Smyth, M. R.
Soeda,
H. Sordelli, L. Soriaga, M. P. Specht, M. Spirina, I. V. Srinivas, G . srinivasan, s. Staikov, G. Stehiick, H.-P. Stodolsky, L. Stolyarov, I. P. Stonehart, P. Stoner, G . E. Storment, C. W. Suardi, G. Sugai, K. Sugiyama, T. Summers, J. C. Sun, C. Y. sotiropoulos,s.
S u A p u d i , S.
Surya Prakash, G. K. 90 Page 183 36 87 90 33 86 135 173 38 136 182 38 85 181 135 87 136 182 141 173 84 90
SuGanarayana,
P.
SZaM,P.
Takagi, H. Takamura, K.4. Takasu, Y. Takata, M. Takaya, H. Takeuchi, R. Ismaura, Y.
Tann,
J.
Tanouchi, N. Tardy, B. Taylor, K. C. Terekhova, M. 1. Terminello, L. J. Temnzio, E. Terreros, P. Tessier, M. Theodoridou,
E.
Thiel, P. A. Ticianelli, E. A. Tanaka, K.-I. 134 86 56 181 134 21 140 37 90 173 137 37 83 10 139 136 180 88 141 36 134 140 Tomala, K. Tomashov, N. D. Toney, M. F. Tong, L. Toshima, N. k a t t i , S. Maca, W. E. Mbutsch, H. Ihrdel, J. 'Ibeciak, A. M. Tsiplakides, D. Tsuchiya, S. Tsuji, M. 'Isumura, K. 'h, c . 'hmey, T. W. Qulenev, L. N. Uchida, H. Uchida. S. Uchijima, T. Ueki, T. Ueki, Y. Uemura, S. Ueno, Y. Ugo, R. Uner, D. 0. uozumi, Y. Urushibata, H. Usui, S.ValdrC, G . Vamos, E. Van Dover, R. B. Van Tendeloo, G. Vargaftik, M. N. Vayenas, C. G. Veillet. P.
Page 83 34 35 98, 179 32 46,85 85 85, 181 36 139 181 134 90 136 37 36 32 140 56 138 33 32 89 33 87 138 184 185 136 34 90 56 85 85 181 180 Vereshchagin, Yu. A. 32 Vijay, D. P. 85 Viljoen, P. E. 15 Vining, C. B. 33
Vlaic, G. 87
Vogel, A. 136
Vogler, L. M. 181 VogrinG, P. 141
Page
Volc, J. 183
Volkov, V. V. 85 Volkova, L. D. 184
Wagner, J. B. 180 Wakabayashi,
K.
138Wang, C. 138
Wang,
J.
108, 137Wang,
s.
83Wang, S.-M. 32
Wang, Y. 59
Ward, T. R. 173
Watanabe, M. 140 Watanabe, Y. 21
Way, J. D. 33
Webster, D.
E.
109, 173 Wedepohl, P. T. 32 Weese, K. J. 184 Weinelt, M. 182 Wellenbiischer, J. 138 Weller, D. 35,180Wen, T.-C. 86
Werner, H. A. F. 182 White, P. 21.56.59.70 Whitten, D. G. 182 Will, F. G . 86 Williamson, W. B. 173
Winnick, J. 70
Wisk, P. W. 141 Withers, J. C. 83 Wolfbeis, 0. S. 183
Wagner, T. 37
Wallace, T. A. 108
Wang, H.-Y. 88
Wong, S. woo,
s.
I. Worrell, W. L. Wnyszcz, J. Wu, G. wu,s. Xiao, K. Xing, X. xu,w.-c.
xu,
Y. Yadav, T. 32 88 134 139 183 85 38 136 34 137, 139 83 Yahikozawa, K. Yamapchi, I. Yamapchi, M. Yamamoto, M. Yamamoto, T. Yan, S. Yanagida, H. Yang, B. L. Yang, C.-H. Yang, T. Yasue, H. Ye,J.
Yermakov, A. Yildiz, A. Yin, X. Yoshida, M. Yoshida, N. Yoshida, T. Yu,
z.
Yuan, Z. Yum, E. K. Zahariev, A. L. Zakarina, N. A. Zamashchikov,v. v.
Page 134 140 184 134 1 40 140 21 183 86 32 37 89 12.84 135 138 185 84 90 87 34 37 141 18436. 139 Zandbergen, H. W. 56
Zang,
J.
87Zangari, G. 180
Zanoni, R. 87
Zayer, N. K. 33 Zebisch, P. 182 Zerbino, J. 0. 33
Zhan, Z. 183
Zhanbekov, Kh. N. 184
SUBJECT
INDEX
TO VOLUME 38
Zhang, D. L. Zhang, J. Zhang, Y. Zhao, J.-H. Zharnikov, M. Zhmurko, G. P. Zhou, D. Ziebeck, K.
R.
A. Zinola, C. F. Zidkowski, J. J. Zipp, A. P. zou,w.
Page
74 a = abstract
Abbe, Emst, history I.
by Pd 112
Absorption, H, by Pd+lignin cathode, a Acetaldehyde, adsorption, on Rh/SiO,, a Acetates, allyl, vinyl, hydrofonnylation, a Acetic Acid, direct conversion from methane, a Acetylene, catalytic hydroiodination, a
85
88 185 139 36, 139
hydrogenation, a 34, 139
production from CH,+CO,, a 87
Acid Rain, flue gas desulphurisation 70 Acyl Chlorides, cross-coupling to a-alkoxystannanes, a 89 Adsorption, CO, on w e , , ( 11 1) single crystals, a 83 37 37 88 Alcohols, allyhc, oxidation, by Pd(II) salts, a
I-arylethanol production from vinylarenes, a EtOH, synthesis, from syngas, a
Alcohols (contd.)
hydrocarboxylation, by PdCI,(Ph,P),, n,
MeOH, electro-oxidation, at Pt-Sn/C electrode, a by Pt in polyaniline electrodes, a
on
Pt-Ru
electrodes, aon Pt-SdC in silicotungstic acid, a oxidation, by Pd/y-Al,O,, a
oxidation, by K chlorate
+
Ru heterocomplex, a ~ ~. synthesis from CO, hydrogenation, a 138Aldehydes, a 37, 139, 140
production, a 185
Alkanes, dehydrogenation, a 185
38 89
Alk-1-yne, hydrosilylation, a 37
from Ru methylene complexes, a oxidation to alkyl esters by Rh complex, a
production from CO+H,, a 88
84 32 85 32 182 134 83 33 85 139 136 35 Page 139 181 135 181 135 137 139
Page
Alkenes, hydroformylation, a 139, 185 36
Alkylammatics, electrocatalytic oxidation
by Ru complex, a 89
1-Alkynes, cross-coupling reactions, a 184
Allenes, cross-coupling reactions, a 184 184
Amines, allyl, reactions with Ru(II) complexes, a 180
Amino Acids, flow detector, a 137
Ammonia, synthesis, Ru/zeolite A
catalyst preparation, a 138
Aniline, copolymerisation, a 86
Annulation, lPdienes, a 37
Anthracenes, electro-reduction,
on poly(vinylferrocenium)/Pt, a 135
Aromatisation, n-C,, pt/ML basic metal effects, a 137
n-hexane, over F ” a Y zeolites, a 183
n-hexane, methylcyclopentane, on KL zeolites, a 183
Automobiles, emission control
technology 2,10,87, 109, 173
Ballad Bus 71
Battery, Ni oxide-metal hydride,
86
Benzene, hydrogenation, a 35, 139
productions, a 87
l,l’-Bi-2-naphthol, oxidation by Ru complex, a 136
Book Reviews, “Environmental Catalysis”,
ACS Symp. Series 173
118 Butadiene, telomerisation with sucrose, a 184
Butylphenol, hydrogenation, over Ru catalysts, a 184
Butyne-Diols, hydrogenation, a 184
Cancer, Pt drugs, a 141
Capacitors, supercapacitors, using oxides of Ru and Ir 46
Carbon Oxides, CO,, for CH, reforming, a hydrosilylation, over Rh carbonyl-pyridindSiO,, a
production from CO+H,, a 88
Alkynes, hydroformylation, a 185
AUylic Esters, reduction with formic acid, a
activated with Pd, h black, a
“Mechanical Properties of Metallic Composites”
“Metals in Glassmaking” 73
Carbon, nanotechnology, with Pd 59
Rh-C, complex, a 180
138
hydrogenation, for alcohol synthesis, a 138
production from CH,
+
CO,, a 87reaction with CH, over
Pt
wire, a 87 83co-oligomerisation with C,H,, a 37
electro-oxidation on Pt-Ru electrodes, a 85
hydrogenation over Ir-Mo-Rh/SiO,, a 138
for NO-CO interaction on Pt-Rh alloy, a 137
production from CH,
+
CO,, a 87.88Ru catalyst preparation effects, a 138
Ru cluster complex breathing 159
sensor, a 136
Carbonylation, pentane, photocatalysis,
by Rh complex, a 182
with Pd complex, a 139
of nitrobenzene, a 137
Catalysis, 1st European Congress 16
Catalysts, Iridium, Ir-Mo/SiO,, increased activity with Rh, for CO hydrogenation, a 138
Iridium Complexes, [IrH2(pz)(Hpz)(PPh,),1,
H transfer reactions, a 89
Palladium, Ag-Pd/C fibres, nitrobenzene reactions, a 36
electroless deposition from Pd complexes to films, a 86
in exhaust gas emission
control technology 2,10,87,109, 173
Pd-Holy-Al,O,, styrene hydrogenation, a 36
Pdy-AI,O,, for MeOH oxidation, a 137 35
Pd/Al,O,-heteropoly acid,
for C S hydrogenation, a 184
CO, adsorption on PtFe single crystal, a
reductive, of nitro-aromatic compounds,
heterogeneous, a 35-36.87-88, 137-139.183-184
homogeneous, a 36-38,88-89,139-140, 184-185
Pd/AI,O, fibres, sol-gel prepared, a
Page
Catalysts, Palladium (conzd.) PdC, promoting RhCI,, for methane
Pd/CsHPMoWO, for cyclohexene oxidation, a
Pd(bpy)acetatdmontmorillonite,
conversion to acetic acid, a 139 36 88
for nitrobenzene carbonylation, a 137
PdlY,O,, P-0,. ionic Pd state, a
three-way, for automobiles 57
Palladium Complexes,
Pd dichloride- 1,3-bis(diphenylphosphino) propane, for nitroaromatic reductive carbonylation, a 139
cationic Pd( 1.10-phen), (bpy), (1.10-phen)(py),
immobilised in Nafion, a 138
K,PdCI,, Pd(AcAc),, with allene,
for hydrogenations, a 88
Pd,(dba),, for terphenyl cyclisation, a 139
Pd allyl+bidentate ligands, for codimerisation,
Pd(acac),
+
Ph, ligand,184 37
PdCl,(Ph,P),, for ethylene,
alcohol hydrocarbonylation, a 139 37 Pd(OAc),-ligand,PdCI(ligand), trans-PdCl,(ligand),
optically active, for asymmetric reductions, a 184
Pd(PPh,),CI,, Pd(PPh,),, ketone production, a 89 88
for reductase inhibitor, a 184
Platinum, add-on to industrial thermal incinerator co-oligomerisation reactions, a 37
for sucrose ether production, a PdCI,, Pd(OAc),, allylic alcohol oxidation, a
Pd(OAc),, for 1,4-diene annulation, a
(Ph,P),Pd, for nitrile production, a
for air pollution control 160
for exhaust gas control, CAPoC3 109
137
Pt,&
alloy, for NO-CO reaction, aPt
bimetallicly-Al,O,,35 Pt wire, for CH,+CO, reaction, a 87
Pt-RdAl,O,, preparation study, a 87
WAI,O,, preparation study, a 87
Wy-Al,O,, promoted, n-decane dehydrogenation, WC, polycrystalline thin films,
0 reduction activity, a 135
p1/KL zeolite, preparation by CVD, a 87
methylcyclopentane, a 183
Pt-DyKL zeolite, to reform hexane,
methylcyclopentane, a 183
PtlML zeolite, basic metal effect on
n-C, aromatisation, a 137
Pt/Rh, automobile 2.10
WSiO,, for H,S oxidation, a 183
stabilisation, sintering, a 35
Wsupport, promoter effects on auto emissions, a 87
Wzeolites, CH, conversions 19
for n-hexane reactions, a 183
Pt(N02)2(NH,)Jsuperacid supports,
for propane combustion, a 137
Platinum Complexes, Pt(II)-I-H-H,O,
C,H, reactions, a 36
Rhodium, colloids, for disubstituted
aromatic reduction reactions, a 89
Ir-Mo-Rh/SiO,, for CO hydrogenation, a 138
Rh( 110) surfaces, for NOtH reaction, a 184
Rh carbonyl-pyridine/SiO,, preparation,
alkene hydrosilylation, a 36
Rh/yAl,O,, for methylcyclohexane
dehydrogenation, a 138
Rh/AI,O,, surface explosions, a 36
TiO,, SO,, for CH, reforming, a 138
Rh/NaY, M Y , preparation, zeolite effects
Rh/SiO,, CH, from syngas, CH,CHO adsorption, a for n-decane dehydrogenation, a 35
Pt
foil, for CH,-C,H, combustion, aWy-Al,O,, benzene hydrogenation, a 35
preparahon. a 35
Dy activity effects on reforming hexane,
on syngas reachons, a 88
88 88
promoted, for EtOH synthesis, a
Page
RhC1,.3H20/SPPS, hydroformylation reactions, a 88 Rh(OH)(CO)(PPh,)Jr-Al,O,, benzene
hydrogenation, a 139
single crystals, surface explosions, a 36
Rhodium Complexes, [(C,H,,),RhCI],,
for hydroacylation of olefin derivatives, a 185
chiral phosphinephosphite-Rh(I),
for hydroformylations, a 140
hydroformylation reactions, a 185
HRh(CO)(PPh,),, cross-coupling reactions, a 184
Na,Rh(I)Cl(dpm),, for water photolysis, a 182
Rh( 1-(2-diphenylphosphino)-l -naphthyl)-
37
Rh,CI2(CO),, for pentane photocarbonylation, a 182
[Rh,O(OAc),(H,O),]OAc, alkane oxidation, a 89
RhCI,,
+
Pd/C, for methane conversionto acetic acid, a 139
[RhCI(CO),l,, for ring-opening silylformylation, a 37
RhCI(PPh,),, for cyclocarbonylation, a 37
for diene-hydrosilane reaction, a 89
[Rh(cod)CIl,, for alk- I-yne hydrosilylation, a 37
[Rh(cod)CI],-PPh,, for alk-1-yne hydrosilylation, a 37
Rh(I)+chiral ligands, for asymmetric cyclisation, a 37
Rh(1) arsine complexes, for alkane
dehydrogenation, a 185
Rh(1) silyls, activation of C-F bonds, a 185
Rh(III), catalytic effect on luminol
chemiluminescence, a I82
Rh(III)-H-I-H,O, for C,H, to C2H, conversion, a 139
Rh(OH)(CO)(PPh,),, benzene
hydrogenation catalyst, a 139
Rh(SOX)(COD), olefin hydroformylation. a 139
Wilkinson’s complex. (PPh,P),RhCI, for ketone
production, a 185
Ruthenium, LaSrAlCuRuO/Al,O,,
characterisation, a 184
perovskites, for NO reduction, a 184
Ru-Co/CeO, Fischer-Tropsch, a 36
Ru-Cdsupport, for alcohol synthesis, a 138
Ru-MoISiO,, preparation, for CO hydrogenation, a 138
RdAI,O,, CH, oxidation to syngas, a 36
Ru/black, Rdsupport, for butylphenol
hydrogenation, a 184
88
K promoted, H, chemisorption, a 138
Rdzeolite A, preparation for NH, synthesis, a 138
Ruthenium Complexes, Ru heteropoly
+
Kchlorate, for alcohol, aldehyde oxidation, a 139 Ru methylene complexes, reduction with
hydrosilanes, a 38
RuC1,-NR,I-NR,, for esterification of ethylene, a 185
[Ru(CI)H(PPh,),], for cycloheptadiene reactions, a 140
Ru(cod)z, to give poly(eno1 ester)s, a 140
Ru(II) dichlorotris(tripheny1phosphine).
for perfluoroalkylpymle synthesis, a 185
steroid transformations, a 89
oxidations, a 89
87 87 138
108 85
185
Coal, flue gas desulphurisation 70
Coatings, claddings, Pt on Mo-Re, high temperatures 108 34 87
Catalysts, Rhodium (conrd.)
(CO),W(PPh,),~(CO)(PPh,),
isoquinoline, for asymmetric hydroboration, a
RdSiO,, for CH, reduction, a
[Ru(r-O~CH)(Co),(PPh,)1,,
[RuO(bpy)(trpy)](CIO,),, for alkylaromatic
Pt hexafluoroacetylacetonate in KL zeolite, a of Ru, 0 s thin films, a
Chemical Vapour Deposition,
Chemisorption, H,, on K-RdSiO,, a Claddings, Pt on Mo-Re, for high temperatures Clusters, Pd, giant, structure, a
Chromophores, [Ru(tpy)(BL)CI]’, a 181
polymer-immobilised PGMs 60
Co-oligomerisation, Ru, ions in glass, thick reactions, a 37 film resistors, a
Ir, on C-C composites, a
Pd, reductive deposition on porous Si, a
Page
Pd-Zircaloy-4, on nuclear fuel rods 15
Pd/Pt black, on Pd, Pd alloy hydride electrodes, H discharge characteristics, a 86
poly(viny1ferrocenium) on Pt electrodes, a 135
WAl,O,, for selective solar collectors 179
Ru oxides, for anodes 70
RuO,/TiO, film on electrodes, a 86
Cobalt, Co/Pt. disks, writderase cycling, a 38
see Multilayers, see also Magneboptics
180
Codimerisation, reactions, a 37
Cold Fusion, a 86
Colloids, Rh, for disubstituted aromatic reduction, a 89
Composites, NiO-Pd, transport properties, a 180
Conferences, 1 st European Congress on Catalysis, Montpellier, France, September 1993 16
3rd Int. Cong. Catal. Auto. Poll. Control (CAPd73).
Brussels, April 1994 109
3rd Inter-republic Conf. Hydrogen Mater. Sci. & Chem. of Metal Hydrides, Ukraine, October 1993 20
164
loth World Hydrogen Energy, Florida, June 1994 174
Fuel Cells, Long Beach, February 1994 71
Coatings (conrd. j
in superlattices with Pt, a
6th MMMllntermag, New Mexico, June 1994
SAE, Detroit, February 1994 57
Copolymerisation, aniline, para-phenyldiamine,
on Irofli electrodes, a 86
immobilised FGM clusters 60
Corrosion, Pd( 100) layer-by-layer in H,SO,,
I catalysed, a 90
Corrosion Protection, u 140
Cottington, Ian E. 150
Cross-Coupling Reactions, a-alkoxystannanes
to acyl chlorides, a 89
Pd catalysed, for reductase inhibitor, a 184
Rh catalysed, unactivated allenes and I-alkynes. a 184
Crystals,
Ir, Ir
alloys, single rod, fracture behaviour, a 84Pd in C worms 59
Pt&e,( 11 1). single, for CO adsorption, a 83 37
oxidative, terphenyls, for triphenyl synthesis, a 139 Cyc!isation, asymmetric, catalysts for, a
Cyclocarbonylation, Cycloheptadiene, reactions, Cyclohexene, oxidation,
l-aryl-2-(trimethylsilyl)acetylene, a 37
with [Ru(Cl)H(PPh,),], a 140
over Pdheteropoly compounds, a 36
n-Decane, dehydrogenation, a Dehydrogenation, alkanes, a Deposition, Pd laser written lines, a Desulphurisation, of coal flue gas Detectors, amino acids, a
reactions, by Pd-Ag tubular membranes, a
reductive, Pd on porous Si, a
CO, 0,. by
PtAu/ZrO,,Y,O,,Yb,O,/Pt,
a glucoseH, 21,
HzS, by RGTO WSnO,, a IR, tunable
lactate, enzyme microelectrode with Rh methane, of Pt or Pd doped SnO,, a peptides, a
periodate, a pH, a
35 35, 138, 185 141 182 87 70 137 136 35, 108 137, 174,183 34 163 108 34 137 183 87, 136
pyranose oxidase, a 183
saccharides, a 183
Deuterium, diffusion into Pd at high temperature, a 134
Dienes, reactions, a 37.89
Diesel Engines, pollution control, CAPoC3 conf. 109 Diffusion, H and D into Pd, a 34, 134
Diodes, p*n, Pt-diffused, electrical properties, a 38
Diurethanes, synthesis, a 139
25-Dihydro-~-inden-l-ones, production, a 37
Diibereiner, Johann Wolfgang, history 74
Page Dysprosium, effects on Pt-KL zeolite
reforming catalysts, a 183
Editorial 150
Electrical Contacts, ohmic, AulPd/Teln-InF', a 141 Pd/Ge, for CHINTlNERFETs fabrication, a 90 Ti/h/Au/n-InN, thermal stability, a 141 ultra low resistance, with P t / T i i A u , a 141 Electrocatalysis, of Pt and RuO,,
interfacial mediator interpretation 166 Electrochemical Cells, for T generation, a 86 Electrochemistry, a 33.34.85.86. 135, 181 Electrochromism, multicolour, by redox
reactions of Ru(bpy) & MV, a 86 Electrocrystallisation, for CoPt superlattices, a 83 Electrodeposition, a 34,86,87, 136, 182 Co-Pt, Co-Pd thin films from alkaline baths, a 180
Pt on Ti electrodes 165
Electrodes, amperometric, Pt, platinised graphite, saccharide, pyranose oxidase, determination, a 183
anodes, Ru oxide coatings 70
cathodes, Pd+lignin, H sorption, a 85 Pd, D loaded for T generation, a 86
Pt in MeOWair fuel cells, a 89
DSA, Ru+Pt+Ti mixed oxide, a 85
in fuel cells see Fuel Cells
IrOJri, copolymerisation reactions, a 86 IrRuS semiconductor, 0, evolution, a 181 Nafion-coated
KO,
+
Ru(bpy)+
MV,redox reactions, a 86
Ni-Nb-Pt, for ethylene oxidation, a 181
Pd, corrosion behaviour, a 34
H discharge. a 86
for pH measurements, a 136
Pd-Ni-Rh hydride, Pd-Rh hydride,
with PdPt black coatings, H discharge, a 86
photo-, Wp-Si, H evolving, a 86
poly(vinylferrocenium)/Pt,
anthracene electroreduction. a 135 33 for formaldehyde electro-oxidation, a 181 Pt, electrodispersed, with Pt oxide layers, a
Page
micro-, rotating disc, 0, reduction, a 33
in PAFC, a 185
in phosphoric acid, a 140
in polyaniline, electro-oxidation, of C1, MeOH, a 135 Pt(lll), Pt( 100). rotating discs,
0, electroreductlon, a 85
supporting F'ZT thin films, a 85
Pt rotating wire, for periodate determination, a 183 Pt-Ru, for CO electro-oxidation, a 85
for MeOH electro-oxidation, a 181
Pt-SdC, for MeOH electro-oxidation, a 181 Pt-SdC in silicotungstic acid, a 135 Wgraphite, for H, electro-oxidation
in KOH solution, a 181
Ru+Pt+Ti mixed oxide, properties, a 85 Ru/Pt, anodic film growth, in HCIO.,, a 181
RuO,, supporting PZT thin films, a 85 RuO,-C composites, for glucose oxidation, a 183 RuOJC, for amino acid flow sensor, a 137
Ru0,1Ti02 film coatings, a 86
Ti, Pt plated, pretreatment I65
ultramicro-, Ir-based Hg, a 87
to bind catalyst to monolayer films, a 86
ceramic membranes, a 33
165
auto, catalyst technology 2,57,87, 109,173
coal flue gas 70
Pt
catalyst, for industrial VOC thermal incineration 160 Enamins, synthesis using Ru(II) complexes, a 180 Energy, hydrogen, I0th.World Conf. 174storage, in supercapacitors 46
Electroless Deposition, selective, Pd, Electroless Plating, Pd film in tubular Electroplating, Pt plating on Ti Emission Control,
Engines, to control NOx Enthalpies, Pt
Enynes, production by cross-coupling reactions, a Epoxides, ring opening silylformylation, a Esters, preparations, a
Etching, Pt, by magnetron, cyclotron plasmas, a Ethene, dimerisation, by Pd cationic
complexeflafion, a
Ethylene, electro-oxidation at Ni-Nb-Pt electrode, hydroesterification, with methyl formate, a reactions, a
synthesis, a
2 119 184 37 89,140 83
138 a 181 185 37,139 139
F e m e n e , with [Ru(bpy)J2' in LB monomultilayer Films, Pd catalyst binding to, a
films with ferrocene, a 137
86
Pd-AI-Si-V, for ULSI, a 84
Wp-Si, photoelectrodes, H evolving, a 86 RuOfliO, coatings on electrodes, a 86 see also Thin Films, see also Multilayers
Fiseher-'hpsch. reactions, a 36.38
Flue Gas, desulphurisation 70
Fluorine, C-F bonds, activation, a 185 Formaldehyde, electro-oxidation on a Pt electrode, a 18 1 Formate, stabilisation on Pt( 11 I), a 134 184
Fuel Cells. a 38.89.90, 140. 185
Formic Acid, reduction with allylic esters, a conference
MeOWair, a PAFC. a PEM Ru in, a SOFC, a
Fullerenes, Pd crystals in nanoworms Glass, making
Glasses, Pd-Ni-P, high temperature properties, a in thick film resistors, a
Glucose, detector, a oxidation, a
Heat Pumps
n-Hexane, aromatisation, a
History, glass making using Pt in Jena
Holography, of Pt( 1 1 I), a
Hydroacylation, styrene, pentafluorostyrene, a Hydroboration, asymmetric, of vinvlarenes, a
reactions over Pt catalysts, a
Spanish platina
to reconstruct
Pt(
110) surfaces, a71 89.90 90,185 174 140 140 59
73.74 32 185 35 183
174 183 183 74 22,126 136 182 185 37 Hydrocarbons, unsaturated, hydrogenation
by Pd(II)-allene system, a 88
Hydrocarboxylation, ethylene, alcohols, a 139 Hydroesterification, ethylene
+
methyl formate, a 185Hydroformylation, alkenes, alkynes, a 185
reactions, a 88, 139,140
Hydrogen, 10th World Hydrogen Energy Cod. 174 absorption, by Pd cathode+lignin, a 85
absorption effects on Zr,Rh, a 134 chemisorption, on K-RdSiO,, a 138 diffusion into Pd at high temperature, a 134 discharge from Pd, Pd hydride alloy electrodes, a 86 electro-oxidation in KOH solution,
at Wgraphite electrode, a 181
Pd, Pd alloys, conference 20
Pd separation membrane, a 140
Pd-H system 112
permeation in Pd, PdNi, PdRu, PdAg membranes, a 34
photoevolution, from Wp-Si, a 86
production from CH,, a 88
reaction with NO, a 184
recovery from H,S, by WSiO,, a 183
sensors 21,137, 183
solubility in Pd alloys, a 84
transfer reactions, a 89
Hydrogen Sulphide, catalytic control in cars
Hydrogenation, acetylene, a detector, a
H
recovery from, a benzene, abutylphenol, over Ru catalysts, a W, in butynediols and octene, CO,, for alcohol synthesis, a
CO, over Ir-Mo-WSiO,, a
disubstituted aromatic rings, a styrene, over Pd-Holy-Al,O,, a unsaturated hydrocarbons, a Hydroi@hation. acetylene, a Hydmdylation. of alk-1-yne, a
alkenes, a
by Pd/Al,O,-heteropolyacid. a
Ru catalyst preparation effects, a
Page 2 34 183 34, 139 35,139 184
184 138 138 138 89 36 88 139 37 36
Industrial Pollution, Pt catalyst for 160
Infrared, detectors, tunable 163
Interconnects, nanosize 56
Iodine, promoter, CH, conversion to CH,COOH, a 139 in Pt homogeneous system, C,H, reactions, a 36 34 compounds, Ir,Si,/SiGdp-Si( 100).
high temperature stability, a 84
ZrRh shape memory effect, a 84
Ir-Au bilayer films, in superconducting
phase transition thermometers, a 38 Idquartz, thin films, by MOCVD from
Ir(tetramethyl-heptadione)(cyclooctadiene), a 136 33
in Schottky diodes, a 141
single crystal rod, fracture behaviour, a 84
in tunable
IR
detectors 163Iridium Alloys, Ir-Al-Si, high temperature
oxidation, a 134
33 Ir-Re-Ru, fracture behaviour, a 84
Ir(CO)CI(PPh,),(O,), photoelimination of 0, a 136 IrR(CO)L,(mnt), photochemistry, a 136
IrO,-TqO, ultrafine particles, sol-gel preparation, a 134
in supercapacitors 46
33 Iron, promoter, to Rh/SiO,, for EtOH synthesis, a 88 Japan, Johnson Matthey Kitsuregawa Technical Centre 11
Jena, glass making history 1 4
Johnson Matthey, Kitsuregawa Technical Centre 11
“Platinum 1993 Interim Review” 15
“Platinum 1994” 125
35
Ketones, alkyl, production, a 185
Langmuir-Blodgett, films, optical modulation, a 182 135
137
Lasers, Pd in, a 32
L i ,
in Pd electrode, for H sorption, a 85 Lithium, promoter, to Rh/SiO,, for EtOH synthesis, a 88Luminescence,
Cl2@Ru(bpy),2’. quenching mechanism, a 136
IrR(CO)L&mt), a 136
luminol, a 182
in
Ipt(dp m)(5,6-Meghen)l(ClO,),, a 182 35 [Ru(bpy),]? in,langmuir-Blodgett films, a 137Ru(II) d i w e in 0, probes, a 183 Luminol, chemiluminescence, with Rh(IlI) catalyst, a 182 Iridium, coatings on C-C composites, a
mixed metal oxide magnetic properties, a
Ir-Nb-Zr, high temperature properties, a
Iridium Complexes,
Iridium Oxides,
Iridium Sicides, phase diagram, a
JM216, anti-cancer drug, a 141
Joining, of ceramic/Pd composites, a
monolayers, of Os(DPP),, electron kinetics, a trough. multimonolayers, with Ru(bpy)
see also and f e m e n e , electrical properties, Thin Films
a
Ru(bpy)pf, in glucose sensor, a
Page 180
in Comt superlattices, a 180
in ErPt$i,, a 83
H absorption effects, on Zr,, a 134
164
in Pd/Fe nano multilayers, a 32
38
141
Medical Uses: a 141
Membranes, in fuel cells, a 140
Pd 174
formed inside porous tube, for H separation, a 140 Pd, PdNi, PdRu, PdAg, for C,H, hydrogenation. a 34 Pd-Ag, for dehydrogenation reaction, a 141 Magnetism, in Co-Pt. Co-Pd thin films, a
in CON* multilayers, a 140
in P&TiIn, a 33
Pd, Pt in storage applications, conference
multilayers in, conference 164
Magneto-Optics, C& disks, writderase cycling, a properties of CON* multilayers, a
see also Thin Films; and Multilayers
Pd/ceramic,
Hfl,
permeability, a 33 Metal-Support Interaction, in WMLMethanation, zeolite catalysts, activity of a c/Rh bearing 137 35
139
on Wzeolites 19
to CO+H,, over Ru, a 88
activated magnetite, a 90
over Pd/Al,O,, a 35
Methane, combustion, with C,H,, over h foil, a
conversion, duect, to acetic acid, a
detector, a
oxidation, partial, over RU/AI,O,, . . syngis preparation, a production, from CO+H,, a reforming, with CO,, over Pt wire, a
Methyl Formate, hydroesterification, with ethylc Methylcyclohexane, dehydrogenation, a Methylcyclnpentane, aromatisation, a
conversion on F’tiKL zeolite to C , q , a
Millifg,
ball, high energy, between Pd-Si, a Multdayers,Comt, superlattices by electrocrystallisation, a Pd-Ni, compositionally modulated, optical,
WCo, cwrcivity, conference report over Rh, a
electronic properties, a
34
36 88 87 138 me, a 185 138,141 183 87 84
83
180 164
Nanotechnology, C cluster production using Pt, Pd, a 83 59 56 Nitriles, from vinyl triflates, a 88 Nitro-aromatics, reductive carbonylation, a 139
Nitrobenzene, reactions, a 36,137
Nitrogen Oxides, catalytic control in automobiles 2, 10 emissions control, book review 173
NO, reaction with H, a 184
184 15 Pd crystals in C worms
Pt nodes for polymer connections
reduction, by Ru perovskites, a Nuclear Fuel, Pd-Zircaloy-4 clad rods
Octene, hydrogenation, a
Olefins, I ,2-disubstituted, hydroformylations, a
active, production by Pd complexes
+
ligands, a cyclic, hydroformylation, areactions with [Ru(CI)H(PPh,),], a
Optical Properties, MI,, colours, a Osmium, compounds, carbonyl fluorides, a
oxide phases, a Osmium Complexes,
Os@PP), Langmuir monolayers, electron kinetics for photovoltaic devices
Oxidation, alcohols, aldehydes, by K chlorate
+
Ru heterocomplex, aallylic alcohols, by Pd(II) salts, a cyclohexene, a
electro-oxidation, CO, on Pt-Ru electrodes, a carbonyls, transformation to metal and
MeOH, on Pt-Ru alloys, a
184 140 184 139 140 32 135
135
, a 135 151
139 37 36
85
181
Page Oxidation (conrd.)
on Pt-Sn/C bimetallic catalysts, a on Pt-SdC in silicotungstic acid, a glucose, at Ru0,-C paste electrodes, a H2S, a
I r - A N , at high temperatures, a methane, partial, syngas preparation, a photocatalytic, 1.1 ’-bi-2-naphthol,
by [Ru(menbpy),l*’, a
photo-elimination by Ir(CO)CI(PPh,),(O,), a probe, a
reduction activity, of thin film WC, a
black, electrode coatings, a for C cluster production, a clusters, giant, structure, a in Co-Pd thin films, see Thin Films compounds, P&TiIn, magnetism, a
PdSi produced by ball milling, a Ti,Pd, TiPd, electrochemistry, corrosion, a UPd,AI,, superconductor, magnetic, MeOH, C1, by Pt in polyaniline electrodes, a
Oxygen, electroreduction, at
Pt,
aPalladium, ball milling with Si, a
electrical, thermal properties, a crystals, in C worms
in electrodes, see Electrodes Fe/Pd nano layers, magnetism, a H, D, diffusion, a
Page
181 135 135 183 183 134 36
136 85 136 183 135
84 86 83 85
33 84 34
180 59
32 134
joining to ceramic to make composite, a 35
lines, laser written on silica, deposited from PdAc, a 182
in magneto-optics, see Magneto-Optics
membranes, for H separation, a 33.34, 140, 141 180
NiO-Pd composites, transport properties, a in ohmic contacts, a
Pd( 100) dissolution by H2S0,, I catalysed, a Pd-H system
Pd-Ni, CMM, optical, electronic properties, a Pd/Ge thin film contacts to GaAs, for lasers, a Pd/Rh bimetallic clusters, polymer protected, a in sensors, see Detectors
thin films, see Thin Films
in Zircaloy-4 cladding, on nuclear fuel rods
see also Hydrogen
Au-Pd-Cr-Pt-Fe-Al-Y, high temperature
Pd-Ag, cold worked, H solubility, a Pd-Ag-Ni, cold worked, H solubility, a Pd-Al-Mn, high temperature deformation, a Pd-AI-Si-V, for ULSI, a
Pd-Cr, high temperature strain gauge materials Pd-Fe-Au, electrical properties, a
Pd-Ni, cold worked, H solubility, a for H absorption in sensor, a pyrophosphate plating baths for, a Pd-Ni-P, high temperature properties, a Pd-Si-Cu, phase separation, a
PdYBC, high temperature superconductor shape memory effect, a
by Rh complex, a Palladium Alloys,
strain gauge materials
Pentafluorastyrene. hydroacylation, a Pentane, carbonylation, photocatalysis Peptides, flow detector, a
Perfluoroallrylpymles, synthesis, a Periodate, determination at a rotating
Pt wire electrode, a pH, measurement, a Phase Diagrams, Ir-Si. a
Pt-In-P, a
Pt-Rh-W at 1oOo“C. a Ru-Te, a
Yb-Pt-Ge system, a sensor, a
N-Phenylcarbamate, methyl, production, a
90,
i i i
90 112 180 32 32
15
98, 179
84
84 84 32.84 98, 179 32 84 137 182 32 134 56 33 185
182 I37 185
183 183 87, 136 33 32 134 135 134 I37
para-Phenyldiamine, copolymerisation, on IrO,/Ti electrodes, a Photocells
Photoconversion, a
Photoelectrochemistry, H, production Photolysis, laser flash, for Ru(bpy)dpp
and Ru(bpy)dhp absorption spectra with Wilkinson’s catalvst. a
34.86, 136,
, a Photosensitisers, Ru, 0; complexes Photovoltaic Devices
Platina, Spanish history
Plating, Ti pretreatment before Pt deposition Plating Baths, pyrophosphate for Pd-Ni
alloy coatings, a
“Platinum 1993 Interim Review” “Platinum 1994”
Platinum, anti-cancer drugs, a black, electrode coatings, a for C cluster production, a
cladding, for Mo-Re high temperature alloys compounds, ErptzSi,, magnetic properties, a in electrodes, see Electrodes
enthalpies, specific heats
etching, by RF magnetron and electron cyclotron resonance, a
for flue gas desulphurisation in fuel cells, see Fuel Cells in alass making, book review
MI,, colours, a
86 151
, 182 174
86 182 151 151 22, 126 165
182 15 125 141 86 83 108 83 32
119
83 70
13
interconnecting nodes for polymers 56
interfacial mediator interpretation of electrocatalysis 166 in magneto-optics, see Magneto-Optics
in multilayers, a 141
in ohmic contacts, a 141
plating, on TI, surface pretreatments 165
in p*n diodes, a 38
Pt(l10) surface, holographic reconstruction, a 182
Pt( 11 l), formate stabilisation by 0, a 134
photoelectron holography, a 136
Pt-In-P high temperature phase data, a 32
Pt-Rh-W system, a 134
Pt/BF,’/diamond, facet effect on
electrical properties, a 83
Pt/C polycrystalline thin films,
oxygen reduction activity, a 135
WCo disks, writderase cycling, a 38
Wdiamond/Si, facet effect on electrical properties, a 83
in resistance thermometers. a 141 180
thin films, see Thin Films
74 Yb-Pt-Ge system, phase equilibria, a 134
Platinum Alloys, in electrodes for fuel cells, a 38
&Fe,( 11 1). CO adsorption, a 83
Pt-W-Re-Ni-Cr-Y, high temperature strain in superlattices with Co, a
used in glass making at Jena
Pt-Mn-Sb, polar Kerr rotation 164
gauge materials 98, 179
into KL zeolite, by CVD, a X=anionic ligand, synthesis, a
Platinum Complexes, Pt hexafluoroacetylacetonate,
[PtDJX,, D=Schiff base or hydrated Schiff base,
[q(dppm)(5,6-Me2phen)](C10~)2, luminescence, a Platmum Metals. wlvmer-immobilised clusters Platinum Resist&ce*?hermometers, thin film, a Pollution Control, auto exhaust, CAPoC3 conf.
coal flue gas
NOx exhaust emissions, book review promoters for autocatalysts, a Pt catalyst, for industrial air emissions SAE Congress, Pd automotive catalysts Polytluorobenzenes, C-F bond activation, a Polymerisation, immobilised PGM clusters Polymers, with attached clusters, a
immobilised PGM clusters interconnects between Pt nodes
87
180 182
60
141 109 70 173 87
160
57 185
60
32
60
56
199
Page
poly(3-methylthiophene) electric switching 56 polyimide film, RuO,, thick film resistor, a 38 138
for Rdzeolite A, a 138
to RdSiO,, H, chemisorption, a 138 “Precious Metald’: ISSN 1004-0676 21
35 87 88 139 138, 139 Propane, low temperature catalytic combustion, a 137 2-Propanol. H transfer to cyclohexanone, a 89
Pyranose Oxidase, detection, a I83
Pyrolysis, of CH, with CO, to give acetylene, Polymers (contd.)
Potassium, promoter, nitroaromatic carbonylation, a
Promoters, alkaline metals, for Pt/A120, catalysts, a CeOz, effect on autocatalysts emissions, a
I - , for methane conversion to acetic acid, a
K, for catalysts, a
Fe, Li, to Rh/SiO,, for EtOH synthesis, a
Propylene, hydroformylation, a 88
. .
benzene, a
Pyrroles, perfluoroalkylation, a
87 185
Reductase Inhibitor, synthesis, by Pd complexes, a 184 Reduction, electro-, 02. at Pt electrodes, a 85 Reforming, CH, with CO,, over Rh, a 138 Resistors, RuO, reaction with AIN in resistor pastes, a 38 RuO, thick film, resistance adjustment, a 38
Ru0,-based thick film, a 185
Rhodium, compounds, carbonyls,
135 RhCI,(DMSO),, photochemical isomerisation, a 34 Zr,Rh,
H
absorption effects, a I34ZrRh shape memory effect, a 84
Pd/Rh bimetallic clusters, polymer protected, a 32
F’t-Rh-W system, a 134
conversion to CO,, a 90
Rhodium Complexes, breathing CO 159 Ruthenium, clusters, in resistors, a 185
compounds, carbonyls, transformation
to metal and oxide phases, a 135 CpRu(PPh,),S,P(OR)2, synthesis, structure, a 85 34 RuS,, semiconducting,
STM,
a 85in fuel cells, a 38, 140
Ru-Te system, constitution, a 135
19
quenching mechanism, a 136
cis-di(thiocyanato)bis(2,2’-bipyridyl-4,4’-
dicarboxylate)Ru(lI), photosensitiser 151 (NMe,CH2Ph)+(Ru4C[CO] ,,Me)- cluster,
CO breathing 159
Ru(bpy),dpp’. and Ru(bpy)?dhp?*,
absorption spectra, a 86
[Ru(bpy),]’*, sensitiser in LB monomultilayer
films with ferrocene, a 137
RuCIH(CO)(PPh,),, reaction with allylamines, a 180 Ru(II) diimine, as luminescent 0 probe, a 183 Ru(II)-bipyridine, optical modulation in LB films, a 182 [Ru(menbpy),]”, to oxidise l,l’-bi-2-naphthol, a 136
transformation to metal and oxide phases, a
in glucose, lactate sensors 108
(~0,),.,,,(Fe,0,.,), preparation. for C
[Rh(acac)(L),(C,)] synthesis, a 180
Ru(C,H,),, precursor for RuOz thin films, a
single crystals, tensile testing 12 Ruthenium Alloys, Ru-Nb-Zr, optimised properties Ruthenium Complexes, C120-Ru(bpy),’*,
(n-allyl)Ru(ll), a I80
[Ru(tpy)(BL)Cl]’, synthesis, a 181 Ruthenium Dioxide, interfacial mediator
Ruthenium Oxides, in anode coatings
interpretation of electrocatalysis 166 70 Ru02, thick film resistors, NdYAG laser effect, a 38
thin films, a 34
34
in supercapacitors 46
in thin films, see Thin Films RuO,, CVD, for RuO, films, a
Saccharides, detection, a
SAE, 1994 Congress
183 57
Page
Schottky, behaviour, in Pt/BF,*/(100) diamond, a 83 Schottky Barrier Diodes, WGaAs, a 90 Schottky Diodes, for H detection, a 183
Ir-AUn-GaAs, a 141
Semiconductors, RuS,, STM, a 85
Sensitisers, for photovoltaic devices 151 Sensors, see Detectors
Shape Memory Effect, a 33.84
Silylation, dehydrogenative,
1,5-dienes with hydrosilanes, a 89
Sol-Gel Process, for ultrafine Ir02-Ta20, particles, a 134
Solar Surfaces, F’t coated 179
Specific Heat, Pt 119
134 Stannanes, a-alkoxy, cross-coupling
to acyl chlorides, a 89
Steroids, for p-oxopropyl esters production, a 89 Strain Gauges, high temperature, alloys for 98, 179
Styrene, reactions, a 36,37,185
Sucrose Octadienyl Ethers, production, a 184 Superacids, solid supports for catalysts, a 137 Supercapacitors, as energy stores 46 Superconducting Phase Transition Thermometers, a 38 Superconductivity, H absorption effects, on Zr,Rh, a 134 Superconductors, YPdBC, high temperature 56 UPd,AI,, magnetic, electrical, thermal properties, a 180 Superlattices,
Comt, multilayer growth by electrocrystallisation, a 83
Switching, in polymers for nanosize connections 56 88
Schott, Otto, history 74
Silylformylation, ring-opening, epoxides, a 37
Zr2Rh, H absorption effects, a
Comt antiferromagnetic coupling, a 180
conversions, over Rh/Si02, a 88
for EtOH synthesis, a 88
Synthesis Gas, CH, production, a
preparation, from CH,, a 36
Telomerisation, butadiene, a 184
Temperature Measurements, a 38,141
millikelvin, a 38
Terephthalic Acid, for poly(eno1 ester)s synthesis, a 140 Terphenyls. preparation, for triphenylene synthesis, a 139 Thermodynamics, Pt, specific heats, enthalpies 119 Thick Films, RuOz in polyimide resistors,
Nd:YAG laser effect, a 38
Thin Films, Co-F’t, Co-Pd, coercivities, squareness, a 180 in detection technology see Detectors
Idquartz, by MOCVD from Ir(tetramethy1-
heptadione)(cyclooctadiene), a 136 Langmuir-Blodgett, optical modulation, a 182
164
Pd/mica, characterisation, a 83
polycrystalline Os, from Os(hfb)(CO),, CVD, a 87 polycrystalline Ru, from Ru(hm)(CO),, CVD, a 87 Pt/C, 0 reduction activity, a 135
Wmica, characterisation, a 83
Pt/sapphire(oOOl), by MBE, a 35
PZT/RuO,/SiO,/Si and PZT/Pt/TiiSiO,/Si, a 85 RuO,, on glass, Al, Si( IOO), CVD, a 34
MOCVD, a 34
resistivity, a 84
see also Films; Langmuir-Blodgett; Magneto-Optics Titanium, electrodes,
Pt
plated 165 Triphenylenes, substituted unsymmetrical,synthesis, a 139
Tritium, generation in electrochemical cells
using Pd cathode, a 86
Vinyl M a t e s , for nitrile production, a 88
Vinylarenes, reactions, a 37, 139
Volatile Organic Compounds,
Water, photolysis, with Wilkinson’s catalyst, a multilayers, in magnetic storage, conference
Vinylsilanes, preparation, a 37
catalytic thermal incineration 160
182
