (110) LS)
Water vapor
Structure; Vanadium oxide; Supported catalysts Vlehng, J.-M.
Ruthenium complexes
Asymmetric hydrogenation; y-Nitroketones; Homogeneous cataly- (110) 41)
sis (Scarpi, D. (110) 129)
Zeolite Y
Schiff bases Catalase; Cytochrome P-450; Carbon black; Iron—phthalocyanine;
Asymmetric epoxidation; Epoxidation; Dissymmetric complexes; Oxidation; Dismutation; Hydrophilicity; Cyclohexane (Sosa, R.C.
Styrene; Manganese; Ruthenium (Kureshy, R.I. (110) 33) (110) 141)
Silicalite Zirconium
Titanium; TS-1; Ti-MCM-41; Active site (Crocker, M. (110) L7) Bimetallic complexes; Rhodium; Hydroformylation (Trzeciak,
A.M. (110) 135)
Sodium
(Sulfophenyl)phosphine derivatives; Phosphine derivatives; Ruthe- ZSM-5
nium; Formiates; Ammonium; Hydrogenation (Kolari¢, S. (110)
189) P. (110) 153)