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Platinum Metals Rev., 1990, 34, (4), 249

Subject Index to Volume 34

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Absorption, H2, in Pd-Ga, thermodynamics, a 155
Acetaldehyde, synthesis, in fuel cell, a 233
Acetalisation, alkenes, a 162
Acetals, formation, a 43
Acetophenone, electrohydrogenation, a 225
Acetylene, reactions, a 43, 161
Acrylic Acids, asymmetric hydrogenation, a 232
Adsorption, azomethane, on Pt(lll), a 226
CO, on Pd(100)-S, a 99
on Pt/TiO2, methanation sites, a 229
on Rh, a 223
C2H4, on Pt, a 98, 229
H2, on Pt/TiO2, methanation sites, a 229
nitrogen oxides, on polycrystalline Pt, a 98
NO, on Rh, a 100
Alcohols, allyl, hydroformylation, hydrogenation, a 107, 230
ally lie, asymmetric hydrogenation, a 232
benzyl, electrooxidation, a 226
cyclohexanol, oxidation, dehydrogenation, a 107, 228
ethyl, methyl, carbonylation178
methyl, decomposition, a 42, 161
synthesis, a 43, 162
catalytic oxidation, NEMCA effect122
electrooxidation, a 156, 225, 226
formation from CO2, a 225
fuel cell, a 163
production, a 46, 162
propargylic, coupling with aryl halides, a 232
sensor130
Aldehyde, linear, formation, a 45
Aldol, production, a 107
Alfonso Cossa, history215
Alkanes, catalytic formation, a 230
dehydrogenation, photochemical, a 39, 227
hydrogenolysis, a 41, 162
oxidation, a 41
production by reductive elimination, a 224
Alkanes, n-, reforming, a 160
Alkenes, acetalisation, a 162
catalytic formation, a 230
chlorocarbon addition, a 45
cyclic, reactions, a 232
from alkanes, a 39, 227
hydroformylation, a 45
hydrogenation, a 46, 105, 230
oxypalladation, a 162
production by reductive elimination, a 224
Alkyl Formates, decarbonylation, a 46
Alkylbenzenes, oxydehydrogenation, a 231
Allylations, asymmetric, of chiral enamines, a 231
Allylbenzene, conversion, a 46
Amides, formation, a 46
Ammonia, isocyanate production, a 42, 43
oxidation plants47, 62
reaction with CO, a 43
synthesis, catalyst, a 45, 231
Amorphisation, of Al2Pt, a 155
Aromatic Acids, synthesis, a 163
Aromatisation, naphtha, paraffin, a 41, 160
Aryl Chlorides, reactions, a 46, 107, 161, 232
Aryl Halides, for Arylations, cyclic alkenes, a 232 46, 232
Arylcycloalkenes, production, a 232
Arylsulphonyl Chlorides, reactions, a 162, 231
Autocatalysts, contamination by fuel additives16, 97
recovery of spent, book review25
Azomethane, photolysis, a 226
Benzaldehyde, production, a 107
Benzene, conversion from acetylene, a 161
desorption from Pt, a 224
hydrogenation, a 45, 160, 231
oxidation, a 43
in fuel cell, a 108, 233
Benzoic Acid, formation, a 107
Benzoquinone, production, a 43
Biaryls, synthesis, a 107, 162
Bismuth, coadsorption on Pt on HCOOH oxidation, a 224
Book Reviews, 5th Int. Platinum Sym.214
Catalysis or Organic Reactions143
Catalysis Volume 873
Handbook of Precious Metals135
New Developments in Selective Oxidation205
"Platinum 1990"141
Transition Metal Complexes as Drags and Chemotherapeutic Agents15
Butadiene, reactions, a 105, 160, 184, 230
Butane, detector, a 159
hydrogenolysis, isomerisation, a 229, 228
Butane-l, 4-diol, production, a 107
Cancer, anti-tumour Pt complexes, a 110, 235
book review on drugs15
drugs, neutron capture therapy, a 48, 166
Capacitors, RuOx-ionomer composite, a 166
Carbapenems, 2-aryl substituted, a 231
Carboannulation, 1, 3-dienes, a 232
Carbocycles, production, a 232
Carbon Oxides, CO, adsorption, on Pt, Pd, a 43, 99, 222, 229
adsorption with H2, on Ru/C black, a 45
catalytic oxidation45, 122
chemisorptions, a 106, 162, 223, 230
detection, a 40, 104
for aromatic acid synthesis, a 163
for hydrocarbon synthesis, a 161
for isocyanate production, a 42, 43, 106
for MeOH synthesis, a 43, 162
hydrogenations, a 105, 106
reaction with NH3, a 43
reaction with NO, O2, a 105
CO2, activation by Ir2(CO)3(dmpm)2, a 37
cycloaddition to propyne, a 106
for CH, reforming, a 230
for formate photoproduction, a 159
methanation, a 44
reduction, a 37, 46, 107, 225, 227
Carbonylation, reactions, a 2, 46, 161, 178, 231, 232
Carboxylation, cyclohexane, a 107
Carboxylic Acids, formation, a 46
hydrogenation, a 162, 232
Carburisation, Pd/Al2O3, a 43
Catalysis, book review73
by tris (hydroxymethyl) phosphine, complexes74
for organic reactions, book review143
heterogeneous, a 41-45, 105-106, 160-162, 228-231
homogeneous, a 45-46, 107, 162-163, 231-232
industrial, conference207
phase transfer2
selective oxidation, conf. review205
Catalysts, automotive, a 44
effect of fuel additives16, 97
history206
new Johnson Matthey plant71
recovery25
electrochemical modification, NEMCA effect122
EuroPt-I, dispersion, a 228
for phase transfer reactions2
gauzes, in NH, oxidation plant62
Iridium Complex, [Ir(bpy)2(C2, N9)bpy]3+ in, glass, H, evolution, a 103
Os-Re, carboxylic acid hydrogenation, a 162
Palladium Complexes, 1, 10-phenanthroline-Pd + Cu, ester synthesis, a 232
for arylations, vinylations, a 232
Pd cursors, carbonylations, a 231
PdCl3(MeCN)2, + BiCl3 + LiCl, acetalisation, a 162
PdCl(PhCN)2, for biaryls, a 162
Pd(0), cycloisomerisations, a 162
phenyl-phenyl coupling, a 231
Pd(0)/HCOOH/Et, N, hydrogenolyses, a 107
Pd(bis)(diisopropylphosphine) propane, carbonylations, a 46
Pd(dippp)2, for aryl chloride formylation, a 107
Pd(II), oxypalladation, a 162
aromatic acid synthesis, a 163
salts, CO oxidation, a 45
Pd(OAc)2, double Heck arylation, a 46
diene carboannulation, a 232
cyclohexane carboxylation, a 107
Pd(PPh3)4, asymmetric allylations, a 231
in B-nucleoside synthesis, a 48
cyclic vinylidene carbonates, a 232
Pd2(DBA)3.CHCl3, carbapenem formation, a 231
(Ph-CH(OH)CH2HgCl)+PdCl2, styrene oxidation, a 107
Palladium, black, giant clusters, acetal formation, a 43
for electroless Cu deposition, a 110
membrane, cyclohexane dehydrogenation, a 47
modified Ag, a 44
polycrystalline, CO/NO, CO/O2 reaction, a 105
Pd, Rh, Ru/Al2O3, SiO2, TiO2, isocyanate production, a 42
PdCI2, Wacker process, a 44
PdCl2 + CuSO4/SiO2, benzene oxidation, a 43
Pd(III), C2H2 to CtH6 conversion, a 161
Pd(II)-PVP/SiO2, alkene hydrogenation, a 230
Pd+alkali/SiO2, particle size, H effects, a 230
Pd+Co/A12O3, SiO2A12O3, HC synthesis, a 161
Pd+K2Cr, O7/C9 aryl chloride carbonylation, a 161
Pd+Pt/stainless steel, furnace gas purification, a 229
Pd-Bi/D3520 adsorbing resin, L-sorbose oxidation, a 230
Pd-Cu, catchment gauze62
Pd-Rh-Zr, powder, hydrocarbon conversions, a 230
Pd-Tc/support, synergism in HC dehydrogenation, a 43
Pd-Te/C, 1, 3-butadiene acetoxylation184
Pd/Al2O3, butadiene hydrogenation, a 105, 184
carburisation, H2 reduction, a 43
characterisation, by neopentane, a 42
poisoning, on styrene hydrogenation, a 161
Pd/α-Al2O3, dialkyl oxalate formation178
ethyne hydrogenation, a 161
Pd/C, dialkyl carbonate formation178
dispersion effects on activity, a 43
H sorbed effects, a 230
Pd/C fibres, CO/H2 reaction, a 105
Pd/C-THF, aldol synthesis, a 107
Pd/glassy C, microelectroprecipitates, a 225
Pd/KF, biaryl synthesis, a 107
Pd/MgO, SiO2, zeolite-X, +La, MeOH synthesis, a 43, 162
Pd/SiO2, NCO movement, a 43
SMSI, a 230
Pd/support, structure effects, a 228
Pd/TiO2, formate, H2 production, a 158
Pd/NaY zeolite, with carbonyl clusters, a 43
KPd/Y-zeolite, in C2H4 polymerisation, a 106
LiPd/Y-zeolite, in C2H, polymerisation, a 106
NaPd/Y, CaPdTY zeolites, Pd migration, a 161
NaPd/Y-zeolite, in C2H, polymerisation, a 106
Pd/zeolite, chemisorption, neopentane catalysis, a l62
Pd/ZrO2, MeOH decomposition, dispersion, a 161
Pd2+/Pd-Ag+/Ag-H2PO2, thermodynamics, a 105
Platinum Complexes, trans -PtHX(PEt3)2-CCl4, polymerisation, a 45
[L2Pt(H)Ot-L2)Pt(H)L2]2+, synthesis, a 45
Platinum Metals, cycloolefin, enol ether, hydrogenation, a 41
Platinum, CH4/C, H6 ignition, a 41
polycrystalline, CO/NO, CO/O2 reaction, a 105
O2 modification, a 42
surface states, a 41
wire, C2H4, CH, oxidations, kinetic data, a 228
Pt, Pt+Rh/Al2O3, hydrothermal treatment, a 160
Pt, Pt-Re, Re/NaM, n-heptane hydroconversion, a 229
Pt particies/C, coking, morphology, a 228
Pt, Pd, Rh, Ru hydrosols/ion-exchange resin, cyclohexene hydrogenation, a 41
Pt(RuO2)/TiO2, water photolysis, a 226
Pt+Re+Cr/γ-Al2O3, surface properties, a 42
Pt-Al, oxidation of, activity, a 41
Pt-CeO2-Ni, MeOH decomposition, a 42
Pt-Re/A12O3 Cl- detection, a 40
reforming, metal dispersion, regeneration, a 228
moving bed reformer, a 160
Pt-Re/Al2O3, Al2O3-ZMS-5, reforming, S resistance, a 228
Pt-Rh, in NH, oxidation plant62
Pt/acetylene black, in fuel cells, a 108, 233
Pt/acidic support, butadiene hydrogenation, a 160
Pt/Al2O3, chlorinated, isomerisation activity, a 228
dispersion, a 228
model catalyst, a 105
particle size effects, a 160
with H-erionite, n-alkane cracking, a 160
Pt/Al2O3, C, cyclohexanone hydrogenation a 228
Pt/β”-Al2O3, C2H, oxidation, NEMCA effect122
Pt/CdS, Pt loading effect, a 38
Pt/H-Mordenite, coking, ageing, a 160
Pt/Nafion 117, C2H4 electroreduction, a 225
Pt/NaY, preparation, Pt distribution, a 229
Pt/NaHY, activity, a 42
Pt/PVP/mercapto-SiO2 gel, activity, a 105
Pt/SiO2, dispersion, a 228
Pt/SiO2-TiO2, photodeposition, a 103
Pt/SO4/ZrO2, n-pentane isomerisation, a 229
Pt/support, C2H4 adsorption, a 229
structure effects, a 228
Pt/TiO2, H2 photoevolution, a 32, 102
methanation sites, a 229
Pt/ultrastable zeolite HY, coking, ageing, a 160
Pt/γ-Al2O3, sputtered, a 105
Pt/ZrO2, CH4, MeOH, C2H4 oxidation, NEMCA effect122
Rhodium, polycrystalline, CO/NO, CO/O2 reaction, a 105
Rhodium Complexes, RhCl(CO)(PR3)2, for alkene dehydrogenation, a 39
RhCl3L3, hydrogenations, a 46
Rh(II) carboxylates, homochiral, C-C bond formation, a 163
Rh-phosphole, hydroformylations, a 46
Rh4(CO)12, CO hydrogenation, a 163
Rhacac(CO2), hydroformylations, a 107
Rh4(CO)1(, quinoline reactions, a 46
Trani-Rh(PMe3)2(CO)Cl, alkane dehydrogenation, a 227
Wilkinson's for polybutadiene hydroformylation, a 232
(Ph3P)3RhCI(I), deuterations, a 163
[Rh2(O2CCH3)4] + NaBH4, [Rh2(hfacac)4-(H2O)2]-Ph3P, allylbenzene conversion, a 46
Rh complexes/SiO2, Co-No reaction, a 106
RhOx/CdS/Na2S, photocatalysts, a 158
Rh(acac)3, in hydrogenolyses, a 162
Rh-BINAP, in/-menthol production184
Rh-Ce/Al2O3, Ce valence, a 44
Rh-Pt/SiO2, hydrocarbon hydrogenolysis, a 229
Rh-V, oxygenate synthesis, a 106
Rh/AlPO4, alkylbenzene oxydehydrogenation, a 231
Rh/Al2O3, coking, a 44
HF impregnated, a 44
high temperature oxidation/reduction, a 44
reactions with CO+H2, a 106
Rh/CdS, Rh2S, /CdS, photocatalytic activity, a 158
Rh/PVP/mercapto-SiO2 gel, activity, a 105
Rh/SiO2, alkane hydrogenolysis, a 41
highly dispersed, a 44
structure, activity, a 44
Rh double Oxides/SiO2, morphology, a 230
Rh precursors/palygorskite, formation, a 231
RhNbO4/SiO2, hydrogenolysis, a 230
Rh/γ-Al2O3, reforming CH4, a 230
Rh4 carbonyl/support, CO2+propyne, a 106
Ruthenium, presulphidisation effects, a 106
Ruthenium Complexes, K[RuIII(EDTA-H)Cl].-2H2O, CO2 reduction, a 46, 107
K3[RuClt], cyclohexanol oxidation+ferricyanide, a 107
[Ru(byp)3]2+, photophysics, a 103
[Ru(bpy)3]2+2Cl-, formate, photoproduction, a 159
RuCl2[PE-PPh2]3, preparation, reactions, a 45
RuCl2(PPh3)3, N, N'-diphenylurea, a 163
RuCl3, 2-methylnaphthalene oxidation, a 232
Ru(bpy)32 +, a 39
Ru(OCOR)2(binap), preparation, asymmetric hydrogenations, a 232
Ru3(CO)12-(CH3)3NO.2H2O, decarbonylauons, a 46
[RuX(binap)(arene)]Y, preparation, asymmetric hydrogenations, a 232
[Ru(saloph)Cl2], cyclohexylamine carbonylation, a 232
Ru-Cu/SiO2, benzene hydrogenation, a 231
Ru/Al2O3, dispersion, a 45
Ru/Al2O3, -K, from Ru3(CO)2, a 45
Ru/C black, for CO-H2 co-adsorption, a 45
Ru/C with oxide promoters, a 106
Ru/SiO2, alkane hydrogenolysis, a 41
sol-gel preparation, a 45
Ru/Y-zeolite, cation effect in Fischer-Tropscb, a 106
Cells, electrochemical, hydronium cells, a 38
electrowinning, a 226
galvanic, emf, a 233
photoelectrochemical, a 226
secondary, a 226
solid state DC ECL, a 39
thermoelectrochemical, a 102
YSZ electochemical, O exchange kinetics, a37, 101
Chemical Vapour Deposition, a 36, 98, 103
Chemisorptions, a 106, 162, 223, 230
Chloralkali, electrolysis, cathode for, a 38
Chloride, ion detection in Pt-Re/Al2O3, a 40
Chlorine, electrochemical evolution, a 156, 225
Chlorobenzene, formylation, a 107
Chromium Alloys, Cr-Pt-P, corrosion resistant84
Cisplatin15, 235
Clusters, linear, conference207
Coal, direct gasification35
Coatings, for superalloys, a 164
Os-Re-W, on thermionic coatings191
Pd on metal hydrides142
Pt for turbine components24
Coking, in Pt/C particles, a 228
Rh/Al2O3, S effect, a 44
Cold Fusion,101, 136, 225
see also Solid State Fusion
Colloids, Ru, for CO, reduction, a 227
Composites, Al-Pt cold rolled, a 155
SPE-electrocatalysts, in fuel cells, a 47
Conferences, 12th on Catalysis of Organic Reactions, San Antonio, April 1988143
4th Int. Conf. Chem. Plat. Group Metals, 1990207
5th Int. Platinum Sym.214
Cold Fusion, Salt Lake City, March 1990136
First International Fuel Cell Workshop77
Precious and Rare Metal, autocat recovery25
selective oxidation205
Copper, determination in urine, a 104
electroless deposition, a 110
film growth on Pt clusters, a 108
reaction with PtSi, a 222
Corrosion, a 164
alumina on superalloys + Pt, a 164
amorphous Cr-Pt-P alloys84
cathodic modification of stainless steel154
double pressed, sintered stainless steel, a 164
in stainless steel-PGM alloys85, 144
Pd in oxidised Ti electrodes, a 38
platinised Ti electrodes, NaCl electrodialysis, a 37
prevention by cathodic modification,204
in Fe-Cr, by Pd, Pt, a 99, 164, 223
in turbines24
Rh-Ti, for surgical implants97
Ru-Cr alloys in H2SO4, a 158
Crystallisation, amorphous Ti-Pd, a 223
Crystals, Czochralski, PtMnSb, p-PtSb2, a 233
Cyclic Voltammetry, a 38, 224
Cyclisation, reactions, a 232
Cyclohexane, formation, a 231
reactions, a 41, 47, 107, 230, 233
Cyclohexanecarboxylic Acid, a 107
Cyclohexanol, a 107, 228
Cyclohexanone, a 107, 228
Cyclohexene, hydrogenation, a 41
Cyclohexylamine, oxidative carbonylation, a 232
Cyclohexylurethane, formation, a 232
Cycloisomerisations, enynes, review, a 162
Cycloolefins, hydrogenations, a 41
Cyclopentane, hydrogenolysis, a 229
Cyclopentene, arylation, a 46
Decarbonylation, alkyl formates, a 46
Dehydrocyclisation, n-heptane, a 42
Dehydrogenation, alkanes to alkenes, a 227
alkylbenzenes, a 231
cyclic hydrocarbons, synergism in, a 43
cyclohexane, a 41, 47, 230
cyclohexanol, a 228
Depolarisers, concentration measuring, a 40
Detectors, alcohol130
CO, using SnO2, a 40, 104
Cu in urine, a 104
DNA, a 105
electrical conductivity, a 104
food testing24
for CI- sensing in Pt-Re/Al2O3, a 40
Hg in H2O, a 104
humidity, a 104
imaging single molecules, a 104
NMR, high temperature, a 235
O2, in physiological media181
Pd2Si for high energy physics, a 227
pH, a 40, 159, 165
SO2, a 159
stoichiometric composition of flame, a 40
temperature, a 40, 110, 166, 235
thermal neutrons, a 225
Deuterium, in Pd, Ti, a 101, 222
Diacetoxylation, 1, 3-butadiene184
Dialkyl Carbonates, formation178
Dialkyl Oxalates, formation178
Diarylcyclopentenes, synthesis, a 46
α-Diazoketones, C-C bond formation, a 163
Dienes, 1, 3-, carboannulation, a 232
Dienes, 1, 4-, cyclic, production, a 232
Diodes, a-Si:H/Pt, a 109
Pt-Pd/p-CaFe2O4, a 109
Pt-Pd/Rh/p-CaFe2O4, a 109
Diols, for alkenes acetalisation, a 162
N, N'-Diphenylurea, synthesis, a 163
DNA, action of Pt anti-tumour complexes, a 166, 235
imaging, a 104
probe with Ru, a 105
E300 ZGS Rh-Pt, a 233
Electrical Conductivity, monitor, a 104
Electrical Contacts, Au/Ge, -Pd, Pt/n-GaAs, ohmic, a 109
Au/Pd/Zn/Pd/p-InP, a 109
Au/Pt/Ti to p-InGaAs, n-InP, a 234
Pd low resistance ohmic, a 166
Pd-Ag, Pd oxide formation, a 234
Pd-In, -Au/n-GaAs, ohmic, a 109, 235
Pd/Ge ohmic, in MESFETs, a 234
Pt/Ti ohmic, to p-GaAs, C doped, a 165
Electrical Resistivity, D in Pd, Ti, a 222
Electrochemiluminescence, in solid-state cell, a 39
Electrochemistry, a 37-38, 101, 156-158, 224-226
Electrodeposition, a 103, 159, 227
Ag on Os polymer-C, a 227
Ag-Pd, pulse-plating, a 40
electroless, Os, Ru, Cu70, 90, 110, 166
electroless codeposition, Pd, In, Au, a 109
Ir3+ on C fibre, a 226
Pd, on polymer films/glassy C electrodes, a 157
on vitreous C, a 159
Pd, Pt, on stainless steel, a 229
Pd, Pt, spontaneous, on stainless steel support, furnace gas purification, a 229
Pt, a 159
pulse plating, a 40
Electrodes, anodes, CdS, CdSe, polymer-coated + RuO2, H2 splitting, a 40
electroplating, a 227
IrO2-PAN/Ti, Zn electrowinning, a 226
Pt, in fuel cells, a 163
Pt, Cl2 evolution, a 156
Pt-Ru, MeOH oxidation, a 225
Pt/porous C, in MeOH fuel cell, a 163
cathodes, H-permeable, Pd black/Pd/Ag/V/Pd-Cu/Na/NaH, a 108
Pd, in cold fusion, a 225
Pd black/graphite, in fuel cell, a 233
Pt, in ECL cell, a 39
Pt pure, Fe effect on HER, a 37
Pt-W, CH, polymerisation, a 108
RuO2/Ni, in chloralkali cell, a 38
composite poly nuclear films, a 158
fuel cells, a 47, 80
interdigitated array, Pt, a 37
Ir aggregates on doped SnO2, electrochemistry. a 39
Ir oxide film, neural prostheses154
Ir-Pb pyrochlore, a 226
Ir/C, activities, a 226
Ir/Hg, film, depolariser concentration, a 40
ultramicroelectrodes131
Ir/Ti, a 158
NaPtO, rechargeable alkaline fuel cell, a 164
Pd, in cold fusion, a 101
Pd, Ir, film/glassy C, H2O2 reduction, a 38
Pd-Ti, corrosion in acids, a 101
Pd/polymer films/glassy C, a 157
Pd in oxidised Ti, corrosion electrochemistry, a 38
photoanodes, a 47, 226
platinised Ti, corrosion in NaCl electrodialysis, a 37
glyoxylic acid synthesis, a 157
Pt, biomimetic machine, a 164
CO2 reduction in CH3CN, a 37
hydrous oxide growth, a 224
in electrical conductivity monitor, a 104
in fuel cells, a 163, 233
in humidity sensor, a 104
in solar cells, a 38, 102, 108
in solid electrolyte, a 37, 38
in YSZ cells, a 101
organic waste destruction10
smooth, benzene desorption, a 224
surface morphology changes, a 224
Pt, activated, pH response, a 40
Pt, methylene green modified, haemoglobin redox reaction, a 224
Pt, platinised Pt, porosity effects, a 225
Pt black C-PTFE, in H3PO4, fuel cells, a 47
Pt black-Teflon, in PEM cell, a 47
Pt disk microelectrodes, for Cu in urine, a 104
Pt foil + In + Pb, Au, MeOH oxidation, a 156
Pt microelectrodes, O reduction kinetics, a 101
Pt modified copolymer, H2, HCOOH, MeOH, oxidations, a 156
Pt + Ru/PTFE/C, MeOH oxidation, a 225
Pt-polymer, O2 reduction, a 157
Pt-Ru, fuel cell catalyst, a 108
Pt/glass conducting polymer, a 164
Pt/Nafion 117, film morphology, a 225
Pt/Nafion/glassy C, glucose enzyme sensor, a 40
Pt/Ni/p-Si, water photosplitting, a 39
Pt/PTFE/C, deactivation, a 225
p -Si/SiOx/Pd, H2 photoproduction, a 103
Rh, Rh/Pt, porosity effect on gas evolution, a 225
Ru cyanide/glassy C, hydrazine detection, a 102
Ru modified/Pt, C, stability, a 226
Ru pyrochlore, in fuel cell, a 164
RuO2 + TiO2, MeOH production, a 225
Ru(bpy)32+/Nafion/TiO2, a 39
[Os(bipy)2(PVP)10Cl/Cl/Ag/C, a 227
Electrolysis, chloralkali, a 38
H2O for H2 production, a 47
KOH, by Pt cathodes, HER, a 37
Electrolytes, solid, with Pt electrodes, a 37
(CF3SO2)2CH2, in fuel cell, a 233
Electroplating, high speed, anodes, a 227
Electrowinning, Zn, IrO2-PAN/Ti electrode for, a 226
Emission Control, autocatalyst contamination16, 97
autocatalyst recovery, symposium25
automotive catalysts206
new autocatalyst plant71
Enamides, asymmetric hydrogenation, a 232
Enamines, chiral, asymmetric allylations, a 231
Energy, solar, conversion, systems, a 32, 102, 108, 158
Enynes, cycloisomerisation, a 162
Epoxjketone, α, β-, hydrogenolysis, a 107
Esters, a 46, 107, 232
Ethane, reactions, a 41, 228, 230
Ethanol, see Alcohols, ethyl
Ethers, cyclic enol, hydrogenations, a 41
Ethylbenzene, catalyst poisoning in production, a 161
Ethylene, adsorption on Pt, a 98, 229
catalytic oxidation, NEMCA effect42, 122
electroreduction, electrode morphology, a 225
oxidation, in fuel cell, a 233
polymerisation, a 106
Ethyne, hydrogenation, a 161
E.E.C., emission control16, 97
organopalladium chemistry project72
Faraday Lecture, 1989, Pt history14
Films, Cu/Pt, growth, a 108
Ir, for laser writing, a 110
multilayers48, 76, 98, 99
Pt, porous, in coal gasification plant35
Pt as substrate for a-Si:H, a 109
PtAs2, formation on GaAs, a 222
Fischer-Tropsch, a 106
Food, testing meter24
Formaldehyde, production, decomposition, a 44, 46, 107
Formanilide, reaction with aniline, a 163
Formate, photochemical generation, a 158, 159
Formic Acid, formation, decomposition, a 46, 107
oxidations, on Pt(100) + Bi, a156, 224, 226
Formylation, aryl chlorides, a 107
Fuel Cells, a 47, 108, 163-164, 233
alkaline, a 164
First International Workshop, Tokio77
for ethylene oxidation, a 233
Grove Symposium80
H2O2, a 233
in coal gasification35
MeOH, a 108, 163
phosphoric acid, a 233
SPE, low Pt loadings, a 163
thin film device80
world review26
Furnace, Pt lined graphite, a 104
Gas Turbines, protective coatings24
Gauzes, in NH, oxidation plant47, 62
Geology, 5th Int. Platinum Sym.214
Glass, Pb borosilicate + Al2O3, RuO2 solubility, a 100
Glass, a 233
Glasses, metallic, Pd40Ni40P20. relaxation, a 155
Glucose, enzyme electrode, a 40
Glyoxylic Acid, synthesis, a 157
Grove Fuel Cell Symposium80
Haemoglobin, cyclic voltammetry on Pt, a 224
Helium, release from PdT„, a 156
Heptane, n-, reactions, a 42, 228, 229
Heterocycles, production, a 232
Hexane, reactions, a 43, 162
Hexene, 1-, hydroformylation, hydrogenation, a 46, 231
History, Alfonso Cossa and Pt salts215
Faraday Lecture14
Humidity, sensor, a 104
Hydrazine, detection, by Ru cyanide/glassy C electrodes, a 102
Hydrides, for H storage142
Hydrocarbons, conversions, a 230
dehydrogenation, catalyst synergism, a 43
hydrogenolysis, a 229
synthesis, a 161
Hydroconversion, n-heptane, on Pt, Re, Pt-Re/NaM catalysts, a 229
Hydroformylation, 1-hexene, a 46
alkene, a 45
allyl alcohol, a 107
poly butadiene, a 232
Hydrogen, absorption, in Pd-Gd, a 155
adsorption with CO, a 45, 229
chemisorption, a 106, 162
detector, a 159
electrooxidation, on Pt modified copolymer electrode, a 156
evolution, electrode porosity effect, a 225
from Pd/glassy C microdeposits, a 225
for CO2 reduction, a 107
for hydrocarbon synthesis, a 161
formation from alkanes, a 39
from bacteria, permeation, a 157
HER, on pure Pt cathodes, in KOH, a 37
H/D exchange reactions, benzene on Pt, a 224
in-Pd-rare earth alloy system81
MeOH synthesis, on Pd/support, a 43
photoevolution, a 38, 102, 103, 158
production, from Rh complexes, a 227
via Na/NaH, a 108
solubility in Pd95Ag5, a 222
sorption, effects on Pd/C, a 230
storage, on metal hydrides142
Hydrogen Fluoride, impregnated Rh/Al2O3, a 44
Hydrogen Peroxide, production, via fuel cell, a 163
reduction, a 38
Hydrogenation, alkenes, a 46, 105, 230
allyl alcohol, on Pd/C, H effects, a 230
allylbenzene, a 46
asymmetric, enamides, acrylic acids, carboxylic acids, alcohols, a 232
benzene, a 45, 160, 231
butadienes, a 105, 160
buta-1, 3-diene, oct-l-yne, a 230
carboxylic acids, a 162
CO, a 43, 105, 106, 163, 229
cyclohexanone, a 228
cyclohexene, a 41
cycloolefins, cyclic enol ethers, a 41
C2H2, vinylacetylene, a 43
ethyne, a 161
1-hexene, a 231
isoquinolines, quinolines, a 46
styrene, a 161
Hydrogenolysis, alkanes, a 41, 162
α, β-epoxyketone, esters, a 107
ethane, a 230
hydrocarbons, a 229
n-pentane, a 230
Hydronium Cells, a 38
International Temperature Scale-1990, a 166
Ion Beam Mixing, on Pt-Fe alloys, a 157
Ion Chromatography, for Cl detection, a 40
Iridium, electrodeposition on C fibre, a 226
for H2 photoevolution, a 103
in Ir-Hg film electrodes, a 40
in Ir-SnO2 electrodes, a 39
in Ir/Ti electrode, a 158
in Pd film/glassy C electrode, a 38
in ultramicroelectrodes131
Ir/GaAs interfacial reactions, a 223
laser writing, a 110
Pb-Ir pyrochlore, air electrode catalyst, a 226
Iridium Alloys, Ir-Al, oxidation, a 156
Iridium Complexes, Ir2(CO)3(dmpm)2, fast O transfer, a 37
macromolecular chelates185
[Ir(NH3)5H2O](CIO4)3, a 100
Iridium Oxide, IrO2-PAN/Ti anodes, properties, a 226
SIROFs, on wires, planes, morphology, a 100
Iron, impurity in Pt cathodes, a 37
ISFET, Pt-PtO, pH microsensor, a 165
Isocyanate, catalytic production, a 42, 43, 106
movement on Pd/SiO2, a 43
Isomerisation, allylbenzene, a 46
n -butane, a 228
n -pentane, a 229
ITS-90, a 235
Johnson Matthey, Brussels autocatalyst plant71
"Platinum 1990"141
Kerr Rotation Spectra, a 165
Kharasch Reactions, on RuCl2[PE-PPh2]3, a 45
Lanthanum, a 162
Laser Writing, a 109, 110
Lead, contamination of autocatalysts16, 97
Luminescence, Pd(II) porphyrins, for O; detection181
in [Ru(bpy), (bpy-d8)3−x]2+, a 103
L-Sorbose, oxidation, a 230
Magnetism, a 165
behaviour of PtMnSb/CuMnSb films, a 98
Co/Pd, a 99
in thin films, a 234
perpendicular magnetic anisotropy, in magneto-optical thin films, a 48, 99
Magneto-Optics48, 76, 99, 165, 234
Manganese, contamination of autocatalysts16, 97
Medical, blood activating factor inhibitors, a 232
book review15
conference207
Cu determination in urine, a 104
Ir oxide neural electrodes154
physiological O2 detection181
Pt anti-cancer drugs, review, a 166
surgical implants97
Medical, a 48, 110, 166, 235
Membranes, Pd, Pt, reactions, a 47, 225
l -Menthol, production184
Mercury, determination, a 104
Methanation, CO2, a 44
Methane, catalytic oxidation, NEMCA effect122
ignition at C2H6 boundary on Pt, a 41
oxidation, a 160, 228
polymerisation, a 108
production from CO2 reduction, a 227
reforming by CO2, a 230
Methanol, see Alcohols, methyl
Methyl Esters, a 161, 163
Methyl Methacrylate, polymerisation, a 45
Methylcyclopentane, hydrogenolysis, a 162
Methylnaphthalenes, oxidation, reforming, a 44, 232
Methylnaphthaquinone, formation, a 232
Microelectronics, a 108, 109, 110
Mineralogy, 5th Int. Platinum Sym.214
Morphology, porous Pt electrodes, a 38
Pt particle, in reforming catalysts, a 228
Pt-Hf oxides, a 36
Naphtha, aromatisation, a 160
NEMCA122
Neopentane, conversion, a 162
for Pd/Al2O3 characterisation, a 42
Neutrons, thermal detection system, a 225
Neutron-Capture Therapy, cancer treatment, a 48
Nitrogen Oxides, NO, adsorption on Pt-Rh(lOO), a 98
catalytic reduction by CO, a 105
C2H2 to C6H6 conversion, a 161
isocyanate formation, a 106
reactions on Rh, a 100
Nitrogen Oxides, adsorption on polycrystalline Pt, a 98
Non-Faradaic Modification of Catalytic Activity122
Olefins, oxidation, Wacker Process, a 44
Organic Industrial Waste, destruction10, 180
Osmium, electroless deposition70
Osmium Alloys, Os-Rh-W, thermionic emission191
Osmium Complexes, in polynuclear films, a 158
macromolecular chelates185
Oxidation, alkanes, a 41
ammonia, industrial plant62
benzene, a 43
cyclohexane, in fuel cell, a 108
benzyl alcohol, a 226
by phase transfer catalysis2
CO, by Pd(II) catalyst, a 45
CO, propane, xylene, propene, a 160
cyclic, of superalloys, a 164
cyclohexanol, a 107
ethane, on Pt wire, a 228
ethylene, in a fuel cell, a 233
ethylene, on modified Pt, a 42
Fe-24Cr, prevention by Pd, a 223
HCOOH, on Pt(100)+Bi, a 224
high temperature, IrAl, a 156
Pt-Cu, a 155
Pt-Hf, a 36
resistance, of Pd-W-Cr-Mo, a 204
L-sorbose, on Pd-Bi/D3520 adsorbing resin, a 230
MeOH, electrode deactivation, a 225
on Pt-In-Pb, Au foil electrodes, a 156
MeOH, HCOOH, on Ir/C, a 226
MeOH, HCOOH, H2, a 156
methane, a 228
methylnaphthalene, a 232
olefins, Wacker process, a 44
organochlorines180
styrene, a 107
Oxygen, atom, transfer by Ir carbonate complex, a 37
detection, in physiological media181
electroreductions, a 101, 102
evolution on Rh oxide films, a 157
exchange on Pt electrodes, in YSZ cell, a 101
reduction, at Pt-polypyrrole electrodes, a 157
in PEM cell, a 47
Oxygenates, synthesis, a 106
Oxypalladation, alkenes, a 162
Palladium, carbonyl clusters, in NaY zeolites, a 43
carbonyl phosphine clusters, synthesis, a 224
cathodes, in cold fusion studies, a 225
CePdln, specific heat, a 222
clusters, growth, reduction, in zeolite Y, a 99
coatings on metal hydrides142
D in, electrical resistivity, a 222
foil, H permeation from bacteria, a 157
in alcohol sensor130
in bifunctional membrane reactor, a 165
in butane, pH detectors, a 159
in contacts, a 109, 234
in corrosion prevention, review204
in diodes, a 109
in doped SnO 2, for CO detection, a 40
in electroless Cu deposition, a 110
in Fe-24Cr, Fe-40Cr, a 99, 101, 155, 223
in flame composition detector, a 40
in Ir film/glassy C electrode, a 38
in magneto-optical thin films, a 48, 76, 99, 165
in ohmic contacts, a 109, 166, 234, 235
in thermocouples, a 159
LiPdHx, superconductor, a 166
membrane, cyclohexane dehydrogenation, a 47
microprecipitates/glassy C, properties, a 225
Pd thin films/Ta, CO adsorption, a 222
PdCH3, 105PdCH13PduCH3, ESR, a 222
Pd(100)-S, CO adsorption, a 99
Pd-H system81
Pd-polymer/C electrodes, a 157
Pt-Ti compounds, enthalpies of formation, a 36
Pd/Co, magneto-optics48, 76, 99, 165, 234
Pd/n-GaSb, Schottky contacts, a 234
Pd+, in TiO2 films, electrocatalysis, a 102
plating baths, a 159, 166, 229
sols, a 39, 100
TeOx-Pd thin films, optical recording media, a 166
Palladium Alloys, Pd-Ag, H solubility in, a 222
pulse-plating, a 40
Pd-Au, reactivity with superconductors, a 234
Pd-Cu, gauzes, in NH3 oxidation plant, a 47
Pd-Gd, H2 absorption in, a 155
Pd-Ni-P, mechanical alloying, a 223
Pd-Ni-P glass, structural relaxation, a 155
Pd-Rare Earths-H, miscibility gap81
Pd-Te, phase relations223
Pd-Ti, phase studies, a 223
Pd-U-Si, phases, a 36
Pd-W-Cr-Mo, oxidation resistance204
Palladium Complexes, effect on Ag halide photography, a 36
K3PdH3, a 156
macromolecular chelates185
organopalladium studies72
Pd porphyrins, for physiological O 2 detection181
tris(hydroxymethyl)phosphine74
[Pd(CNMe)3] +, photoreducuon, a 158
Palladium Suicides, in high energy physics, a 227
Pd2Si formation, a 155
thin films/Si(III), growth, a 156
Palladium Tritide, He release from, a 156
Paraffin, aromatisation, a 41
Pentane, reactions, a 229
Phase Changes, Pd-Ni-P, glass transition, a 223
Pd-Te system, a 223
Pd-Ti, a 223
Pd-U-Si, a 36
Phase Diagrams, Fe-Rh-S. a 223
Phase Transfer Catalysis2
Phenol, production, a 43, 108
Phenyl, coupling, in triphenylantimony, a 231
Phosphine Metal Complexes, for catalysis74
Phosphorescence, in Pd(II) porphyrins, for O2 detection181
Phosphoric Acid Fuel Cells, electrodes in, a 47
Phosphorus, contamination of autocatalysts16, 97
Photocatalysis, a 38-40, 102-103, 158-159, 226-227
Photoelectrochemical Cells, a 39
Photography, effect of Pd, Zn ions on Ag halides, a 36
Photolysis, a 226
Plating Baths, Pd, a 159, 166, 229
Pt, a 229
Ru, a 166
Platinum, 5th Int. Sym.214
additions to aluminide coatings, a 164
anti-cancer drugs, a 15, 166
as a-Si:H diode substrate, a 109
carbonyl phosphine clusters, synthesis, a 224
clusters/lines of Cu film, a 108
coatings for gas turbines24
compounds, Al2Pt, amorphisation, a 155
CePtln, specific heat, a 222
PtAs2, film formation, a 222
PtGa2, CVD, a 103
Pt2Si formation at Si/Pt interface, a 99
CoNiPt films, a 98
CVD, for laser writing, a 109
effects on photocatalysts, a 38, 39
electrodes, a 37, 38, 40, 104, 224, 225
Faraday Lecture14
Fe hydroxide layers/Pt, redox processes, a 157
films, discontinuous, on photoanodes, a 47
in coal gasification plant35
on n-Si photoanodes, a 226
high temperature plating, a 159
in corrosion prevention, review204
in diodes, a 109
in electrical contacts, a 234
in fuel cells, a 47, 80, 108, 233
in glass industry, a 233
in humidity sensor, a 104
in ohmic contacts, a 109
in pH microsensor, a 165
in photocatalysis, a 38, 39, 102, 103
in SnO2-x, CO sensitive, a 104
in SO2 sensor, a 159
in TEM for imaging molecules, a 104
lining in furnace, a 104
O electroreactions on, a 101
plating bath, for stainless steel, a 229
polycrystalline, NO, NO2 adsorption, a 98
PtMnSb, for crystal growth, a 233
PtMnSb/CuMnSb films, anomalous magnetisation, a 98
Pt(100) + Bi, adsorption studies, a 224
Pt(lll) surface, STM, a 155
Pt + Ru, MeOH oxidation, a 225
Pt-Al thin films, thermal stability, a 222
Pt-H bond, addition to C=C bond, a 100
Pt-SiC system, a 155
Pt/Co, magneto-optics48, 76, 165, 234
recovery in NH3 oxidation plant, a 47
resistance thermometers, a 235
thin films, a 36, 98, 164, 166
wire, in high temperature NMR probe, a 235
(2×1)Pt(110), C2H4 adsorption, a 98
"Platinum 1990"141
Platinum Alloys, Cr-Pt-P, corrosion resistant84
Pt-4Cu, oxidation, a 155
Pt-Fe, ion beam mixed, a 157
Pt-Hf oxides, morphology, a 36
Pt-Rh(100), NO, NO + H adsorption, a 98
Pt-Ru, anodes, for MeOH oxidation, a 225
ZGS-Pt, a 233
Platinum Complexes, anti-cancer, a 110, 166, 235
macromolecular chelates185
Pt salts, history215
tris(hydroxymethyl)phosphine74
5-MeCp)PtMe3, for Pt deposition, a 98
[Pt(NH 3)5 OH] (CIO4) 3, a 100
Platinum Metals, conference207
macromolecular chelates185
stainless steel alloys85, 144, 154
Platinum Silicides, a 155, 165
in Schottky diodes, a 109
PtSi, reaction with Cu, a 222
Poisoning, Pd/Al2O3, on styrene hydrogenation, a 161
Pollution Control, aqueous sulphide, a 158
autocatalyst contamination16, 97
by autocatalysts206
furnace gas purification catalyst, a 229
new autocatalyst plant71
organic waste destruction10, 180
Polybutadiene, hydroformylation, a 232
Polymer Gels, a 164
Polymerisations, methyl methacrylate, C2H4, CH4, a 45, 106, 108
Polymers, from Pt macromolecular chelates185
Powders, Bi2Ru2O7 formation, a 223
Pd-Ni-P, glass transition, a 223
Presulphidisation, effects on Ru catalysts, a 106
Promoters, alkali nitrates to Pd, Ru catalysts, a 230, 231
La, for Pd catalysts, a 162
CeOx, VOx, MgO, effects on Ru/C, a 106
Propane, hydrogenolysis, a 229
Propyne, CO2 addition, a 106
Pumping, O2+ onto Pt, a 42
Pyridine, in catalyst poisoning, a 161
Pyrone, formation, a 106
Quinolines, Isoquinolines, hydrogenation, a 46
Reactors, Pd membrane, a 165
Recording Materials48, 76, 98, 99, 108, 109
Red List, toxic chemicals10
Reduction, by phase transfer catalysis2
CO2, by Ru complex, a 107, 227
C2H4, electrode morphology, a 225
Pd in Y-zeolite, a 99
Rh(III) chloride, a 227
Reforming, 1-methylnaphthalene, catalyst coking, a 44
methane, a 230
n -heptane, a 228
Resistance Thermometers, a 110, 166, 235
Resistors, RuO2 effect, a 100
Reviews, cathodically modified alloys204
Japanese catalyst technology184
Pd-catalysed cycloisomerisation, a 162
Pt anti-cancer drug action, a 166
Rhenium, effect on Pt catalysts, a 42
Rhodium, CO adsorption on, a 223
electrode porosity, a 225
in diodes, a 109
in surgical implants97
NO reactions, a 100
Rh-Fe-S phase diagram, a 223
Rh2O3, for CO2 reduction, a 225
ultrafine particle dispersions, a 227
Rhodium Alloys, Pt-Rh(100), NO, NO + H adsorption, a 98
ternary and complex, mechanical properties192
Rhodium Chloride, photoreduction, a 227
Rhodium Complexes, formation with azo compounds, a 36
macromolecular chelates185
NMe4[Rh(ox)(CO)2], preparation, anisotropy, a 101
RhH2(PPh;)2L+, photophysics, chemistry, a 227
trans -Rh(PMe3)2(CO)Cl, photochemical dehydrogenation, a 227
5-C5H5)Rh(CO)2, photochemistry, a 227
[RhCl3(nicH+)3(PF6)3, bacterial activity, a 48
[Rh(NH3)5H2O](ClO4)3, a 100
[Rh6C(CO)13{Au2(PPh3)2}], preparation, structure, a 100
Ruthenium, Bi-Ru-O powder formation, a 223
carbonyl compounds, a 224
colloids, for CO2reduction, a 227
electroless deposition, a 166
in capacitors, a 166
Pb2Ru2O4.5, for O reduction electrodes, a 164
Ru+, in TiO2 films, electrocatalysis, a 102
Ruthenium Alloys, Fe-Cr-Ru, passivation, a 102
Ru-Cr, corrosion in H2SO4, a 158
Ruthenium Complexes, cis -Ru(bipy)2Cl2, for DNA probe, a 105
in polynuclear films on electrodes, a 158
macromolecular chelates185
Ru(bpy)32+, ECL, a 39
in H2O photoreduction, a 39
(µ-H)3Ru3(µ, -CX)(CO)9, eliminations, a 224
[Ru(bpy)2NOOH]2+, reactions, a 226
[Ru(bpy)x(bpy-d8)3−x]2+, luminescence, a 103
[Ru(Mebpy)3Bz)]n+, photoproperties, a 39
[RuII(bpy)2(bpy-cyclam)NiII]+, a 156
[RU3O(OOCCH3)6L3+, electrode modifiers, a 226
Ruthenium Oxides, RuO2, for CO2 reduction, a 225
standard Gibbs energy of formation, a 233
solubility, in Pb borosilicate glass+Al2O3, a l00
RuO2.xH2O, thermal studies, a 36
RuO2/Ni, cathode in chloralkali cell, a 38
Schottky Barrier Diodes, a 109, 165
Schottky Contacts, Pd/n-GaSb, properties, a 234
Semiconductors, ISFET, a 165
MESFETs, a 234
p-PtSb2, a 233
Sensors, see Detectors
Silver, electrodeposition, on C-IOs(bipy)2(PVP)10Cl]Cl, a 227
SIROFs, morphology, a 100, 110
SMSI, on Pd/SiO2, a 230
Solar Cells, electrodes, a 38
Solar Energy, conversion, storage, a 102, 108
Solid State Fusion,136, 225
see also Cold Fusion
Sols, for Ru/SiO2 catalyst preparation, a 45
Ni-Pd, for photoreduction of H2O, a 39
organopalladium, a 100
Pt, Pd, Rh, Ru colloids/ion-exchange resin, a 41
sol-gel glass, with Ir, a 103
Specific Heat, CePdln, CePtln, low temperature, a 222
Sputtering, a 48, 98, 99, 100, 101, 105
Standard Gibbs Energies of Formation, a 233
Steel, Fe-24Cr, Pd, Mo, V additions, a 223
Fe-40Cr-O.2Pd, acid effect on, a 101
Fe-40Cr-Pd, a 99, 101, 155
Fe-40Cr-Ru, passivation, a 102
stainless, cathodic modification154, 204
coated with Pd, Pt, a 229
corrosion behaviour, a 164
with PGM additions85, 144, 155
Structure, micro-, Pt electrodes in solid electrolyte, a 37
Pt(lll) surface, a 155
Pt-Hf oxides, a 36
Styrene, reactions, a 107, 161
Sulphur, catalyst resistance, catalyst effects, a 44, 228
Superalloys, protective coatings24, 164
Superconductors, LiPdHx, a 166
reactivity with Pd alloys, a 234
Surface Science, Pt catalyst, a 41, 42
Synergism, in Pd-Tc/support catalysts, a 43
Synthesis Gas, for ethylene glycol formation, a 163
for hydrocarbon synthesis, a 161
production, a 42
reaction with small Rh particles, a 106
Tellurium, TeO2+Pd, optical recording media, a 48
Temperature Measurement, a 110, 159, 166, 235
Temperature Scale, 13.8033 K − 961.78°C, a 166
Tetramethylbutane, hydrogenolysis, a 162
Thermocouples, for thermopile, a 159
Pt-Pt(Rh), in NMR detector, a 235
Thermopile, a 159
Thick Films, Pd/γ-Fe2O3, for butane sensor, a 159
Rh oxide, hydrous, for O2 evolution, a 157
Ru polypyrrole, electrode modifiers, a 226
Thin Films, conference207
CoNiPt, a 98
FeO, PdO, in Fe-40Cr-Pd, a 99
FeTbCo, + Pt, Zr, magneto-optics, a 48
in Pt resistance thermometers, in high magnetic fields, a 166
Ir oxide, morphology, a 110
Ir/GaAs, a 223
Os70
Pd/Co, multilayers, magneto-optics, a 99, 234
Pt/Co, magneto-optics76, 99, 165
Pt/Co, PtMnSb, perpendicular magnetic anisotropy, a 48
Pd/Cu, on thermopile, a 159
Pd/InP, a 166
Pd/Ta(110), CO adsorption, a 222
Pd2Si/Si(III), observations, a 156
polypyrrole/Pt/glass, a 164
Pt, by CVD, a 36, 98
Pt, on photoanodes, a 47
PtGa2, CVD, a 103
PtMnSb/CuMnSb, anomalous magnetisation, a 98
Pt-Al, thermal stability, a 222
Pt-C, ultrathin, for TEM imaging, a 104
Pt-SnO-x CO sensitive, a 104
Pt/Co, multilayers, magneto-optics, a 234
Pd/Co, ultrathin, for magneto-optics, a 48, 76, 165
Pt/Fe-24Cr, Pt/Fe-Cr-Y, high temperature oxidation, a 164
Pt/Si, Pt2Si formation, a 99
Ru polypyrrole, electrode modifiers, a 226
SIROFs, morphology, a 100
TeO2+Pd, optical recording media, a 48
TeOx-Pd, crystallisation speeds, a 166
TiO2 + Pd+, Ru+, electrocatalytic activity, a 102
Thiophene, in catalyst poisoning, a 161
Transistors, ISFET, MESFETs, a 165, 234
Triglycerides, D-labelled, a 163
Tris(hydroxymethyl)phosphine, metal complexes74
Tritium, a 101
electrochemical production, a 225
Vinylacetylene, hyrogenation, a 43
Vinylations2, 232
Vinylidene Carbonate, cyclic, formation, a 232
Wacker Process, a 44, 162
Water, photosplitting, a 38-40, 103, 226
Water Gas Shift Reaction, a 46, 107
ZGS-Platinum Alloys, a 233

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