Applied Catalysis: An International Journal Devoted to Catalytic Science and its Applications 1991: Vol 78 Index

8 Pages·1991·1.7 MB·English

Author Index
Andersson, L.A.H., see Odenbrand, C.U.I. 109 Maksimov, Yu.V., see Morozova,O.S. 227
Andreev, A., Kafedjiiski, V., Halachev, T., Kunev, Marcilio, N.R., see Tournayan, L. 31
B. and Kaltchev, M. Massoth, F.E., see Zeuthen, P. 265
Raney type copper-zinc—aluminium catalyst Matveyev, V.V., see Morozova, O.S. 227
for water-gas shift reaction 199 Mercera, P.D.L, Van Ommen, J.G., Doesburg,
Armor, J.N. E.B.M., Burggraaf, A.J. and Ross, J.R.H.
New catalytic technology commercialized in the Stabilized tetragonal zirconium oxide as a sup-
USA during the 1980’s — a Review 141 port for catalysts. Evolution of the texture and
Armor, J.N., see Parris,G.E. 45 structure on calcination in static air 79
Armor, J.N., see Parris,G.E. 65 Mezzapica, A., see Parmaliana, A. L7
Baerns, M., see Schulz, P. 15 Miceli, D., see Parmaliana, A. L7
Blom, P., see Zeuthen, P. 265 Morozova, O.S., Maksimov, Yu.V., Shashkin, D.P.,
Brandin, J.G.M., see Odenbrand, C.U.I. 109 Shirjaev, P.A., Matveyev, V.V., Zhorin, V.A.,
Burggraaf, A.J.,see Mercera, P.D.L 79 Krylov, O.V. and Krjukova, G.N.
Cai, Y. and Ozkan, U.S. Carbon monoxide hydrogenation over iron
Vanadia/titania catalysts in selective catalytic oxide, subjected to shear deformation under
reduction of nitric oxide with ammonia 241 high pressure: role of vacancies 227
Chen, Y.Z. and Wu, K.J. Mroczek, U., see Reschetilowski, W. 257
Hydrogenation activity and selectivity of cobalt Noronha, F.B., see Schmal, M. 125
borides 185 Odenbrand, C.U.I., Gabrielsson, P.L.T., Brandin,
Doesburg, E.B.M., see Mercera, P.D.L 79 J.G.M. and Andersson, L.A.H.
Du, H.-Z., Wu, R.-G., Fang, L.-Q., Wang, H.-Z. Effect of water vapor on the selectivity in the
and Lin, L.-W. reduction of nitric oxide with ammonia over
Surface features and catalytic performances of vanadia supported on silica-titania 109
platinum/alumina and platinum-rhe- Ozkan, U.S., see Cai, Y. 241
nium/alumina catalysts for n-heptane conver- Parmaliana, A., Frusteri, F., Miceli, D., Mezzapica,
sion prepared by metal carbonyl complexes A., Giordano, N. and Scurrell, M.S.
1 Factors controlling the reactivity of the silica
Fang, L.-Q., see Du, H.-Z. 1 surface in methane partial oxidation L7
Fenelonov, V.B., see Shepeleva, M.N. 175 Parris, G.E. and Armor, J.N.
Frety, R., see Tournayan, L. 31 Catalytic cracking of organic amides. I. Produc-
Frety, R., see Schmal, M. 125 tion of N-vinylformamide 45
Frusteri, F., see Parmaliana, A. L7 Parris, G.E. and Armor, J.N.
Gabrielsson, P.L.T., see Odenbrand, C.U.I. 109 Catalytic cracking of organic amides. II. Use of
Giordano, N., see Parmaliana, A. L7 substituted amides, mechanism, and a predic-
Gormley, R.J., see Soong, Y. 97 tive index for reactivity 65
Halachev, T., see Andreev, A. 199 Popa, J.M., see Lauron-Pernot, H. 213
Ismagilov, Z.R., see Shepeleva, M.N. 175 Primet, M., see Schmal, M. 125
Kafedjiiski, V., see Andreev, A. 199 Rao, V.U.S., see Soong, Y. 97
Kaltchev, M., see Andreev, A. 199 Reschetilowski, W., Mroczek, U., Steinberg, K.-H.
Krjukova, G.N., see Morozova,O.S. 227 and Wendlandt, K.-P.
Krylov, O.V., see Morozova, O.S. 227 Influence of platinum dispersion on the ethane
Kunev, B., see Andreev, A. 199 aromatization on Pt/H-ZSM-S5 zeolites 257
Lauron-Pernot, H., Luck, F. and Popa, J.M. Ross, J.R.H., see Mercera, P.D.L 79
Methylbutynol: a new and simple diagnostic Schmal, M., Primet, M., Noronha, F.B. and Frety,
tool for acidic and basic sites of solids 213 R.
Lin, L.-W., see Du, H.-Z. 1 Characterization of palladium-copper bimetal-
Luck, F., see Lauron-Pernot,H. 213 lic catalysts supported on silica and niobia
278
125 Tournayan, L., Marcilio, N.R. and Frety, R.
Schulz, P. and Baerns, M. Promotion of hydrogen uptake in cerium diox-
Aromatization of ethane over gallium-pro- ide. The role of iridium 31
moted H-ZSM-S catalysts 15 Van Ommen, J.G., see Mercera,P.D.L 79
Scurrell, M.S., see Parmaliana, A. L7 Wang, H.-Z., see Du, H.-Z. 1
Shashkin, D.P., see Morozova,O.S. 227 Wendlandt, K.-P., see Reschetilowski, W. 257
Shepeleva, M.N., Shkrabina, R.A., Fenelonov, Wu, K.J., see Chen, Y.Z. 185
V.B. and Ismagilov, Z.R. Wu, R.-G., see Du, H.-Z. 1
Production of spherical granules of alumina Yamada, H., see Yamashita, H. L1
with controlled porous structure 175 Yamashita, H., Yamada, H. and Tomita, A.
Shirjaev, P.A., see Morozova, O.S. 227 Reaction of nitric oxide with metal-loaded
Shkrabina, R.A., see Shepeleva, M.N. 175 carbon in the presence of oxygen L1
Soong, Y., Rao, V.U.S., Gormley, R.J. and Zhong, Zeuthen, P., Blom, P. and Massoth, F.E.
B. Characterization of nitrogen on aged hydro-
Temperature-programmed desorption study processing catalysts by temperature-pro-
On manganese-iron catalysts 97 grammed oxidation 265
Steinberg, K.-H., see Reschetilowski, W. 257 Zhong, B., see Soong, Y. 97
Tomita, A., see Yamashita, H. L1 Zhorin, V.A., see Morozova,O.S. 227
279
Subject Index
Acid—base properties Carbon oxides
Methylbutynol: a new and simple diagnostic Reaction of nitric oxide with metal-loaded
tool for acidic and basic sites of solids 213 carbon in the presence of oxygen L1
Adsorption Catalyst characterization (DTA, TG, TEM, XRD,
Characterization of nitrogen on aged hydro- nitrogen physisorption)
processing catalysts by temperature-pro- Stabilized tetragonal zirconium oxide as a sup-
grammed oxidation 265 port for catalysts. Evolution of the texture and
Ageing structure on calcination in static air 79
Characterization of nitrogen on aged hydro- Catalyst characterization (test reaction)
processing catalysts by temperature-pro- Methylbutynol: a new and simple diagnostic
grammed oxidation 265 tool for acidic and basic sites of solids 213
Alkoxy-formamides Catalyst characterization (TPD, TPR)
Catalytic cracking of organic amides. II. Use of Promotion of hydrogen uptake in cerium diox-
substituted amides, mechanism, and a predic- ide. The role of iridium 31
tive index for reactivity 65 Catalyst preparation (coprecipitation)
Alumina Stabilized tetragonal zirconium oxide as a sup-
Methylbutynol: a new and simple diagnostic port for catalysts. Evolution of the texture and
tool for acidic and basic sites of solids 213 structure on calcination in static air 79
Aluminium hydroxide Catalyst preparation (gallium-ZSM-S)
Production of spherical granules of alumina Aromatization of ethane over gallium-pro-
with controlled porous structure 175 moted H-ZSM-S5 catalysts 15
Amides Cerium dioxide
Catalytic cracking of organic amides. I. Produc- Promotion of hydrogen uptake in cerium diox-
tion of N-vinylformamide 45 ide. The role of iridium 31
Amides Chemicals
Catalytic cracking of organic amides. II. Use of New catalytic technology commerciaiized in the
substituted amides, mechanism, and a predic- USA during the 1980’s — a Review 141
tive index for reactivity 65 Chromium
Anatase Hydrogenation activity and selectivity of cobalt
Vanadia/titania catalysts in selective catalytic borides 185
reduction of nitric oxide with ammonia 241 Cobalt boride
Aromatization Hydrogenation activity and selectivity of cobalt
Influence of platinum dispersion on the ethane borides 185
aromatization on Pt/H-ZSM-S zeolites 257 Coke
Bimetallic catalysts Characterization of nitrogen on aged hydro-
Characterization of palladium—copper bime- processing catalysts by temperature-pro-
tallic catalysts supported on silica and niobia grammed oxidation 265
125 Coke formation
2-methyl-3-Butyn-2-ol reactivity Influence of platinum dispersion on the ethane
Methylbutynol: a new and simple diagnostic aromatization on Pt/H-ZSM-S zeolites 257
tool for acidic and basic sites of solids 213 Coking
Carbon Characterization of nitrogen on aged hydro-
Catalytic cracking of organic amides. I. Produc- processing catalysts by temperature-pro-
tion of N-vinylformamide 45 grammed oxidation 265
Carbon monoxide hydrogenation Commercial processes
Carbon monoxide hydrogenation over iron New catalytic technology commercialized in the
oxide, subjected to shear deformation under USA during the 1980’s — a Review 141
high pressure: role of vacancies 227
Copper-zinc—aluminium Gallium
Raney type copper—zinc—aluminium catalyst Aromatization of ethane over gallium-pro-
for water—gas shift reaction 199 moted H-ZSM-S catalysts 15
Cracking Galvanic couple
Catalytic cracking of organic amides. I. Produc- Raney type copper—zinc—aluminium catalyst
tion of N-vinylformamide 45 for water—gas shift reaction 199
Cracking Granulated alumina
Catalytic cracking of organic amides. II. Use of Production of spherical granules of alumina
substituted amides, mechanism, and a predic- with controlled porous structure 175
tive index for reactivity 65 n-Heptane conversion
Crystallinity Surface features and catalytic performances of
Effect of water vapor on the selectivity in the platinum/alumina and platinum-—rhe-
reduction of nitric oxide with ammonia over nium/alumina catalysts for n-heptane conver-
vanadia supported on silica—titania 109 sion prepared by metal carbonyl complexes
Cyclization 1
Influence of platinum dispersion on the ethane n-Hexane
aromatization on Pt/H-ZSM-S zeolites 257 Influence of platinum dispersion on the ethane
Deactivation aromatization on Pt/H-ZSM-S zeolites 257
Influence of platinum dispersion on the ethane Hydrogen
aromatization on Pt/H-ZSM-S zeolites 257 Promotion of hydrogen uptake in cerium diox-
Dehydrogenation ide. The role of iridium 31
Influence of platinum dispersion on the ethane Hydrogenation (carbonyl, olefinic, selective)
aromatization on Pt/H-ZSM-S zeolites 257 Hydrogenation activity and selectivity of cobalt
Dispersion borides 185
Influence of platinum dispersion on the ethane Hydroisomerization
aromatization on Pt/H-ZSM-S zeolites 257 Influence of platinum dispersion on the ethane
Electron microscopy aromatization on Pt/H-ZSM-S zeolites 257
Influence of platinum dispersion on the ethane Hydroprocessing catalysts
aromatization on Pt/H-ZSM-S zeolites 257 Characterization of nitrogen on aged hydro-
Electron transfer processing catalysts by temperature-pro-
Influence of platinum dispersion on the ethane grammed oxidation 265
aromatization on Pt/H-ZSM-S zeolites 257 In-situ X-ray diffraction
Environment Carbon monoxide hydrogenation over iron
New catalytic technology commercialized in the oxide, subjected to shear deformation under
USA during the 1980’s — aReview 141 high pressure: role of vacancies 227
Ethane Intercalated particles
Influence of platinum dispersion on the ethane Carbon monoxide hydrogenation over iron
aromatization on Pt/H-ZSM-S zeolites 257 oxide, subjected to shear deformation under
Ethane aromatization high pressure: role of vacancies 227
Aromatization of ethane over gallium-pro- Iridium
moted H-ZSM-S catalysts 15 Promotion of hydrogen uptake in cerium diox-
Ethane dehydrogenation ide. The role of iridium 31
Aromatization of ethane over gallium-pro- Iron carbide
moted H-ZSM-S catalysts 15 Carbon monoxide hydrogenation over iron
Formaldehyde oxide, subjected to shear deformation under
Reaction of nitric oxide with metal-loaded high pressure: role of vacancies 227
carbon in the presence of oxygen L1 Iron oxide
Formaldehyde formation Carbon monoxide hydrogenation over iron
Factors controlling the reactivity of the silica oxide, subjected to shear deformation under
surface in methane partial oxidation L7 high pressure: role of vacancies 227
Leaching Nitrogen
Raney type copper—zinc—aluminium catalyst Characterization of nitrogen on aged hydro-
for water—gas shift reaction 199 processing catalysts by temperature-pro-
Magnesium oxide grammed oxidation 265
Catalytic cracking of organic amides. I. Produc- Nitrous oxide
tion of N-vinylformamide 45 Effect of water vapor on the selectivity in the
Magnesium oxide reduction of nitric oxide with ammonia over
Methylbutynol: a new and simple diagnostic vanadia supported on silica—titania 109
tool for acidic and basic sites of solids 213 Oligomerization
Magnetite Aromatization of ethane over gallium-pro-
Carbon monoxide hydrogenation over iron moted H-ZSM-S catalysts 15
oxide, subjected to shear deformation under Palladium—copper
high pressure: role of vacancies 227 Characterization of palladium-copper bime-
Manganese-iron tallic catalysts supported on silica and niobia
Temperature-programmed desorption study 125
on manganese-iron catalysts 97 Partial oxidation
Mechanical strength Reaction of nitric oxide with metal-loaded
Production of spherical granules of alumina carbon in the presence of oxygen L1
with controlled porous structure 175 Petrochemical technology
Metal cluster catalysts New catalytic technology commercialized in the
Surface features and catalytic performances of USA during the 1980’s — a Review 141
platinum/alumina and platinum-rhe- Petroleum refining
nium/alumina catalysts for n-heptane conver- New catalytic technology commercialized in the
sion prepared by metal carbonyl complexes USA during the 1980’s — a Review 141
1 Platinum
Methane Influence of platinum dispersion on the ethane
Reaction of nitric oxide with metal-loaded aromatization on Pt/H-ZSM-S zeolites 257
carbon in the presence of oxygen L1 Platinum—rhenium/alumina
Methane partial oxidation Surface features and catalytic performances of
Factors controlling the reactivity of the silica platinum/alumina and platinum-rhe-
surface in methane partial oxidation L7 nium/alumina catalysts for n-heptane conver-
Moessbauer spectroscopy sion prepared by metal carbonyl complexes
Carbon monoxide hydrogenation over iron 1
oxide, subjected to shear deformation under Platinum/alumina
high pressure: role of vacancies 227 Surface features and catalytic performances of
Molybdenum platinum/alumina and platinum-rhe-
Hydrogenation activity and selectivity of cobalt nium/alumina catalysts for n-heptane conver-
borides 185 sion prepared by metal carbonyl complexes
Niobia 1
Characterization of palladium—copper bime- Polymers
tallic catalysts supported on silica and niobia New catalytic technology commercialized in the
125 USA during the 1980’s — aReview 141
Nitric oxide Porous structure
Vanadia/titania catalysts in selective catalytic Production of spherical granules of alumina
reduction of nitric oxide with ammonia 241 with controlled porous structure 175
Nitric oxide reduction Pseudoboehmite
Effect of water vapor on the selectivity in the Production of spherical granules of alumina
reduction of nitric oxide with ammonia over with controlled porous structure 175
vanadia supported on silica-titania 109
282
Raman spectroscopy Stabilized tetragonal zirconia
Vanadia/titania catalysts in selective catalytic Stabilized tetragonal zirconium oxide as a sup-
reduction of nitric oxide with ammonia 241 port for catalysts. Evolution of the texture and
Raney copper structure on calcination in static air 79
Raney type copper-zinc—aluminium catalyst Strong metal—support interaction
for water—gas shift reaction 199 Characterization of palladium-—copper bime-
Rutile tallic catalysts supported on silica and niobia
Vanadia/titania catalysts in selective catalytic 125
reduction of nitric oxide with ammonia 241 Structural and textural stabilizers
Saturated hydrocarbons Stabilized tetragonal zirconium oxide as a sup-
Carbon monoxide hydrogenation over iron port for catalysts. Evolution of the texture and
oxide, subjected to shear deformation under Structure on calcination in static air 79
high pressure: role of vacancies 227 Syngas conversion
Selective catalytic reduction Temperature-programmed desorption study
Vanadia/titania catalysts in selective catalytic On manganese-iron catalysts 97
reduction of nitric oxide with ammonia 241 Temperature-programmed decomposition
Selectivity (alkenes) Surface features and catalytic performances of
Carbon monoxide hydrogenation over iron platinum/alumina and platinum-rhe-
oxide, subjected to shear deformation under nium/alumina catalysts for n-heptane conver-
high pressure: role of vacancies 227 sion prepared by metal carbonyl complexes
Silica 1
Methylbutynol: a new and simple diagnostic Temperature-programmed desorption
tool for acidic and basic sites of solids 213 Temperature-programmed desorption study
Silica On manganese-iron catalysts 97
Factors controlling the reactivity of the silica Temperature-programmed oxidation
surface in methane partial oxidation L7 Surface features and catalytic performances of
Silica platinum/alumina and platinum-—rhe-
Reaction of nitric oxide with metal-loaded nium/alumina catalysts for n-heptane conver-
carbon in the presence of oxygen L1 sion prepared by metal carbonyl complexes
Silica—alumina 1
Methylbutynol: a new and simple diagnostic Temperature-programmed oxidation
tool for acidic and basic sites of solids 213 Characterization of nitrogen on aged hydro-
Sintering processing catalysts by temperature-pro-
Effect of water vapor on the selectivity in the grammed oxidation 265
reduction of nitric oxide with ammonia over Temperature-programmed reduction
vanadia supported on silica-titania 109 Characterization of palladium-copper bime-
Spherical particles tallic catalysts supported on silica and niobia
Production of spherical granules of alumina 125
with controlled porous structure 175 Textural characteristics
Spillover Production of spherical granules of alumina
Promotion of hydrogen uptake in cerium diox- with controlled porous structure 175
ide. The role of iridium 31 Thermal stability
Spinel Stabilized tetragonal zirconium oxide as a sup-
Temperature-programmed desorption study port for catalysts. Evolution of the texture and
On manganese-iron catalysts 97 structure on calcination in static air 79
Spinel-carbide interface Titania
Carbon monoxide hydrogenation over iron Vanadia/titania catalysts in selective catalytic
oxide, subjected to shear deformation under reduction of nitric oxide with ammonia 241
high pressure: role of vacancies 227
283
Titania-silica N-Vinylformamide
Effect of water vapor on the selectivity in the Catalytic cracking of organic amides. II. Use of
reduction of nitric oxide with ammonia over substituted amides, mechanism, and a predic-
vanadia supported on silica-titania 109 tive index for reactivity 65
Transmission electron microscopy Water
Carbon monoxide hydrogenation over iron Effect of water vapor on the selectivity in the
oxide, subjected to shear deformation under reduction of nitric oxide with ammonia over
high pressure: role of vacancies 227 vanadia supported on silica-titania 109
United States Water-gas shift reaction
New catalytic technology commercialized in the Raney type copper-—zinc—aluminium catalyst
USA during the 1980’s — aReview 141 for water—gas shift reaction 199
Vacancies Yttrium
Carbon monoxide hydrogenation over iron Stabilized tetragonal zirconium oxide as a sup-
oxide, subjected to shear deformation under port for catalysts. Evolution of the texture and
high pressure: role of vacancies 227 structure on calcination in static air 79
Vanadia Zeolites
Effect of water vapor on the selectivity in the Aromatization of ethane over gallium-pro-
reduction of nitric oxide with ammonia over moted H-ZSM-S catalysts 15
vanadia supported on silica--titania 109 Zeolites
Vanadia Influence of platinum dispersion on the ethane
Vanadia/titania catalysts in selective catalytic aromatization on Pt/H-ZSM-5 zeolites 257
reduction of nitric oxide with ammonia 241 Zirconia
Vinyl amides Stabilized tetragonal zirconium oxide as a sup-
Catalytic cracking of organic amides. I. Produc- port for catalysts. Evolution of the texture and
tion of N-vinylformamide 45 structure on calcination in static air 79
Vinyl amides Zirconium oxide
Catalytic cracking of organic amides. II. Use of Methylbutynol: a new and simple diagnostic
substituted amides, mechanism, and a predic- tool for acidic and basic sites of solids 213
tive index for reactivity 65 ZSM-S
N-Vinylformamide Aromatization of ethane over gallium-pro-
Catalytic cracking of organic amides. I. Produc- moted H-ZSM-S5 catalysts 15
tion of N-vinylformamide 45 ZSM-5
Influence of platinum dispersion on the ethane
aromatization on Pt/H-ZSM-S zeolites 257