Journal of Molecular Catalysis A: Chemical 1996: Vol 112 Index

11 Pages·1996·2.1 MB·English

JOURNAL OF
MOLECULAR
CATALYSIS
1IuNvO DN7 A: CHEMICAL
E‘VeIT
R Journal of Molecular Catalysis A: Chemical 112 (1996) 483-485
Author Index
Abe, T., Taguchi, F., Yoshida, T., Tokita, S., Schnurpfeil, G., Chen, S.-M.
Wohrle, D. and Kaneko, M. The Catalytic autoxidation of sulfite by supported water-solu-
Electrocatalytic CO, reduction by cobalt octabutoxyphthalo- ble iron porphyrins (112) 277
cyanine coated on graphite electrode (112) 55 Cheong, M., Bae, S.-h. and Lee, K.B.
Aboulayt, A., see Ziolek, M. (112) 125 Phosphorus pentoxide promotion of iridium-catalysed rear-
Adamski, A., see Sojka, Z. (112) 469 rangement of methyl formate in the absence of initial CO
Alper, H., see El Ali, B. (112) 195 pressure (112) 389
Ansari, A., Peral, J., Doménech, X., Rodriguez-Clemente, R. and Chiavetto, L.B., see Bolzacchini, E. (112) 347
Casado, J. Choplin, A., see Leyrit, P. (112) 395
Oxidation of S(IV) to S(VI) under Fenton, photo-Fenton and Choudary, B.M. and Reddy, P.N.
y-FeOOH photocatalized conditions (112) 269 A new alkyl peroxovanadium catalyst for selective oxidation
Augustine, R.L. and Tanielyan, S.K. of nitriles to a-oxo nitriles: A functional mimic of Cyt-P.450
Enantioselective heterogeneous catalysis. 2. Examination of (112) 385
the formation of the individual (R) and (S) lactates in the Deganello, G., see Duca, D. (112) 413
cinchonidine modified platinum hydrogenation of pyruvate Di Serio, M., Iengo, P., Gobetto, R., Bruni, S. and Santacesaria,
(112) 93 E.
Babushkin, D.E., see Sobolev, A.P. (112) 253 Ethoxylation of fatty alcohols promoted by an aluminum
Bae, S.-h., see Cheong, M. (112) 389 alkoxide sulphate catalyst (112) 235
Bal’zhinimaev, B.S., see Pinaeva, L.G. (112) 115 Domen, K., see Maruya, K.-i. (112) 143
Bartok, M., see Martinek, T. (112) 85 Doménech, X., see Ansari, A. (112) 269
Basset, J.-M., see Lesage, P. (112) 303 Duca, D. and Deganello, G.
Basset, J.M., see Lesage, P. (112) 431 Analysis by size exclusion chromatography (SEC) of catalytic
Bianchi, M., see Rosi, L. (112) 367 materials: The fractal properties and the pore size distribution
Bielafski, A., see Dziembaj, R. (112) 423 of pumice (112) 413
Bini, A., see Rosi, L. (112) 367 Durand, R., see Moreau, C. (112) 133
Blaser, H.-U., see Studer, M. (112) 437 Dziembaj, R., Matecka, A., Piwowarska, Z. and Bielafiski, A.
Bolzacchini, E., Chiavetto, L.B., Canevali, C., Morazzoni, F., XPS study of polyaniline supported dodecatungstosilicic acid
Orlandi, M. and Rindone, B. catalyst (112) 423
Oxidation of propenoidic phenols catalysed by N,N’-ethylen- El Ali, B., Vasapollo, G. and Alper, H.
ebis(salicylideneiminato)cobalt(II) [Cosalen]: reactivity and A novel Rh-PCy,-CO-HCOOH catalytic system for the
spectroscopic studies (112) 347 regioselective conversion of alkenes to aldehydes (112) 195
Borst, L., see Wehman, P. (112) 23 Flodstrém, A.S., see Lu, H. (112) 447
Bréhéret, A., see Pinel, C. (112) L157 Flodstrém, A.S., see Lu, H. (112) 459
Bruni, S., see Di Serio, M. (112) 235 Fort, Y., Silvestri, A. and Graindorge, H.
Budneva, A.A., see Pinaeva, L.G. (112) 115 Unprecedented effects of solvent and temperature of prepara-
Camus, A., Garozzo, M.S., Marsich, N. and Mari, M. tion on hydrosilylating properties of alumina-supported plat-
Oxidative coupling of 2,6-dimethylphenol to polyphenylene inum catalyst (112) 311
ether catalyzed by a dinuclear Cu(I])dihydroxo-diiodo com- Fraile, J.M., see Cativiela, C. (112) 259
plex of 2,2’-dipyridylamine (112) 353 Francis, J.W. and Henry, P.M.
Candy, J.-P., see Lesage, P. (112) 303 Palladium(II)-catalyzed exchange and isomerization reactions.
Candy, J.P., see Lesage, P. (112) 431 XVI. The kinetics and stereochemistry of the oxidation and
Canevali, C., see Bolzacchini, E. (112) 347 isomerization of hexafluoro allylic alcohols in aqueous solu-
Casado, J., see Ansari, A. (112) 269 tion catalyzed by PdCl,(pyridine)~ (112) 317
Cativiela, C., Fraile, J.M., Garcia, J.I. and Mayoral, J.A. Frediani, P., see Rosi, L. (112) 367
A new titanium-silica catalyst for the epoxidation of alkenes Freidanck, F., see Kaminsky, W. (112) 37
(112) 259 Ganzerla, R., see Storaro, L. (112) 43
Che, M., see Sojka, Z. (112) 469 Garcia, J.1., see Cativiela, C. (112) 259
484 Author Index
Garozzo, M.S., see Camus, A. (112) 353 Likholobov, V.A., see Moroz, B.L. (112) 217
Gendreau-Diaz, N., see Pinel, C. (112) L157 Liu, C., Ye, X., Zhan, R. and Wu, Y.
Geneste, P., see Moreau, C. (112) 133 Phenol hydroxylation by iron(I)phenanthroline: The reaction
Gobetto, R., see Di Serio, M. (112) 235 mechanism (112) 15
Graindorge, H., see Fort, Y. (112) 311 Liu, C.-Y., see Hung, W.-H. (112) 1
Hada, M., see Zhanpeisov, N.U. (112) 63 Liu, H., see Yu, W. (112) 105
Haraoka, T., see Maruya, K.-i. (112) 143 Lovas, A., see Martinek, T. (112) 85
Henry, P.M., see Francis, J.W. (112) 317 Lu, H., Pradier, C.-M. and Flodstrém, A.S.
Hirigoyen, C., see Lesage, P. (112) 303 Catalytic reduction of nitric oxide on copper. Part I (112) 447
Hirigoyen, C., see Lesage, P. (112) 431 Lu, H., Pradier, C.-M. and Flodstrém, A.S.
Ho, Y.-S., Wang, C.-B. and Yeh, C.-T. Catalytic reduction of nitric oxide over copper. Part II: Influ-
Calorimetric study on interaction of dioxygen with alumina ence of sulfur dioxide (112) 459
supported palladium (112) 287 Matecka, A., see Dziembaj, R. (112) 423
Hu, C.-C., see Hung, W.-H. (112) 1 Mari, M., see Camus, A. (112) 353
Huang, L. Marsich, N., see Camus, A. (112) 353
IR studies on the preservation of RhCo, clusters on the Martinek, T., Molnar, A., Katona, T., Bart6k, M. and Lovas, A.
surface of SiO, (112) 69 Amorphous alloy catalysis IX. Isomerization and hydrogena-
Humblot, F., see Lesage, P. (112) 303 tion of allyl alcohol over an amorphous copper—zirconium
Humblot, F., see Lesage, P. (112) 431 alloy (112) 85
Hung, W.-H., Hu, C.-C. and Liu, C.-Y. Maruya, K.-i., Takasawa, A., Haraoka, T., Domen, K. and Onishi,
Hydrolysis catalyzed with a resin containing histidine groups ¥.
(112) 1 Role of methoxide species in isobutene formation from CO
Hwang, C.-P. and Yeh, C.-T. and H, over oxide catalystsMethoxide species in isobutene
Platinum—oxide species formed by oxidation of platinum crys- formation (112) 143
tallites supported on alumina (112) 295 Mayoral, J.A., see Cativiela, C. (112) 259
Tengo, P., see Di Serio, M. (112) 235 McGill, C., see Leyrit, P. (112) 395
Ishida, H. and Seri, K.-i. Miura, M., see Satoh, T. (112) 211
Catalytic activity of lanthanoide(III) ions for dehydration of Molnar, A., see Martinek, T. (112) 85
D-glucose to 5-(hydroxymethy])furfural (112) L163 Morazzoni, F., see Bolzacchini, E. (112) 347
Jaroszewski, M., see Szymafiska-Buzar, T. (112) 203 Moreau, C., Durand, R., Geneste, P. and Mseddi, S.
Kamer, P.C.J., see Wehman, P. (112) 23 Determination of the acid strength of solid catalysts in water
Kaminsky, W., Schauwienold, A.-M. and Freidanck, F. by means of a kinetic tracer (112) 133
Photoinduced rac/meso interconversions of bridged bis(inde- Moroz, B.L., Moudrakovski, I.L. and Likholobov, V.A.
nyl) zirconium dichlorides (112) 37 Heterogenized catalysts for olefin hydroformylation containing
Kaneko, M., see Abe, T. (112) 55 cobalt and palladium—cobalt complexes anchored on phosphi-
Katona, T., see Martinek, T. (112) 85 nated SiO,: a °C solid-state NMR study (112) 217
Kilner, M. and Winter, N.J. Moudrakovski, I.L., see Moroz, B.L. (112) 217
Studies of the rhodium iodide catalysed hydrocarboxylation of Mseddi, S., see Moreau, C. (112) 133
ethene (112) 327 Nakatsuji, H., see Zhanpeisov, N.U. (112) 63
Korchowiec, J., see Nalewajski, R.F. (112) 167 Nalewajski, R.F. and Korchowiec, J.
Kujawa, J., see Ziolek, M. (112) 125 Charge response study of the toluene-[V,0;] chemisorption
Lavalley, J.C., see Ziolek, M. (112) 125 clusters: Two reactant approach (112) 167
Leconte, M., see Lesage, P. (112) 303 Nomura, M., see Satoh, T. (112) 211
Lee, K.B., see Cheong, M. (112) 389 Onishi, T., see Maruya, K.-i. (112) 143
Lemaire, M., see Pinel, C. (112) L157 Orlandi, M., see Bolzacchini, E. (112) 347
Lenarda, M., see Storaro, L. (112) 43 Paukshtis, E.A., see Pinaeva, L.G. (112) 115
Lesage, P., Candy, J.-P., Hirigoyen, C., Humblot, F., Leconte, M. Peral, J., see Ansari, A. (112) 269
and Basset, J.-M. Pinaeva, L.G., Suknev, A.P., Budneva, A.A., Paukshtis, E.A. and
An example of the valorization of terpenes: The selective Bal’zhinimaev, B.S.
isomerization of 3-carene to 2-carene in the presence of silica On the role of oxygen in the reaction of NO reduction by NH,
supported nickel catalysts modified by tetrabutyl tin (112) 303 over monolayer V,0;—TiO, catalyst (112) 115
Lesage, P., Candy, J.P., Hirigoyen, C., Humblot, F. and Basset, Pinel, C., Gendreau-Diaz, N., Bréhéret, A. and Lemaire, M.
J.M. Asymmetric hydrogenation of a-keto ester with diamine-com-
Selective dehydrogenation of dipentene ( R-(+ )-limonene) into plexed metal (112) L157
paracymene on silica supported palladium assisted by a-olefins Piwowarska, Z., see Dziembaj, R. (112) 423
as hydrogen acceptor (112) 431 Pradier, C.-M., see Lu, H. (112) 447
Leyrit, P., McGill, C., Quignard, F. and Choplin, A. Pradier, C.-M., see Lu, H. (112) 459
A novel heterogeneous molecular catalyst for the Meerwein-— Quignard, F., see Leyrit, P. (112) 395
Ponndorf—Verley and Oppenauer reactions (112) 395 Reddy, P.N., see Choudary, B.M. (112) 385
Li, Z., see Zhang, J.Z. (112) 9 Righini, G., see Storaro, L. (112) 43
Author Index
Rindone, B., see Bolzacchini, E. (112) 347 Taguchi, F., see Abe, T. (112) 55
Rodriguez-Clemente, R., see Ansari, A. (112) 269 Takasawa, A., see Maruya, K.-i. (112) 143
Roessner, F. and Roland, U. Talsi, E.P., see Sobolev, A.P. (112) 253
Hydrogen spillover in bifunctional catalysis (112) 401 Tanielyan, S.K., see Augustine, R.L. (112) 93
Roland, U., see Roessner, F. (112) 401 Tokita, S., see Abe, T. (112) 55
Rosi, L., Bini, A., Frediani, P., Bianchi, M. and Salvini, A. Van Leeuwen, P.W.N.M., see Wehman, P. (112) 23
Functionalized phosphine substituted cobalt carbonyls. Synthe- Vasapollo, G., see El Ali, B. (112) 195
sis, characterization and catalytic activity in the hydroformyla- Wang, C.-B., see Ho, Y.-S. (112) 287
tion of olefins (112) 367 Wang, C.Y., see Zhang, J.Z. (112) 9
Salvini, A., see Rosi, L. (112) 367 Wang, H., see Zhang, J.Z. (112) 9
Santacesaria, E., see Di Serio, M. (112) 235 Wang, Y., see Yu, W. (112) 105
Satoh, T., Miura, M. and Nomura, M. Wehman, P., Borst, L., Kamer, P.CJ. and Van Leeuwen,
Palladium-catalyzed arylation of secondary allylic alcohols in P.W.N.M.
the presence of copper(II)triflate and triphenylphosphine: Se- Influence of an aromatic carboxylic acid as cocatalyst in the
lective synthesis of B-aryl-a,B-unsaturated ketones (112) 211 palladium-catalysed reductive carbonylation of aromatic nitro
Saur, O., see Ziolek, M. (112) 125 compounds (112) 23
Schauwienold, A.-M., see Kaminsky, W. (112) 37 Wilgocki, M., see Szymafiska-Buzar, T. (112) 203
Schnurpfeil, G., see Abe, T. (112) 55 Winter, N.J., see Kilner, M. (112) 327
Seri, K.-i., see Ishida, H. (112) L163 Wohrle, D., see Abe, T. (112) 55
Shubin, A.A., see Sobolev, A.P. (112) 253 Wu, Y., see Liu, C. (112) 15
Silvestri, A., see Fort, Y. (112) 311 Ye, X., see Liu, C. (112) 15
Sobolev, A.P., Babushkin, D.E., Shubin, A.A. and Talsi, E.P. Yeh, C.-T., see Ho, Y.-S. (112) 287
EPR and 'H NMR spectroscopic characterization of the ferric Yeh, C.-T., see Hwang, C.-P. (112) 295
species formed in the iron picolinate /(pyridine /acetic Yoshida, T., see Abe, T. (112) 55
acid)/HOOH catalytic system for the direct ketonization of Yu, W., Wang, Y., Liu, H. and Zheng, W.
methylenic carbons (112) 253 Preparation and characterization of polymer-protected Pt/Co
Sojka, Z., Adamski, A. and Che, M. bimetallic colloids and their catalytic properties in the selec-
Use of phosphines as versatile molecular probes for studying tive hydrogenation of cinnamaldehyde (112) 105
the coordination states of molybdenum ions in Mo/SiO, Zanoni, R., see Storaro, L. (112) 43
catalysts by EPR (112) 469 Zhan, R., see Liu, C. (112) 15
Storaro, L., Ganzerla, R., Lenarda, M., Zanoni, R. and Righini, G. Zhang, J.Z., Li, Z., Wang, H. and Wang, C.Y.
Highly selective vapor phase propene hydroformylation cat- Homogeneous catalytic synthesis of formic acid (salts) by
alyzed by Rh/B and Rh—-Co/B systems on silica (112) 43 hydrogenation of CO, with H, in the presence of ruthenium
Studer, M. and Blaser, H.-U. species (112) 9
Influence of catalyst type, solvent, acid and base on the Zhanpeisov, N.U., Nakatsuji, H. and Hada, M.
selectivity and rate in the catalytic debenzylation of 4-chloro- Cluster quantum-chemical MINDO/3 study of the nature of
N,N-dibenzyl aniline with Pd/C and H, (112) 437 hydroxyl groups on a calcium oxide surface (112) 63
Suknev, A.P., see Pinaeva, L.G. (112) 115 Zheng, W., see Yu, W. (112) 105
Szymanska-Buzar, T., Jaroszewski, M., Wilgocki, M. and Ziolek, M., Kujawa, J., Saur, O., Aboulayt, A. and Lavalley, J.C.
Zidtkowski, J.J. Influence of sulfur dioxide adsorption on the surface proper-
Reactivity of bis(alkene)tetracarbonyl complexes of tungsten: ties of metal oxides (112) 125
evidence for alkene to t-allyl hydride rearrangement (112) Zidtkowski, J.J., see Szymafska-Buzar, T. (112) 203
203

JOURNAL OF
MOLECULAR
CATALYSIS
yIYOVN1 IAN:O ZC HEMICAL
Journal of Molecular Catalysis A: Chemical 112 (1996) 487-492
Subject Index
a, B-unsaturated ketones Arylation
Arylation; Allylic alcohols; Palladium; Copper triflate (Satoh, T. Allylic alcohols; a, 8-unsaturated ketones; Palladium; Copper tri-
(112) 211) flate (Satoh, T. (112) 211)
Acetals Asymmetric hydrogenation
Zeolites; Resins; Acidity; Hydrolysis (Moreau, C. (112) 133) Diamine ligands; Cyclodextrin (Pinel, C. (112) L157)
Acetic acid Benzyl cyanides
Methy] formate; Phosphorus pentoxide; Iridium catalyst (Cheong, Alkyl peroxovanadium complex; Catalytic oxidation; Aroyl
M. (112) 389) cyanides; Peroxo benzyl cyanides (Choudary, B.M. (112) 385)
Acid—base properties Bifunctional catalysis
SO, adsorption; Metal oxides; IR spectroscopy; Catalytic activity Reaction mechanism; Hydrogen spillover; Cyclohexane conver-
(Ziolek, M. (112) 125) sion (Roessner, F. (112) 401)
Acidic cocatalysts Bis(alkene) complexes
Nitro compounds; Palladium catalyst; Nitrogen ligands; Reductive t-Allyl hydride intermediate; Isomerization; Metathesis; Tungsten
carbonylation (Wehman, P. (112) 23) (Szymafiska-Buzar, T. (112) 203)
Acidity Boron
Zeolites; Resins; Hydrolysis; Acetals (Moreau, C. (112) 133) Silica; Propene; Hydroformylation; Rhodium; Cobalt (Storaro, L.
Alcohol oxidation (112) 43)
Hydrogen transfer reduction; Silica supported zirconium catalysts; Calcium oxide
Ketone reduction (Leyrit, P. (112) 395) Water; Hydroxyl group stretching frequencies; MINDO/3 study
Aldehydes (Zhanpeisov, N.U. (112) 63)
Rhodium: Carbon monoxide; Formic acid; Regioselectivity; Calorimetry
Alkene conversion (El Ali, B. (112) 195) Heat of adsorption; Heat of oxidation; Enthalpy of PdO formation;
Alkene conversion Phenomena of oxidation (Ho, Y.-S. (112) 287)
Rhodium: Carbon monoxide; Formic acid; Regioselectivity; Alde- Carbon dioxide hydrogenation
hydes (El Ali, B. (112) 195) Formic acid; Ruthenium chloride; Ruthenium complexes (Zhang,
Alkyl peroxovanadium complex J.Z. (112) 9)
Catalytic oxidation: Benzyl cyanides; Aroyl cyanides; Peroxo Carbon monoxide
benzyl! cyanides (Choudary, B.M. (112) 385) Rhodium; Formic acid; Regioselectivity; Alkene conversion;
Allyl alcohol Aldehydes (El Ali, B. (112) 195)
Isomerization; Hydrogenation; Amorphous alloy; Copper— Carbony|
zirconium; Copper; Propanal; |-propanol; Selectivity (Martinek, Hydroformylation; Cobalt; Functionalized phosphine; Catalysis;
T. (112) 85) Homogeneous; Olefin (Rosi, L. (112) 367)
m-Allyl hydride intermediate Carene isomerization
Isomerization: Metathesis: Tungsten: Bis(alkene) complexes (Szy- Ni/SiO, catalyst; Tetra-n-butyl tin modified catalyst; Surface
mafiska-Buzar, T. (112) 203) organometallic chemistry (Lesage, P. (112) 303)
Allylic alcohols Catalysis
Arylation: a@,B-unsaturated ketones: Palladium: Copper triflate Hydroformylation; Cobalt: Carbonyl; Functionalized phosphine;
(Satoh, T. (112) 211) Homogeneous; Olefin (Rosi, L. (112) 367)
Aluminium catalysts Catalyst
Ethoxylation: Fatty alcohols (Di Serio. M. (112) 235) Lanthanoide: Glucose: Furfural (Ishida, H. (112) L163)
Amorphous alloy Catalyst support characterization
Isomerization; Hydrogenation; Ally! alcohol: Copper—zirconium: Size exclusion chromatography; Pumice; Metal supported catalyst;
Copper: Propanal; |-propanol: Selectivity (Martinek, T. (112) 85) Surface (Duca, D. (112) 413)
Anchored complexes Catalytic activity
'SC NMR: Cobalt: Ethylene: Hydroformylation: Mechanism: Pal- Acid—base properties; SO, adsorption; Metal oxides; IR spec-
iadium: Phosphinated silica (Moroz, B.L. (112) 217) troscopy (Ziolek, M. (112) 125)
Aroyl cyanides Catalytic debenzylation
Alkyl peroxovanadium complex: Catalytic oxidation: Benzyl Pd/C: Chemoselectivity; Kinetic analysis; Influence of reaction
cyanides: Peroxo benzyl! cyanides (Choudary, B.M. (112) 385) parameters (Studer, M. (112) 437)
488 Subject Index
Catalytic mechanism Cyclodextrin
Electrocatalytic CO, reduction; Cobalt octabutoxyphthalocyanine; Asymmetric hydrogenation; Diamine ligands (Pinel, C. (112)
Potential-step chronoamperospectroscopy (PSCAS) (Abe, T. (112) L157)
55) Cyclohexane
Catalytic oxidation Ferric peroxo complexes; EPR; NMR; Oxidation (Sobolev, A.P.
Alkyl peroxovanadium complex; Benzyl cyanides; Aroyl cyanides; (112) 253)
Peroxo benzyl cyanides (Choudary, B.M. (112) 385) Cyclohexane conversion
Chemoselectivity Bifunctional catalysis; Reaction mechanism; Hydrogen spillover
Catalytic debenzylation; Pd/C; Kinetic analysis; Influence of (Roessner, F. (112) 401)
reaction parameters (Studer, M. (112) 437) Dehydrogenation
Cinchona alkaloid modifiers R-(+)-limonene; Paracymene; Pd/SiO,; Hydrogen transfer reac-
Enantioselective hydrogenation; Pyruvate hydrogenation (Augus- tion (Lesage, P. (112) 431)
tine, R.L. (112) 93) Diamine ligands
Cinnamaldehyde Asymmetric hydrogenation; Cyclodextrin (Pinel, C. (112) L157)
Pt /Co bimetallic colloid; Selective hydrogenation (Yu, W. (112) 2,6-dimethylphenol oxidation
105) Dinuclear Cu(IDdihydroxo complexes; Homogeneous catalysis;
‘SC NMR Polyphenylene ether (Camus, A. (112) 353)
Anchored complexes; Cobalt; Ethylene; Hydroformylation; Mech- Dinuclear Cu(ID)dihydroxo complexes
anism; Palladium; Phosphinated silica (Moroz, B.L. (112) 217) 2,6-dimethylphenol oxidation; Homogeneous catalysis;
Cobalt Polyphenylene ether (Camus, A. (112) 353)
Silica; Propene; Hydroformylation; Rhodium; Boron (Storaro, L. Electrocatalytic CO, reduction
(112) 43) Cobalt octabutoxyphthalocyanine; Catalytic mechanism;
Anchored complexes; ‘°C NMR; Ethylene; Hydroformylation; Potential-step chronoamperospectroscopy (PSCAS) (Abe, T. (112)
Mechanism; Palladium; Phosphinated silica (Moroz, B.L. (112) 55)
217) Enantioselective hydrogenation
Hydroformylation; Carbonyl; Functionalized phosphine; Catalysis; Pyruvate hydrogenation; Cinchona alkaloid modifiers (Augustine,
Homogeneous; Olefin (Rosi, L. (112) 367) R.L. (112) 93)
Cobalt octabutoxyphthalocyanine Enthalpy of PdO formation
Electrocatalytic CO, reduction; Catalytic mechanism; Potential- Calorimetry; Heat of adsorption; Heat of oxidation; Phenomena of
step chronoamperospectroscopy (PSCAS) (Abe, T. (112) 55) oxidation (Ho, Y.-S. (112) 287)
CO hydrogenation Environment
Oxide catalysts; /sobutene formation; "°C tracer study (Maruya, NO reduction; Copper; Hydrocarbon oxidation; Surface character-
K.-i. (112) 143) ization (Lu, H. (112) 447)
Coordination state Nitric oxide reduction; Sulfur dioxide; Copper; Isobutene; X-ray
EPR; SiO,; Mo** ions; Phosphines; Molecular probes (Sojka, Z. photoelectron spectroscopy (Lu, H. (112) 459)
(112) 469) Epoxidation
Copper Titanium silica; TBHP; Non-activated alkenes (Cativiela, C. (112)
Isomerization; Hydrogenation; Allyl alcohol; Amorphous alloy; 259)
Copper—zirconium; Propanal; |-propanol; Selectivity (Martinek, EPR
T. (112) 85) Ferric peroxo complexes; NMR; Oxidation; Cyclohexane (Sobo-
NO reduction; Environment; Hydrocarbon oxidation; Surface lev, A.P. (112) 253)
characterization (Lu, H. (112) 447) Coordination state; SiO,; Mo°* ions; Phosphines; Molecular
Nitric oxide reduction; Sulfur dioxide; Isobutene; X-ray photo- probes (Sojka, Z. (112) 469)
electron spectroscopy; Environment (Lu, H. (112) 459) EPR study
Copper triflate Cosalen; Phenol; Oxidation (Bolzacchini, E. (112) 347)
Arylation; Allylic alcohols; @,B-unsaturated ketones; Palladium Ethene hydrocarboxylation
(Satoh, T. (112) 211) Propanoic acid; Rhodium iodide (Kilner, M. (112) 327)
Copper—zirconium Ethoxylation
Isomerization; Hydrogenation; Allyl alcohol; Amorphous alloy; Fatty alcohols; Aluminium catalysts (Di Serio, M. (112) 235)
Copper; Propanal; 1-propanol; Selectivity (Martinek, T. (112) 85) Ethylene
Cosalen Anchored complexes; '5C NMR; Cobalt; Hydroformylation;
Phenol; Oxidation; EPR study (Bolzacchini, E. (112) 347) Mechanism; Palladium; Phosphinated silica (Moroz, B.L. (112)
"°C tracer study 217)
CO hydrogenation; Oxide catalysts; /sobutene formation (Maruya, Fatty alcohols
K.-i. (112) 143) Ethoxylation; Aluminium catalysts (Di Serio, M. (112) 235)
Cumene cracking Fenton reactions
Heteropolyacid; Keggin unit; Polymer; Polyaniline; XPS Oxidation; Sulphur; Photocatalysis; Iron; Peroxide (Ansari, A.
(Dziembaj, R. (112) 423) (112) 269)
Subject Index
Ferric peroxo complexes Hydrosilylating properties
EPR; NMR; Oxidation; Cyclohexane (Sobolev, A.P. (112) 253) Platinum /alumina; Solvent effects; Temperature effects (Fort, Y.
Formic acid (112) 311)
Carbon dioxide hydrogenation; Ruthenium chloride; Ruthenium Hydroxyl group stretching frequencies
complexes (Zhang, J.Z. (112) 9) Calcium oxide; Water; MINDO/ 3 study (Zhanpeisov, N.U. (112)
Rhodium; Carbon monoxide; Regioselectivity; Alkene conversion; 63)
Aldehydes (El Ali, B. (112) 195) Influence of reaction parameters
Functionalized phosphine Catalytic debenzylation; Pd/C; Chemoselectivity; Kinetic analy-
Hydroformylation; Cobalt; Carbonyl; Catalysis; Homogeneous; sis (Studer, M. (112) 437)
Olefin (Rosi, L. (112) 367) Iridium catalyst
Furfural Methyl formate; Acetic acid; Phosphorus pentoxide (Cheong, M.
Lanthanoide; Catalyst; Glucose (Ishida, H. (112) L163) (112) 389)
Glucose Iron
Lanthanoide; Catalyst; Furfural (Ishida, H. (112) L163) Oxidation; Sulphur; Fenton reactions; Photocatalysis; Peroxide
Graphic plot (Ansari, A. (112) 269)
TPR; TPD; Platinum oxide (Hwang, C.-P. (112) 295) Iron(II)-1,10-phenanthroline
Heat of adsorption Phenol hydroxylation; Radical substitution (Liu, C. (112) 15)
Calorimetry; Heat of oxidation; Enthalpy of PdO formation; Phe- IR spectroscopy
nomena of oxidation (Ho, Y.-S. (112) 287) SCR reaction; Vanadia monolayer; Transient response technique
Heat of oxidation (Pinaeva, L.G. (112) 115)
Calorimetry; Heat of adsorption; Enthalpy of PdO formation; Acid—base properties; SO, adsorption; Metal oxides; Catalytic
Phenomena of oxidation (Ho, Y.-S. (112) 287) activity (Ziolek, M. (112) 125)
Heteropolyacid Isobutene
Keggin unit; Polymer; Polyaniline; Cumene cracking; XPS Nitric oxide reduction; Sulfur dioxide; Copper; X-ray photoelec-
(Dziembaj, R. (112) 423) tron spectroscopy; Environment (Lu, H. (112) 459)
Histidine-containing resin Jsobutene formation
Hydrolysis; p-Nitropheny! acetate (Hung, W.-H. (112) 1) CO hydrogenation; Oxide catalysts; °C tracer study (Maruya,
Homogeneous K.-i. (112) 143)
Hydroformylation; Cobalt; Carbonyl; Functionalized phosphine; Isomerization
Catalysis; Olefin (Rosi, L. (112) 367) Hydrogenation; Allyl alcohol; Amorphous alloy; Copper—
Homogeneous catalysis zirconium; Copper; Propanal; 1-propanol; Selectivity (Martinek,
2,6-dimethylphenol oxidation; Dinuclear Cu(IDdihydroxo com- T. (112) 85)
plexes; Polyphenylene ether (Camus, A. (112) 353) m-Allyl hydride intermediate; Metathesis; Tungsten; Bis(alkene)
Hydrocarbon oxidation complexes (Szymafiska-Buzar, T. (112) 203)
NO reduction; Copper; Environment; Surface characterization (Lu, Wacker; Oxidation; Stereochemistry; Modified catalyst; Palla-
H. (112) 447) dium(ID (Francis, J.W. (112) 317)
Hydroformylation Keggin unit
Silica; Propene; Rhodium; Cobalt; Boron (Storaro, L. (112) 43) Heteropolyacid; Polymer; Polyaniline; Cumene cracking; XPS
Anchored complexes; '°C NMR; Cobalt; Ethylene; Mechanism; (Dziembaj, R. (112) 423)
Pailadium; Phosphinated silica (Moroz, B.L. (112) 217) Ketone reduction
Cobalt; Carbonyl; Functionalized phosphine; Catalysis; Homoge- Hydrogen transfer reduction; Silica supported zirconium catalysts;
neous; Olefin (Rosi, L. (112) 367) Alcohol oxidation (Leyrit, P. (112) 395)
Hydrogenation Kinetic analysis
Isomerization; Allyl alcohol; Amorphous alloy; Copper— Catalytic debenzylation; Pd/C; Chemoselectivity; Influence of
zirconium; Copper; Propanal; !-propanol; Selectivity (Martinek, reaction parameters (Studer, M. (112) 437)
T. (112) 85) Lanthanoide
Hydrogen spillover Catalyst; Glucose; Furfural (Ishida, H. (112) L163)
Bifunctional catalysis; Reaction mechanism; Cyclohexane conver- Mechanism
sion (Roessner, F. (112) 401) Anchored complexes; '5C NMR; Cobalt; Ethylene; Hydroformyla-
Hydrogen transfer reaction tion; Palladium; Phosphinated silica (Moroz, B.L. (112) 217)
R-(+ )-limonene; Dehydrogenation; Paracymene; Pd/SiO, Metallocenes
(Lesage, P. (112) 431) Stability; Photoconversion; Olefin polymerization (Kaminsky, W.
Hydrogen transfer reduction (112) 37)
Silica supported zirconium catalysts; Alcohol oxidation; Ketone Metal oxides
reduction (Leyrit, P. (112) 395) Acid—base properties; SO, adsorption; IR spectroscopy; Catalytic
Hydrolysis activity (Ziolek, M. (112) 125)
Histidine-containing resin; p-Nitrophenyl acetate (Hung, Metal supported catalyst
(112) 1) Size exclusion chromatography; Catalyst support characterization;
Zeolites; Resins; Acidity; Acetals (Moreau, C. (112) 133) Pumice; Surface (Duca, D. (112) 413)
490 Subject Index
Metathesis Palladium catalyst
m-Allyl hydride intermediate; Isomerization; Tungsten; Bis(al- Acidic cocatalysts; Nitro compounds; Nitrogen ligands; Reductive
kene) complexes (Szymafska-Buzar, T. (112) 203) carbonylation (Wehman, P. (112) 23)
Methyl] formate Paracymene
Acetic acid; Phosphorus pentoxide; Iridium catalyst (Cheong, M. R-(+ )-limonene; Dehydrogenation; Pd/SiO,; Hydrogen transfer
(112) 389) reaction (Lesage, P. (112) 431)
MINDO/ 3 study Pd/C
Calcium oxide; Water; Hydroxyl group stretching frequencies Catalytic debenzylation; Chemoselectivity; Kinetic analysis; Influ-
(Zhanpeisov, N.U. (112) 63) ence of reaction parameters (Studer, M. (112) 437)
Modified catalyst Pd/SiO,
Wacker; Isomerization; Oxidation; Stereochemistry; Palladium(II) R-(+ )-limonene; Dehydrogenation; Paracymene; Hydrogen trans-
(Francis, J.W. (112) 317) fer reaction (Lesage, P. (112) 431)
Mo** ions Peroxide
EPR; Coordination state; SiO,; Phosphines; Molecular probes Oxidation; Sulphur; Fenton reactions; Photocatalysis; Iron (Ansari,
(Sojka, Z. (112) 469) A. (112) 269)
Molecular probes Peroxo benzyl cyanides
EPR; Coordination state; SiO,; Mo** ions; Phosphines (Sojka, Z. Alkyl peroxovanadium complex; Catalytic oxidation; Benzyl
(112) 469) cyanides; Aroyl cyanides (Choudary, B.M. (112) 385)
Ni/SiO, catalyst Phenol
Carene isomerization; Tetra-n-butyl tin modified catalyst; Surface Cosalen; Oxidation; EPR study (Bolzacchini, E. (112) 347)
organometallic chemistry (Lesage, P. (112) 303) Phenol hydroxylation
Nitric oxide reduction Iron(II)-1,10-phenanthroline; Radical substitution (Liu, C. (112)
Sulfur dioxide; Copper; Isobutene; X-ray photoelectron spec- 15)
troscopy; Environment (Lu, H. (112) 459) Phenomena of oxidation
Nitro compounds Calorimetry; Heat of adsorption; Heat of oxidation; Enthalpy of
Acidic cocatalysts; Palladium catalyst; Nitrogen ligands; Reduc- PdO formation (Ho, Y.-S. (112) 287)
tive carbonylation (Wehman, P. (112) 23) Phosphinated silica
Nitrogen ligands Anchored complexes; '*C NMR; Cobalt: Ethylene; Hydroformyla-
Acidic cocatalysts; Nitro compounds; Palladium catalyst; Reduc- tion; Mechanism; Palladium (Moroz, B.L. (112) 217)
tive carbonylation (Wehman, P. (112) 23) Phosphines
p-Nitropheny! acetate EPR; Coordination state; SiO,; Mo** ions; Molecular probes
Histidine-containing resin; Hydrolysis (Hung, W.-H. (112) 1) (Sojka, Z. (112) 469)
NMR Phosphorus pentoxide
Ferric peroxo complexes; EPR: Oxidation; Cyclohexane (Sobolev, Methyl! formate; Acetic acid; Iridium catalyst (Cheong, M. (112)
A.P. (112) 253) 389)
Non-activated alkenes Photocatalysis
Epoxidation; Titanium silica; TBHP (Cativiela, C. (112) 259) Oxidation; Sulphur; Fenton reactions; Iron; Peroxide (Ansari, A.
NO reduction (112) 269)
Copper; Environment; Hydrocarbon oxidation; Surface characteri- Photoconversion
zation (Lu, H. (112) 447) Metallocenes; Stability; Olefin polymerization (Kaminsky, W.
Olefin (112) 37)
Hydroformylation: Cobalt; Carbonyl; Functionalized phosphine: Platinum /alumina
Catalysis; Homogeneous (Rosi, L. (112) 367) Hydrosilylating properties; Solvent effects: Temperature effects
Olefin polymerization (Fort, Y. (112) 311)
Metallocenes; Stability; Photoconversion (Kaminsky, W. (112) Platinum oxide
37) TPR: TPD: Graphic plot (Hwang, C.-P. (112) 295)
Oxidation Polyaniline
Ferric peroxo complexes; EPR: NMR: Cyclohexane (Sobolev. Heteropolyacid; Keggin unit: Polymer: Cumene cracking: XPS
A.P. (112) 253) (Dziembaj, R. (112) 423)
Sulphur: Fenton reactions; Photocatalysis: Iron; Peroxide (Ansari, Polymer
A. (112) 269) Heteropolyacid: Keggin unit: Polyaniline: Cumene cracking: XPS
Wacker: Isomerization; Stereochemistry: Modified catalyst; Palla- (Dziembaj. R. (112) 423)
dium(II) (Francis, J.W. (112) 317) Polyphenylene ether
Cosalen; Phenol; EPR study (Bolzacchini. E. (112) 347) 2.6-dimethylphenol oxidation: Dinuclear Cu(IDdihydroxo com-
Oxide catalysts plexes: Homogeneous catalysis (Camus. A. (112) 353)
CO hydrogenation: /sobutene formation: "$C tracer study (Maruya, Propanal
K.-i. (112) 143) Isomerization: Hydrogenation: Allyl alcohol: Amorphous alloy:
Palladium Copper—zirconium: Copper: |-propanol: Selectivity (Martinek. T.
Arylation: Allylic alcohols: a, B-unsaturated ketones: Copper tri- (112) 85)
flate (Satoh, T. (112) 211) Propanoic acid
Anchored complexes: 'C NMR: Cobalt: Ethylene: Hydroformyla- Ethene hydrocarboxylation: Rhodium iodide (Kilner, M. (112)
tion: Mechanism: Phosphinated silica (Moroz, B.L. (112) 217) 327)
Subject Index
1-propanol Silica supported zirconium catalysts
Isomerization; Hydrogenation; Allyl alcohol; Amorphous alloy; Hydrogen transfer reduction; Alcohol oxidation; Ketone reduction
Copper—zirconium; Copper; Propanal; Selectivity (Martinek, T. (Leyrit, P. (112) 395)
(112) 85) SiO,
Propene EPR; Coordination state; Mo** ions; Phosphines; Molecular
Silica; Hydroformylation; Rhodium; Cobalt; Boron (Storaro, L. probes (Sojka, Z. (112) 469)
(112) 43) SiO,-physisorbed RhCo,(CO),,
Pt/Co bimetallic colloid Stabilization of RhCo,; Regeneration and dissociation of
Selective hydrogenation; Cinnamaldehyde (Yu, W. (i112) 105) RhCo,(CO),, (Huang, L. (112) 69)
Pumice Size exclusion chromatography
Size exclusion chromatography; Catalyst support characterization; Catalyst support characterization; Pumice; Metal supported cata-
Metal supported catalyst; Surface (Duca, D. (112) 413) lyst; Surface (Duca, D. (112) 413)
Pyruvate hydrogenation SO, adsorption
Enantioselective hydrogenation; Cinchona alkaloid modifiers Acid—base properties; Metal oxides; IR spectroscopy; Catalytic
(Augustine, R.L. (112) 93) activity (Ziolek, M. (112) 125)
Radical substitution Solvent effects
Phenol hydroxylation; Iron(II)-1,10-phenanthroline (Liu, C. (112) Hydrosilylating properties; Platinum/alumina; Temperature ef-
15) fects (Fort, Y. (112) 311)
Reaction mechanism Stability
Bifunctional catalysis; Hydrogen spillover; Cyclohexane conver- Metallocenes; Photoconversion; Olefin polymerization (Kamin-
sion (Roessner, F. (112) 401) sky, W. (112) 37)
Reductive carbonylation Stabilization of RhCo,
Acidic cocatalysts; Nitro compounds; Palladium catalyst; Nitrogen SiO,-physisorbed RhCo,(CO),,; Regeneration and dissociation of
ligands (Wehman, P. (112) 23) RhCo,(CO),, (Huang, L. (112) 69)
Regeneration and dissociation of RhCo,(CO),, Stereochemistry
SiO,-physisorbed RhCo,(CO),,; Stabilization of RhCo, (Huang, Wacker; Isomerization; Oxidation; Modified catalyst;
L. (112) 69) Palladium(ID (Francis, J.W. (112) 317)
Regioselectivity Sulfur dioxide
Rhodium; Carbon monoxide; Formic acid; Alkene conversion; Nitric oxide reduction; Copper; Isobutene; X-ray photoelectron
Aldehydes (El Ali, B. (112) 195) spectroscopy; Environment (Lu, H. (112) 459)
Resins Sulphur
Zeolites; Acidity; Hydrolysis; Acetals (Moreau, C. (112) 133) Oxidation; Fenton reactions; Photocatalysis; Iron; Peroxide
Rhodium (Ansari, A. (112) 269)
Silica; Propene; Hydroformylation; Cobalt; Boron (Storaro, L. Surface
(112) 43) Size exclusion chromatography; Catalyst support characterization;
Carbon monoxide; Formic acid; Regioselectivity; Alkene conver- Pumice; Metal supported catalyst (Duca, D. (112) 413)
sion; Aldehydes (El Ali, B. (112) 195) Surface characterization
Rhodium iodide NO reduction; Copper; Environment; Hydrocarbon oxidation (Lu,
Ethene hydrocarboxylation; Propanoic acid (Kilner, M. (112) 327) H. (112) 447)
R-(+ )-limonene Surface organometallic chemistry
Dehydrogenation; Paracymene; Pd/SiO,; Hydrogen transfer reac- Carene isomerization; Ni/SiO, catalyst; Tetra-n-butyl tin modi-
tion (Lesage, P. (112) 431) fied catalyst (Lesage, P. (112) 303)
Ruthenium chloride TBHP
Carbon dioxide hydrogenation; Formic acid; Ruthenium com- Epoxidation; Titanium silica; Non-activated alkenes (Cativiela, C.
plexes (Zhang, J.Z. (112) 9) (112) 259)
Ruthenium complexes Temperature effects
Carbon dioxide hydrogenation; Formic acid; Ruthenium chloride Hydrosilylating properties; Platinum/alumina; Solvent effects
(Zhang, J.Z. (112) 9) (Fort, Y. (112) 311)
SCR reaction Tetra-n-butyl tin modified catalyst
Vanadia monolayer; Transient response technique; IR spec- Carene isomerization; Ni/SiO, catalyst; Surface organometallic
troscopy (Pinaeva, L.G. (112) 115) chemistry (Lesage, P. (112) 303)
Selective hydrogenation Titanium silica
Pt/Co bimetallic colloid; Cinnamaldehyde (Yu, W. (112) 105) Epoxidation; TBHP; Non-activated alkenes (Cativiela, C. (112)
Selectivity 259)
Isomerization; Hydrogenation; Allyl alcohol; Amorphous alloy; TPD
Copper—zirconium; Copper; Propanal; |-propanol (Martinek, T. TPR; Platinum oxide; Graphic plot (Hwang, C.-P. (112) 295)
(112) 85) TPR
Silica TPD; Platinum oxide; Graphic plot (Hwang, C.-P. (112) 295)
Propene; Hydroformylation; Rhodium; Cobalt; Boron (Storaro, L.
(112) 43)
492 Subject Index
Transient response technique Water
SCR reaction; Vanadia monolayer; IR spectroscopy (Pinaeva, Calcium oxide; Hydroxyl group stretching frequencies; MINDO/ 3
L.G. (112) 115) study (Zhanpeisov, N.U. (112) 63)
Tungsten XPS
a-Allyl hydride intermediate; Isomerization; Metathesis; Bis(al- Heteropolyacid; Keggin unit; Polymer; Polyaniline; Cumene
kene) complexes (Szymafska-Buzar, T. (112) 203) cracking (Dziembaj, R. (112) 423)
Vanadia monolayer X-ray photoelectron spectroscopy
SCR reaction; Transient response technique; IR spectroscopy Nitric oxide reduction; Sulfur dioxide; Copper; Isobutene; Envi-
(Pinaeva, L.G. (112) 115) ronment (Lu, H. (112) 459)
Wacker Zeolites
Isomerization; Oxidation; Stereochemistry; Modified catalyst; Pal- Resins; Acidity; Hydrolysis; Acetals (Moreau, C. (112) 133)
ladium(II) (Francis, J.W. (112) 317)