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Platinum Metals Rev., 1989, 33, (4), 237

Subject Index To Volume 33

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a =abstract Page
Absorption, spectra, of Pt(phpz)2, Pt{100}-CO, a 24, 85
Acetaldehyde 33, 60
Acetals, acetaldehyde dialkyl-, formation, a 146
Acetic Acid, Anhydride, Acetyls, BP plant 168
Acetone, hydrogenation, a 30
Acetylene, reactions with Pd catalysts, a 89, 146
Adsorption, C, S, effect on H-Pd permeation, a 214
  Cl, on Pt electrode, in O reduction, a 139
  CO, O, on Pt, Pd, a 81, 129, 219
  EtOH, on Pt electrodes, a 83
  H, on Pt electrodes, sulphurised Pt, a 84, 139
  H, D, in Pd, hydride formation, a 213
  HCl, +H, +H2O, on Pt(111), a 213
  NO, on Rh(100), a 82
Alcohols, allyl, hydroformylation, a 90
  aqueous, photocatalytic dehydrogenation, a 140
  benzyl, electro-oxidation, a 27
  butyl, from propene hydroformylation, a 143
  ethyl, for H production, a 145
    oxidation on Pt electrodes, a 83
    production, a 32, 220
  isopropyl, reactions with H2PtCl6, PtCl4, a 26
  methyl, on Pt(100), Pt(111) electrodes, a 84
    adsorption on Pd/CeO2, SiO2, TPD, a 219
    catalysts for exhaust control, a 88
    conversion to aromatics, a 144
    decomposition on Pd, CO desorption, a 214
    dehydrogenation, a 32, 85
    for acetic acid, acetic anhydride 168
    for H, in Hot Spot reactor 118
    fuel cells, a 33, 91
    oxidation, on Pt, Pd, a 26, 33, 83, 84, 139
    preparation, on Pd/SiO2 +Fe, MgO, a 89
    waste, for H production 58
  methyl, +H2O, for H photoproduction, a 141
  oleyl, production, a 145
  phenyl, synthesis, on Co-Rh, a 220
  photoreactions, with Pt complex, a 141
  production from hydrocarbons, a 32
  secondary, oxidation to ketones, a 147
  selective oxidation, by Ru(IV)-phosphine, a 26
Aldehydes, a 91, 143, 144, 145, 221
  see also Acetaldehyde, Formaldehyde, Benzaldehyde  
Alditols, for aldonolactone synthesis, a 222
Alkali Metal Thermoelectric Converter, a 140
Alkanes, a 32, 144, 147
Alkenes, a 32, 89, 186
2-Alkoxy 1,3-Diene, production, a 146
Alkyl Vinyl Ethers, vinylation with enol triflates, a 146
Alkynes, a 89, 147
Allylic Acetates, electroreactions with carbonyls, a 139
Aluminium, Pd thin films on, a 81
Aminonitriles, production, on Rh/MgO, a 31
Ammonia, oxidation, catalyst gauze etching study 12
  production, a 27, 216, 220
  sensors, a 28, 217
Andrussow Process, catalyst gauze etching study 12
Antimony, a 142, 143
Arenes, C-C bond formation reactions 186
Aromatics, production from MeOH, a 144
Aromatisation, n-hexane, a 30, 143, 218
Arsenic, detection, a 142
2-Arylethanols, synthesis, a 220
α -Keto Esters, hydrogenation, a 218
Battery, redox, rechargeable, with Ru complexes, a 91
Benzaldehyde, production, a 27
Benzene, a 90
Benzyl Halide, reaction with CO/H, a 220
Bicarbonate, photoreduction, a 141
Bonding, Pt wire wedge, for IC, microsensor, a 34
Book Reviews, Advances in Metal Carbene Chemistry 117
  Combustion Research in Japan, Vol. 5 105
  Geo-Platinum 87, symposium 13
  Gmelin Handbook of Inorganic Chemistry 21
Boundary Layers, subminiature sensor for, a 142
BP Chemicals Ltd, acetic acid, plant 168
Bronzes, W doped with Pt, a 26
1,3-Butadiene, catalytic reactions, a 29, 89
Butane, oxidation, by Pt black-MOx, a 87
Butyraldehyde, formation, a 143
Cadmium 84, 193
Cancer, antitumour properties of complexes, a 35, 92
  cisplatin, carboplatin drug therapies 162
  Pt pyrimidine greens, one-pot synthesis, a 148
Carbalkoxylation, C2H2, a 146
Carbon, C-C bond formation reactions 186
  C2-O compounds, synthesis on Rh/V2O3, a 90
  effect on H-Pd permeation, a 214
Carbon Oxides, CO, adsorption, oxidation on Pt(111), Pt(110), S/Pt(111), a 81, 137
    adsorption on Pd/SiO2, Pd size effect, a 219
    concentration sensor 180
    disruption of Rh/Al2O3, NO effect on, a 31
    effect on propene-D exchange reaction, a 143
    emission control from gas turbines 46
    for NO2 reduction on Pt foil, a 81, 138
    from MeOH decomposition on Pd(111), a 214
    hydrogenation, for Rh6, RhFe zeolite, a 220
    hydrogenation, a 31, 88, 142, 144, 219
    in MeOH synthesis, a 89
    oxidation, a 219, 220
    poisoning of Pt in fuel cells, a 91
    Pt-C stretch mode, in Pt{111}-CO spectra, a 24
    reactions with H, a 144, 219, 220
  CO, CO2, reduction on Ru pyrolysed polyacrylonitrile, a 31
  CO2, greenhouse gas 194
    hydrogenation, on Pd/La2O3, a 30
    reaction with alkynes, a 147
    reduction, electrocatalytic, to fuels 2
    reduction to CH4, via formamide, a 222
    sensor, portable, cheap 127
Carbonylation 90, 145, 168
Carbonyls, addition to allylic acetates, a 139
Carboplatin, anti-cancer drug therapy 162
Castor Oil, hydrogenation, a 147
Catalysis, heterogeneous, a 29, 30, 31, 87, 88, 89, 90, 142, 143, 144, 145, 218, 219, 220
  homogeneous, for CO2 electroreduction 2
    a 32, 90, 91, 145, 146, 147, 221, 222
Catalysts, automotive exhaust 61, 143, 194, 218
  CeRu2, CeCo2, CeFe2, NH3 synthesis, a 220
  Co-Rh bimetallic, 2-arylalcohol, a 220
  Honeycat® 178
  in fuel cells, review 63, 169
  Ir, Rh/Al2O3, SiO2, microstructure, a 145
  Iridium Complexes, Ir(Cl)(CO)(Ph3P)2, a 222
  Ir/Al2O3, preparation, a 29, 143
  Ni-Cr, Pd, Pt additive effects, a 144
  Palladium, gauze damage, in HNO3 reactor, a 88
    in combustible gas sensor 180
    modified, 1,3-butadiene diacetoxylation, a 89
  Palladium Alloys, Pd-Mn, styrene oxidation, a 30
  Palladium Complexes, C-C bond coupling 186
    metallo-ene reactions, a 145
    organo-Sn coupling with vinyl epoxides, a 146
    PdBr2-LiBr-MeOH, ethylene oxidation, a 146
    PdBr2-P(OPh)3-n-BuOH, formation, a 146
    PdCl2(PPh3)2, a 139, 146, 221
    PdCl2-CuCl2-LiCl, ethylene oxidation, a 146
    Pd(O), pumiliotoxin synthesis, a 221
    Pd(dba)2:2PPh3, arene-alkene coupling 186
    Pd(II), thiophene oxidation, a 146
    Pd(II)+salen, alkyne, hydrogenation, a 89
    Pd(OAc)2, Pd(PPh3)4, vinylation, a 146
    Pd-P(CH2OH)3, a 221
    Pd2(dba)3L, arene-alkene reactions 186
    phosphine-Pd, fluoro olefin, reactions, a 90
  Pd acetate, heterocycle’s formation 186
  Pd,Mo/WOx/W, reaction with N, a 90
  Pd, Rh, Ru/SiO2, D exchange, a 143
  PdCl2-CuCl2 in SiO2, Wacker process 60
  Pd(III), polymerisation, of aldehydes, a 144
  Pd(NH3)42+/NaY, calcination study, a 219
  Pd+La2O3/α -Al2O3, cycled NO reduction, a 144
  Pd-alizarin c/γ -Al2O3, hydrogenation, a 30
  Pd-Ce/Al2O3, Ce effect on CO oxidation, a 219
  Pd-Mg/X-zeolite, ethylene dimerisation, a 219
  Pd-β -cyclodextrins, photoreduction of HCO3, a 141
  Pd/Al2O3, Ce effect on CO oxidation, a 219
    HCl effect on activity, a 29
    with H absorbed layer, hydrogenations, a 89
  /SiO2, vinylacetylene hydrogenation, a 30
    films, CH4 oxidation, a 89
  Pd/C, preparation, surface properties, a 89
  Pd/CeO2, TPD after MeOH, adsorption, a 219
  Pd/La2O3, SiO2, La-Pd/SiO2, for CO2 hydrogenation, a 30
  Pd/SiO2, CO adsorption, Pd size effect, a 219
    in H reactor 118
    +MgO, Fe, for CO+H reaction, a 89
    gel, CO hydrogenation, a 144
  Pd/TiO2, hydrogenation of CO, aldehydes, a 144
  Pd/TSVM,/TSVK zeolites, xylene, reactions, a 144
    phase-transfer, Pd extraction, a 147
  Platinum, black 87, 180
    colloidal+polytungstate, a 27
    foil, CO+NO2 reaction, a 81, 138
    modified, 1,3-butadiene diacetoxylation, a 89
    O reduction, a 82
    poisoning in PEM fuel cells, a 91
    powder, passivating oxidation, a 88
    tunnelling, in graphite hydrogenation, a 24
  Platinum Alloys, oxidation gauzes 12, 88
  Platinum Complexes, H2PtCl6-Ln(NO3)3, a 218
    H2PtCl6-(C8H17)3 N-(i-C4H9)2AlH, a 32
    metallo-ene reactions, a 145
    PtCl2(PPh3)2, Pt(CO)2(PPh3)2, iodide carbonylation, a 145
    Pt(II), Pt(IV) ethyl, decay in iodide solutions, a 221
    Pt(phpz)2, Pt(phpz)(thpy), luminescence, a 85
    Pt-P(CH2OH)3, a 221
    [PtH(PEt3)3]+, H production, a 145
    [Pt2(P2O5H2)4]4−, photoreactions, a 141
    [Pt2(R2SO)2X4], activity, a 32
  Platinum Metals, gas turbine emission control 46
  Pt clusters, in EDTA/Ru(bpy)32+/MV2+, H photoproduction, a 85
  Pt, Pd, Rh, Pd-Ag, Al2O3, MeOH exhaust, a 88
  Pt, Pd, Rh/α -Al2O3, propane, oxidation, a 142
  Pt, Pt-Ir/Al2O3, preparation, a 29
  Pt, Ru/Pd/V/Pd/Al, H oxidation, during reactor accident, a 86
  Pt, -Re, -Re-S/Al2O3, reforming, a 29
  Pt,-Rh/Al2O3, La doped, exhaust, study, a 218
  PTFE/Pt metal/substrate, isotope exchange, a 30
  PtZn0.17Cd0.83S/CuxS, photocatalysts, a 85
  Pt-Cr/,Pt-Sn/Al2O3, n-pentane, methylcyclopentane conversions, a 29
  Pt-Cr/SiO2, in H reactor 118
  Pt-impregnated glass membrane, cyclohexane dehydrogenation, a 34
  Pt-Re-Cr/Al2O3,/γ -Al2O3, n-heptane dehydrocyclisation, a 88, 143
  Pt-Re/Al2O3, coked, sulphided, a 88
  Pt-Rh gauzes, in HNO3 production, a 218
  Pt-Rh/Al2O3, gas turbine emission control 46
  Pt-Sb/Al2O3, Pt-Te/Al2O3, reforming, a 143
  Pt-Sn/Al2O3, after redox cycling, a 88
  Pt-TiO2, in H photoreactor, a 140
  Pt-TiO2 thin films/glass, photocatalyst, a 85
  Pt.H-ZSM-5.Al2O3, mass transfer effects, a 144
  Pt/Al2O3, CO hydrogenation, pathways, a 142
    coking, a 143
    HCl effect on activity, a 29
    hydrogenation of α -keto esters, a 218
    S resistance, hydrogenolysis, a 143
  SiO2, TiO2, C, NMR study, a 218
  SiO2, passivating oxidation, a 88
  Pt/C, deactivation, in oxidation, a 29
    fibre, for CO hydrogenation, a 88
  Pt/CdS, for [RuII(H-EDTA)N2], a 216
    surface composites, photodehydrogenation, a 140
  Pt/Fecralloy, in CO2 TEA lasers 20
  Pt/H-ZSM-5 zeolite, olefin hydrogenation, a 144
  Pt/KL-zeolite, aromatisation of n-hexane, a 218
  Pt/photosynthetic membrane, a 27
  Pt/silicalite, preparation, a 89
  Pt/SiO2, sintering, during C2H4 oxidation, a 29
  Pt/TiO2, acetone hydrogenation, a 30
    photo, in MeOH fuel cell, a 33
    powder, H production, a 30
  Pt/X-zeolite+Re, W, Mo, n-hexane dehydrogenation, a 30
  Pt/γ -Al2O3, preparation, pH effect, a 142
    Pt dispersion study, a 218
  RhFe/NaY zeolite, structural characterisation, a 220
  Rhodium, diacetoxylation of 1,3-butadiene, a 89
  Rhodium Complexes, CoRh(CO)7, for fluoro olefin reactions, a 90
    Rh+I promoter, acetyls production 168
    RhCl(CO)(PR3)2, irradiated C-H bond activation, a 90
    RhCl(PMe3)3, vinylketones dimerisation, a 221
    RhCl3/SiO2, nitrobenzene reduction, a 146
    RhH(CO)(PPh3)3 + laser irradiation, olefin hydrogenation, a 141, 221
    Rh(diphos)2+, for CO2 reduction 2
    Rh(II), carbene insertion in β -lactams, a 148
    Rh-, Rh2-(TPPTS), two-phase, alkene hydroformylation, a 32
    RhIII(C5Me5)(bpy)2+, NAD(P)+ reductions, a 32
    Rh6(CO)16, fluoro olefin hydroformylation, a 90
    [RhCl(COD)]2/SiO2, nitrobenzene reduction, a 146
    [RhH(CO)(PPri3)2], irradiated for H, a 145
    [Rh(bpy)2X2], CO2 reduction 2
    [Rh(bpy)2]Cl, H production, a 145
    [Rh(CO)2Cl]2 + phosphanorbornadiene, hydroformylations, a 221
  Rh(CO) clusters/PS, animated, N-O bond deoxygenation, a 90
  Rh+Se/ZrO2, ethene hydroformylation, a 31
  Rh-Fe/graphite, surface structure, a 137
  Rh-Pt/γ -Al2O3, preparation, pH effect, a 142
  Rh-Sn/SiO2, ester selective hydrogenation, a 220
  Rh/Al2O3, CO oxidation, dissociation, a 220
    effect of NO+CO disruption, a 31
  Rh/CdS, for [RuII(H-EDTA)N2], formation, a 216
  Rh/MgO, dinitrile hydrogenation, a 31
  Rh/NaY zeolite, olefin hydrogenation, a 220
  Rh/SiO2, C2H4 hydroformylation, conditions, a 90
  Rh/support, La2O3 promoted, CO hydrogenation, a 31
  Rh/V2O3, C2-O compounds synthesis, a 90
  Rh/γ -Al2O3, preparation, pH effect, a 142
  Rh6(CO)16/NaY zeolite, structure, a 220
  RuO2 + La/ZrO2, preparation, stability, a 31
  Ruthenium, NH3 production, from N2, a 27
    tunnelling, in graphite hydrogenation, a 24
  Ruthenium Complexes, cis-[RuIII(L)2(OH2)2]+, HC oxidation, a 32
    K[RuIII(EDTA-H)Cl].2H2O, hydroformylation, a 90
    RuCl2-,RuCl3, norbornadiene, arenes, for vinyl carbamates, a 147
    RuH2(PPh3)4, aldonolactone synthesis, a 222
    Ru(III)-EDTA, hydroformylation, a 91
    Ru(II) + hypochlorite, a 147
    Ru(OAc)Cl(PEtPh2)3 + Li, MeOH dehydrogenation, a 32
    Ru-Co system, EtOH production, a 32
    [H2RuCl2(AsPh3)2], oil hydrogenation, a 147
    [RuH2(N2)(PPh3)3], H production, a 145
    [RuIVO(bipy)2(ER3)]2+, alcohol oxidation, a 26
  Ru(bpy)32 +/EDTA/MV2+, Pt clusters, H photoproduction, a 85
  Ru-Co-Mn/Al2O3, composite, high calorific fuel production, from syngas, a 145
  Ru-Cu/Al2 O3 , syngas conversion, a 31
    MgO, SiO2, propane hydrogenolysis, a 145
  Ru-Cu/SiO2, H2 chemisorption, a 31
  Ru-Pd/SiO2, synergism in C6H6 hydrogenation, a 90
  Ru-Sn-B/Al2O3, oleyl alcohol production, a 145
  Ru/pyrolysed polyacrylonitrile, CO,CO2, reduction, a 31
  Ru/TiO2 powder, H photoproduction, a 141
Cerium, a 143, 218
Cermets, Pt-Al2O3 film, spectral selectivity, a 87
Chemisorption, H2, on Ru-Cu/SiO2, a 31
Chlorine, adsorption, on Pt electrode, a 139
Chloroplatinic Acid, a 26
Cholinesterase, activity in human serum, detector, a 216
Chromium, dissolution rates, a 26
  effect on Pt+Re+Cr/γ -Al2O3, a 88, 143
  modified Pt aluminide coatings on Ni, a 141
Cisplatin, anti-cancer drug therapy 162
Coatings, Cr modified Pt aluminide, a 141
  Pd, of stainless steel in nuclear reactors 185
  Pt, on steel, slide wear 72
  Pt, Pt alloys, for industry, jewellery 102
  Pt modified aluminide, on gas turbine blades 127
  Rh, thin films, by plasma enhanced CVD 193
Cobalt, dissolution rates, a 26
  in Co/Pt magneto-optics 177, 222
  60Co, in Pd coated steel, in reactors 185
Coking, in Pt/Al2O3, a 143
Cold Fusion 114
Colloids, Ir oxide + RuO2, a 28
  Pd-β -cyclodextrins, HCO3 reduction, a 141
  Pt, for H2 photoproduction, a 27
Colombia, historical metallurgy 73, 80
Composites, for ORINEL electrodes, a 216
  Pd thin film/porous glass, water gas shift reaction, a 87, 142
  SPE, with Ir, Pt species, H2O electrolysis, a 139
  surface layers, Pt, CdS, photocatalytic alcohol dehydrogenation, a 140
Conferences, 26th Champion Ignition and Engine Performance, Munich, 25, 26 April 1989 105
  Chemistry of the Platinum Group Metals, 1990, announcement 116
  Electrochemical Society, California, May 1989 113
  Geo-Platinum 87, proceedings 13
  Grove Fuel Cell Symp., London, 18–21 September 1989 169
  Int. Symp. Metal-Hydrogen Systems, 1988 17
  National Fuel Cell Seminar, 1988 10
  SAE Int. Congress, Detroit, 1989 61
Copper, electroless plating, a 86
Corrosion, Cl adsorption, + H, + H2, on Pt(111), a 213
  hot, of Cr modified Pt aluminide coatings, a 141
  in Pd-Ag dental alloys, a 35
  Pt anodes in H2SO4, a 84
  Ti-Pd surfaces, a 82
  (Ti90Ru10)87Si13, in saline, a 140
Cracking, isooctane, a 144
Crystallisation, PdSi, PdGe, H dissolved in, a 82
Crystals, cis-RuCl2(DMSO)4, a 92
  Ln5Ru19P12, a 139
  quasi, Al-Cu-Ru, a 138
  single, Pt(100), Pt(111), MeOH adsorption, a 84
  Pt-Ni, surface characterisation, a 24
  TiO2, surfaces, Pt thermal deposition on, a 213
  [Pt(en)2][Pt(en)2Cl2](ClO4)4, photo defects, a 27
Cyclic Voltammetry, a 84, 85
Cyclisation, to give pumiliotoxin, a 221
Cycloalkylation, vinyl epoxides, a 221
Cyclohexane, dehydrogenation reactions, a 34, 88, 143
  from aromatisation of n-hexane, a 218
Cyclopentane, reactions over Pt, Ir/Al2O3, a 143
Decarbonylation, aldehydes, on Pd(III), a 144
Dehydrocyclisation, n-heptane, a 88, 143
Dehydrogenation, aqueous alcohols, a 140
  cyclohexane, a 34, 88, 143
  cyclopentane, a 143
  MeOH, a 32, 85
  n-hexane, a 30
  paraffins, irradiated, a 90
Deoxygenation, N-O bonds, a 90
Detectors, boundary layer measurements, a 142
  CO2, portable, cheap 127
  fish freshness 23
  for H, HC, CO concentrations 180
  glucose, a 217
  glucose, saccharides, micro-enzyme, a 28, 86
  H, a 28, 87, 217
  heat transfer probe, for circulating fluidised bed, a 216
  H2S, by Pd gate MOS, a 28
  H3O+, by Pt polypyrrole electrode, a 141
  in spark ignition engines, book review 105
  NH3, a 28, 217
  N-acetyl-L-cysteine in H2O, a 217
  O, fast response, a 216
  organic gases, with Rh probe, a 142
  Pb, Cd, Sn in food slurries 193
  proton, a 87
  temperature, thin film Rh-Fe, cryogenic use 55
Deuterium, adsorption in Pd, a 213
  exchange reaction with propene, CO effect, a 143
  isotopic exchange, on PTFE/Pt/substrate, a 30
  permeation with H, through Pd-Fe, a 25
Diacetoxylation, on Pt, Pd, Rh, a 89
Diesel, engines, pollution control 61
  for H production, in Hot Spot reactor 118
Diffusion, barrier, Ta2N between Pd2Si/Al, a 148
  H, D, in Pd, Pd, alloys 17, 58, 82, 137, 213
  Si, in Pd2Si, a 214
  see also Permeability, Solubility 1, 5- Diketones, synthesis, a 91
Dimerisation, a 215, 219, 221
Dinitriles, hydrogenation, on Rh/MgO, a 31
Dioctyl Sulphide, for Pd extraction, a 147
Diodes, a 217, 223
DNA, a 35, 92, 148, 223
D-gluconate, oxidation, a 29
E.E.C., exhaust emission control laws 194, 212
Ecuador, historical metallurgy 73, 80
Electrical Contacts, Al/PtSi/n+-Si, resistivity, a 91
  Ge/Pd, Au-Ge-Ni, to n-AlGaAs, resistivity, a 148
  Pd-n-GaAs, high temperature behaviour, a 92
  Pt/Ti/p-InGaAs, low resistance, a 223
  see also Schottky  
Electrocatalysis, CO2 by thin polymeric films 2
Electrochemiluminescence, Ru(bpy)32 +, dc, a 85
Electrochemistry, a 26, 27, 83, 84, 139, 140, 215, 216
Electrochromism, in IrOx thin films, a 34, 223
Electrodeposition, a 28, 86, 87, 141
  Pd-Ni alloys, from sulphamates, a 86
  Pt, Pt alloys, new baths 102
  Pt films, from solution, a 28
  Pt microparticles, on PA/glassy C electrodes, a 84
  Pt on graphite, STM study, a 83
Electrodes, anodes, Pt, in MeOH fuel cell, a 91, 222
    dissolution in H2SO4, a 84
    for MeOH oxidation, a 83
    in fusion reactions 54
  cathodes, Al sheet, Ru(bpy)32 + ECL, a 85
    IrOx, H evolution on, a 140
    Pd, in fusion reactions 54
  disc, Pt, Rh effects on dissolution rates, a 26
  in solid state fusion 114
  microplatinised, glucose, saccharide, a 28, 86
  micro-, for glucose sensor, a 217
    Pt, cylindrical, behaviour, a 216
  ORINELs, with Ir oxide, polyaniline, a 216
  Pd, Pd-Au, phase changes in hydride formation, a 140
  Pd, +Cd, Tl, cyclic voltammetry, a 84
  Pd-Ag, oxidative dimerisation of CH4, a 215
  photoanodes, n-GaAs, stabilised with Pt grains, a 216
  Pt, allylic acetates electroreduction, a 139
    EtOH oxidation on, a 83
    hydrous oxide formation in acid, a 215
    in H sensor, a 217
    polyaniline deposition, a 139
    Pt-Al surface alloy formation, a 84
    glassy C, polypyrrole, for propylene carbonate oxidation, a 215
    metallised thick film, for cholinesterase activity, a 216
    rotating ring disc, O2 reduction on, a 33, 139
  Pt phthalocyanine/C, fuel cell, evaluation, a 147
  Pt polypyrrole, as H3O+ sensor, a 141
  Pt + adatoms, in formic acid fuel cell, a 33
  Pt + CoTMPP/C, O reduction in fuel cell, a 222
  Pt(100) electrofaceted, stabilisation in acid, a 84
  Pt(100)/Pt foils, a 28
  Pt(111), Pt(100), MeOH adsorption on, a 84
  Pt-Mo-SPE, for MeOH oxidation, a 33, 139
  Pt-SPE, H2O electrolysis, a 139
  Pt-W bronze, for MeOH oxidation, a 26
  Pt/C, in SPE, H3PO4 fuel cells, a 33
  Pt/Nafion, O reduction at, a 26
  Pt/Ni, porous gas diffusion, evaluation, a 147
  Pt/PA/glassy C, H evolution, a 84
  Pt/poly[RuL3]2 +-RuO2, oxidation reactions, a 27
  Pt/PTFE, in CO2 sensor 127
  Pt/Ru, Pt(IV) species, in acid media, a 215
  with thin polymeric films, for CO2 reduction 2
  WPt, WRh, in thermoelectric converter, a 140
Electrolysis, H2O, by Ir, Pt in SPE, a 139
Electronics, Pt, Pd powders for 16
Electroplating, a 28, 86, 102
Emission Control, 1989 SAE Int. Congress, Detroit 61
1992 E.E.C. standards 212
  catalysts, book review 105
    CeO2 effects on, a 143
  gas turbines 46
  MeOH fuelled vehicles, a 88
  motor vehicles, greenhouse effects 194
  print industry drying gas 178
Energy, solar, converter, a 85
Engines, combustion, book review 105
  design, conference, Munich, 1989 105
Enol Triflates, reaction with alkyl vinyl ethers, a 146
Environment, protection 178, 194
Erythrocytes, detector, a 216
Esters, a 145, 146, 147, 220
Etching, Pt, a 12, 24
Ethers, oxidation, by Ru(II) complexes, a 147
Ethyl Acetate, hydrogenation to EtOH, a 220
Ethyl Acrylate, hydroformylation, a 221
Ethylene, conversion to CH3CHO, Wacker process 60
  reactions, a 29, 31, 89, 90, 146, 219, 221
Extraction, Pd, by phase-transfer catalysis, a 147
Films, IrO2, a 25
  Pd/SiO2/Si, H effect, a 87
  Pd/MIS, Langmuir–Blodgett, a 87
  Pt on polycrystalline Pt foil, for electrodes, a 28
  Pt-Al2O3 cermet, spectral absorption, a 87
Fischer Tropsch, a 31
Fish, freshness detector 23
Fluoro Amino Acids, synthesis, a 90
Formaldehyde, MeOH fuelled vehicle, a 88
Formamide, intermediate in CO2 to CH4, a 222
Formate, production 2, 141
Formic Acid, adsorption, oxidation, a 219
Fuel Cells, a 33, 91, 147, 222
  alkaline, PtPc/C, Pt/Ni electrode evaluation, a 147
  amorphous Ni alloy catalysts, a 33
  formic acid, with Pt+ad atoms electrodes, a 33
  Grove Symp., London 18–21 September 1989 169
  methanol, a 33, 91, 222
  National Fuel Cell Seminar, 1988 10
  PEM, catalyst poisoning, a 91
  phosphoric acid, a 33, 222
  review 63, 169
  SPE, electrodes, a 33, 222
Fuels, alternative, book review 105
  high calorific, synthesis from syngas, a 145
  in engines, conference, Munich, 1989 105
Furnaces, Pd coated, for As, Sb, Se detection, a 142
Fusion, solid state 114
Fusion Reactors, H purification for 9
Gas Turbine Engines 46, 127
Gases, organic, sensor for, a 142
Gasoline, Pb-free, for H production, 118
Gauzes, catalytic 12, 88, 218
Generators, H, Hot Spot reactor 118
Geology, Geo-Platinum 87, conference report 13
Germanium, SixGe1−x, reactions with Pt, a 213
Glass, porous, Pd, plated composite, a 87
  reactions with binary Rh alloys 64
  Vycor membrane, Pt impregnated, reactor, a 34
Glucose, detectors, a 28, 86, 217
Gmelin, technology of the platinum group metals 21
Graphite, hydrogenation, by tunnelling catalysts, a 24
Greenhouse Effect, caused by motor exhausts 194
Grove Fuel Cell Symposium, London 169
Halides, organic, photoreactions, a 141
Heavy Water, production, a 30
1-Heptaldehyde, formation, a 91
Heptanal, production, a 145
n-Heptane, dehydrocyclisation, a 88, 143
Heterojunctions, micro, for H production, a 85
1-Hexane, hydroformylation, a 221
n-Hexane, catalytic reactions, a 29, 30, 143, 218
1-Hexene, hydroformylation, a 91
History, Pt metallurgy 80
  S. American, Pt separation from Au 73
Honeycat®, catalyst used in print industry 178
Hot Spot Reactor, H generation 118
Hydrazines, voltammetric determinations, a 86
Hydride, measurements, in As, Sb, Se detection, a 142
Hydrocarbons, aromatic, formation, a 144
  concentration sensor 180
  emission control from gas turbines 46
  production, from syngas, a 31
  unsaturated, hydrogenation, a 32, 144
Hydrocarboxylation, polybutadiene, styrene, a 146, 221
Hydrocracking, n-hexane, catalyst selectivity, a 143
Hydroformylation, 1-hexene, by Ru(III)-EDTA, a 91
  alkenes, by Rh, complexes, a 32
  allyl alcohol, by K[RuIII(EDTA-H)Cl].2H2O, a 90
  by [Rh(CO)2Cl]2 + phosphanorbornadienes, a 221
  C2H4, on Rh catalysts, a 31, 90
  fluoro olefins, by Rh6(CO)16, a 90
  propene, during D exchange reaction, a 143
Hydrogen, adsorption in Pd, a 213
  catalytic reactions with CO, a 144, 219
  charging in Pd, Pd-Au electrodes, a 140
  chemisorbed on Pd/Al2O3, for hydrogenations, a 89
  chemisorption, on Ru-Cu/SiO2, a 31
  coadsorption on Pt(111) with HCl, a 213
  concentration detection 180
  detectors, a 28, 87, 214, 217
  diffusion 17, 58, 137
  diffusion electrodes, in fuel cell, a 147
  effect on Pd/LB film/Si MIS devices, a 87
  effects, in Pd films/SiO2/Si, optical transport, a 87
  in MeOH synthesis, on Pd/SiO2 + MgO, Fe, a 89
  in metals, Int. Symp. 17
  in PdGe, PdSi, properties, a 82
  isotopes, H, D, H-D, permeability, a 25
  isotopic exchange, PTFE/Pt/substrate catalyst, a 30
  oxidation, on sulphurised Pt, electrochemistry, a 139
  Pd-Ce-H solid solutions, properties, a 82
  permeation in Pd, C, S, effects on, a 214
  with D, through Pd/Fe 25
  photoproduction, a 27, 85, 140, 141
  production, by Hot Spot reactor 118
    from aqueous solutions, over Pt/TiO2, a 30
    from EtOH, by Ru, Rh, complexes, a 145
    from MeOH, in fuel cell, a 33
    from Pt/PA/C electrodes, a 84
    from waste MeOH 58
    in water gas shift reaction, a 90, 142
    on IrOx cathodes, a 140
  purification, by Pd-Ag 9, 58
  reaction with CO + benzyl halide, a 220
  reduction, on RuO2 + La/ZrO2, a 31
  removal from nuclear accidents, a 86
  response, by microionic insertion sensor, a 87
  separation, from N2, CO, by Pd/porous glass, a 87
  solubility, in Pd-Rare Earth alloys, a 82, 214
  uptake in Pd-Mg sandwiches, a 214
Hydrogen Chloride, a 29, 213
Hydrogen Sulphide, a 28, 85
Hydrogenation, 1, 3-butadiene, a 29
  acetone, a 30
  alkynes, alkenes, a 89
  α -keto esters, a 218
  benzene, on Ru-Pd/SiO2, synergism, a 90
  CO, for Rh, RhFe zeolite structure, a 220
    on Pt, Pd, Rh catalysts, a 31, 88, 142, 144,
    aldehydes, unsaturated HC, on Pt/TiO2, a 90
  CO2, on Pd/La2O3, /SiO2, La-Pd/SiO2, a 30
  C2H2,C2H4, on H on Pd/Al2O3, a 89
  C2H4, by Pt(II) ethyl complexes, a 221
  dinitriles, on Rh/MgO, a 31
  ethyl acetate, to EtOH, on Rh-Sn/SiO2, a 220
  graphite, by tunnelling catalysts, a 24
  jojoba, castor oils, a 147
  methyl oleate, a 145
  olefins, a 25, 141, 220, 221
  thiophene, by Pd-alizarin c/γ -Al2O3, a 30
  unsaturated hydrocarbons, a 32
  vinylacetylene, a 30
Hydrogenolyses, a 143, 145
Hydroisomerisation, olefins, branched chain, a 144
Hydronium, ion, sensor, a 141
Inquartation, historical method of separating Pt 73
Iodides, organic, carbonylation, a 145
Ion Beam Bombardment, Pt(111) surfaces, a 137
Iridium, density, crystallographic data 14
  in SPE, for H2O electrolysis, a 139
  Ir tin oxide, in optical attenuator, a 35
  Ir(IV) hydroxide, thermal change to IrO2, a 138
  Ir-Ta buffer layer, in Y-Ba-Cu-O thin films, a 92
Iridium Alloys, Iridium-Palladium, a 217
Iridium Complexes, carbenes, book review 117
  [IrCl(CO)2L], liquid crystals, a 83
Iridium Oxides, colloid, stabilised, a 28
  electrochromic films, a 34, 223
  in ORINEL electrodes, a 216
  IrO2 films, for electrodes, a 25
  powder, formation, a 138
  IrO2/Al2O3, resistors, a 35
  IrOx, cathodes, evolution, a 140
  in an optical attenuator, a 35
Iron, promoter, to Pd/SiO2 catalyst, a 89
Isomerisation, a 32, 88, 143, 144
Isooctane, cracking, catalyst intercrystalline effect, a 144
Isopropyl Alcohol, from acetone, on Pt/TiO2, a 30
ITS-90, new temperature measurement scale 128
Johnson Matthey, HoneycatR industrial catalyst 178
  Hot Spot Reactor H generation 118
“Platinum 1989” 113
Jojoba Oil, hydrogenation, by Ru complex, a 147
KELEX 100, for Pd extraction, a 147
Ketones, production, a 32, 147
β -Lactams, synthesis, a 148
Langmuir-Blodgett Films, in Pd/MIS devices, a 87
Lanthanum, a 30, 31, 218
Lasers, CO2 TEA, Pt/Fecralloy catalyst in 20
  for irradiating RhH(CO)(PPh3)3 catalyst, a 141, 221
  for measuring luminescence decay, a 27
  used in CVD of Pt, a 27
Lead, detection in food slurries 193
Lewis Acid, base titration, of Pd, Nb, a 84
Luminescence, in Ru, Pt complexes, a 27, 28, 85
Magnesium, a 89, 214
Magnetism, Dy5Ru19P12, a 139
  in Pt/Co, Pd/Co films, for magneto-optics, a 222
  PtMnSb films, a 223
  Pt-Fe-B, a 24
  Ru-Fe-Ga-Si, films, a 25
Magneto-Optics, Co/Pt layers for storage media 177
  in PtMnSb 54, 148
  in Pt/Co, Pd/Co ultrathin films, a 222
Medical, a 35, 92, 148, 223
  anti-cancer drug therapies 162
  detectors, a 216, 217
Membranes, catalysts, a 142, 219
Metallo-Ene, reactions in organic synthesis, a 145
Metallurgy, history 73, 80
Methane, a 31, 89, 214, 215, 222
Methanol, see Alcohols, methyl  
Methyl Oleate, hydrogenation, a 145
Methylcylopentane, conversion on Pt catalysts, a 29
Mineralogy, Geo-Platinum 87, conference report 13
Molybdenum, a 30, 139, 217
MOSFET, with Pd-Ir gate, for NH3 detection, a 217
Naphtha, reforming, a 29
Nickel, dissolving rates, a 26
Nickel Alloys, amorphous catalysts, in fuel cells, a 33
Nicotinamide, reduction, by RhIII + Na formate, a 32
Nitric Acid, catalyst gauze studies, a 88, 218
Nitrobenzene, reduction, by Rh complexes, a 146
Nitrogen, implanted in PtTi/, PdTi/steel, wear, a 81
  N-O bonds, deoxygenation, a 90
  photocatalytically fixed to NH3, a 27
  reaction with Pd, Mo/WOx/W, a 90
  to study C catalyst supports, a 89
Nitrogen Oxides, exhaust control, greenhouse effect 194
  NO, adsorption on Rh(100), a 82
    cycled reduction on automotive Pd catalyst, a 144
    effect on CO disruption of Rh/Al2O3, a 31
  NO2, reduction by CO, on Pt foil, a 81, 138
Nuclear Fuel, a 28, 86, 91
Nuclear Fusion, see Solid State Fusion 54
Nuclear Reactors, Pd coated steel 185
Nucleic Acid, reactions with Ru ion complexes, a 26
N-Acetyl-L-Cysteine, determination in water, a 217
Olefins, hydrogenations, a 25, 90, 141, 144, 220, 221
  for aldehyde synthesis, a 221
Organic Synthesis, using Pd complex catalysts 145, 186
Organostannanes, coupling with vinyl epoxides, a 146
Osmium, density, crystallographic data 14
Osmium Complexes, [OsII(N-N)(L)4]n+, [OsII(N-N)2(L)(L′)]n+, preparation, properties, a 83
Osmium Tetroxide 138, 181
Oxidation, alcohols, by Ru(IV)-oxo phosphine, a 26
  alkanes, by alkylhydroperoxides +Ru, a 32
    ethers, by Ru(II) complexes, a 147
  benzyl alcohol, by Pt/poly[RuL3]2+-RuO2, a 27
  butane, by Pt black-MOx, a 87
  CO, a 137, 219, 220
  C1-, in fuel cell, a 33
  ethylene, in PdCl2-CuCl2 systems, a 146
    Pt/SiO sintering during, a 29
  EtOH, on Pt electrodes, a 83
  formaldehyde, for exhaust catalyst, a 88
  H, on sulphurised Pt, electrochemistry, a 139
  MeOH, at Mo-Pt-SPE electrodes, a 33, 139
    at Pt electrodes, a 26, 83, 84
    on Pt bimetallic/C in fuel cell, a 91
  methane, deep, on Pd/Al2O3, a 89
  products of gas turbine engines 46
  propane, propylene, on Pt, Pd, Rh/α -Al2O3, a 142
  propylene, in phosphoric acid fuel cell, a 222
  propylene carbonate, on electrodes, a 215
  Pt in catalysts, passivation, a 88
  Rh, Ir on SiO2, Al2O3, microstructure, a 145
  styrene, on Pd-Mn, a 30
  thiophene, by Pd(II) complexes, a 146
Oxidations, using OsO4, Ru oxides 181
Oxygen, adsorption, on Pt(110), a 137
  deactivation of Pt/C, a 29
  reduction, on fuel cell electrodes, a 33, 147
    on Pt electrodes, a 26, 83, 139
  sensor, with SPE+Pt black electrode, a 216
Palladium, additives, effects on Ni-Cr catalysts, a 144
  black, reactions with Pt chloro complexes, a 27
  coating in furnace, for As, Sb, Se detection, a 142
  coatings, of steel in nuclear reactors 185
  complexes, compounds, for organic syntheses 186
  compounds, Pd-Er, H solubility, a 214
  electrode, catalytic behaviour, +Cd, Tl, a 84
  electroplating bath, a 86
  extraction, by phase-transfer catalysis, a 147
    from spent nuclear fuel, a 91
  films, in SiO2/Si, H effect, properties, a 87
  gate layers, in microionic H insertion sensor, a 87
  gate MOS transistor, a 28
  Ge/Pd electrical contacts to n-AlGaAs, a 148
  H permeation through, C, S effects on, a 214
  hydride formation, from H, D adsorption, a 213
    in electrodes, a 140
  in PH 13–8 Mo stainless steel, structure, a 82
  in sensors, a 87, 214, 217
  modifier, to detect Pb, Sn, Cd in food slurries 193
  Pd gates/LB film/Si MIS devices, a 87
  Pd(110), D adsorption, phases, a 213
  Pd(111), H diffusion, a 137
    MeOH decomposition on, a 214
  Pd(II), complexation with macrocyclic ligand, a 215
  Pd-Fe-Zr, phase studies, a 25
  Pd-Mg sandwiches, H uptake in, a 214
  Pd-n-GaAs, contacts, a 92
  Pd-Se system, superconductivity in, a 92
  Pd/Co ultrathin films, magneto-optics, a 222
  Pd/Fe, H-D permeation through, a 25
  Pd/InP(110), Schottky barrier formation, a 92
  Pd/n-InP, MOS, barrier height, a 223
  Pd/porous glass, for H separation, a 87
  Pd2+/poly(acrylic acid) film, for Cu plating, a 86
  Pd2Si/Ta2N/Al, diffusion barrier, a 148
  Pd50Ti50, films, implanted in stainless steel, a 81
  powder production, for electronics 16
  selective deposition on polyimide, by Ar laser, a 86
  thin films, on Al surfaces, reactions, a 81
  thin film/glass, water gas shift reaction, a 87, 142
  used in solid state fusion 115
  +hydroxylamine hydrochloride, for Mo, a 217
Palladium Alloys, Palladium-Cerium-Hydrogen, a 82
  Palladium-Gold, electrodes, a 140
    −Rhodium, short-range order in, a 24
  Palladium-Iridium, for NH3 sensor, a 217
  Palladium-Nickel, electrodeposited, a 86
  Palladium-Silver, dental alloys, a 35
  electrodes, a 215
  membranes, for H2 purification 9, 58
  Palladium-Titanium, a 82, 84
  Palladium-Yttrium, H solubility in, a 82
  Pd-Rare Earth, H solubility, thermodynamics, a 214
  Pd-(B,P), thin films, olefin hydrogenation, a 25
  Pd80Ge20,Pd80Si20, H in, properties, a 82
Palladium Chloride, PdCl2, MgCl2, complexes, a 26
  to measure N-acetyl-L-cysteine in water, a 217
Palladium Complexes, in PdCl2-MgCl2 solution, a 26
  organo-Pd, cationic, a 83
  Pd(II) carbenes, book review 117
Palladium Hydride, formation, a 213
Palladium Silicides, a 214, 219
Paraffins, a 90
n-Pentane, reactions on Pt-X/Al2O3, a 29, 88
Permeability, H, D, through Pd, a 9, 25, 87, 142
  see also Diffusion, Solubility  
Petroleum, for H production, Hot Spot reactor 118
Phase Changes, Pt-SixGe2−x thermal reactions, a 213
  D2 on Pd(110), a 213
  in HCl, H, H2O + Pt, a 213
  in Pd, Pd-Au electrodes, a 140
Phase Diagrams, IrO2, a 25
  Pd-Er, a 214
  Pd-Nb-O, a 84
  Pd-Zr-Fe, a 25
  Pt-Al, a 25
  Rh-Nb-O, a 84
  Ru-Al, a 25
  Ru-Al-Ti, isothermal sections 106
Photocatalysis, a 27, 28, 85, 86, 140, 216
Photocurrent, in [Ru(bpy)3]2+/C7V2+, a 86
Plating, electroless, Cu, a 86
    Pd on porous glass, for H separation, a 87
  Pt electrolytes, a 28
  Pt, Pt alloys, new baths 102
  selective of Pd on polyimide by Ar laser, a 113
“Platinum 1989” 86
Platinum, additives, effects on Ni-Cr catalysts, a 144
  amorphous phases with Al, a 24
  anodes, corrosion in H2SO4, a 84
    for MeOH oxidation, a 83
  anti-cancer drugs 162
  Bi2−xPbxPt2−xRuxO7−x, conductivity, a 223
  black, electrode, in SPE O sensor, a 216
  compounds, PtMnSb films, bulk, for magneto-optics 54, 148
    Pt-Rh clusters, NMR study, a 81
    [NEt4]2[Pt12(CO)24], on graphite, a 215
  Co/Pt layers, for magneto-optics 177, 222
  crystallites, for O reduction, a 83
  CVD, thin films, a 27
  deposition of polyaniline, electrochemically, a 139
  eletrodeposited, on graphite, STM studies, a 83
  electrodes, as hydronium sensor, a 141
    for cholinesterase, erythrocyte activity, a 216
    for EtOH oxidation, a 83
    for O reduction in saline, a 139
    for propylene carbonate oxidation, a 215
    in fuel cells, a 33, 147, 222
    in sensors, a 141, 217
    Pt(111), Pt(100) single crystals, a 84
    Pt-Al surface alloy formation, a 84
    Pt/PA/C, H evolution, MeOH oxidation, a 84
    WPt, WRh in thermoelectric converter 140
    (100)-type, stabilisation in acid, a 84
  foils, films, catalytic etching, a 24
  gates in MOS gas detectors, a 28
  grains, to stabilise n-GaAs photoanodes, a 216
  HCHO-Pt-H2SO4, for hydrazine determinations, a 86
  heat probe, for circulating fluidised bed, a 216
  in cermets, optical absorption, a 87
  in electrodes, SPE, for H2O electrolysis, a 139
  in low resistance electrical contacts, a 223
  in spark plugs 105
  microelectrodes, cylindrical, behaviour, a 216
  on electrodes, in CO2 sensor 127
  particles deposition, on TiO2 crystal surfaces, a 213
  photodeposition, from hexachloroplatinate ion, a 27
  plating 28, 102
  powder production, for electronics 16
  PtMnSb thin films, magnetic properties, a 223
  Pt(110), CO, O adsorption, CO oxidation, a 137
  Pt(111), deposition, characterisation, a 137
    HCl, adsorption on, +H, +H2O, a 213
    hydrogenation of 1,3-butadiene on, a 29
    S/Pt(111), CO adsorption on, a 81
  Pt(II), complexation with macrocyclic ligand, a 215
  Pt(IV) species, on Pt/Ru electrodes, a 215
  Pt-C stretch mode in Pt{111}-CO spectra, a 24
  Pt/Co ultrathin films, magneto-optics, a 177, 222
  Pt/GaAs, interfacial reactions, a 147
  Pt/(111)Si, thickness effect on silicide, a 213
  S adsorbed, H response, a 139
  Schottky contacts, production, properties, a 223
  sponge, reaction with alkali hydrides, a 26
  substrates for ErBaCuO superconductors, a 34
  Tennant, Wollaston, partnership, history 129
  thermal reactions with SixGe1−x, a 213
  thin coating on steel, slide wear 72
  thin film deposition, for electrodes, a 28
  used in solid state fusion 115
  wire wedge bonding, a 34
  +SnO2/Si wafers, H sensing properties, a 217
  Platinum Alloys, plating baths 102
  Platinum-Aluminium, surface alloy on Pt electrode in Al2Br6 solution, a 84
  Platinum-Boron-Iron, magnetic properties, a 24
  Platinum-Iron, martensitic transformation, in, a 81
  Platinum-Nickel, single crystals, a 24
  Platinum-Rhodium, a 137, 142
  Platinum-Rhodium/SiO2, heat treated, a 137
  Pt50Ti50 films, implanted in stainless steel, a 81
  UPt3-B, superconductor Tc enhancement, a 91
Platinum Aluminide, coatings for gas turbine blades 127
  Cr modified, coatings on superalloys, a 141
Platinum Chloride, PtCl4, a 26
Platinum Complexes, antitumour tests, a 35
  A2PtH4, structure, a 26
  bis(Pt) with diammines, affinity for DNA, a 35
  carbenes, book review 117
  cis-diammine Pt greens, one-pot synthesis, a 148
  cis-diamminedichloro-Pt(II), a 148
  cis-dichloroethylene-diamine-Pt(II), a 148
  K2PtCl4, binding to metallothioneins, a 35
  K2PtClx, reactions with Pd black, a 27
  Pt ethylenediamine single crystals, defect states, a 27
  Pt(II), reaction with PtCl4, H2PtCl6, a 26
  sorption on ZrO2, a 83
  trans-[Pt(PMe3)Cl2(NH3)], in β -cyclodextrin, a 25
Platinum Metals, conference announcement 116
  use in spark ignition engines, book review 105
  with H, Int. Symp. 17
Platinum Silicides, a 34, 91, 213, 223
Plutonium, analysis in nuclear fuel, a 28
Poisoning, Pt catalyst, in fuel cell, a 91
  self, in catalysts, by O, HC, a 142, 144
Pollution Control, E.E.C. laws 194, 212
  catalysts in MeOH fuelled vehicles, a 88
  from gas turbine engines 46
  H burning after reactor accident, a 86
  motor vehicle exhausts, greenhouse effects 143, 194
  print industry drying gas 178
  SAE Int. Congress, Detroit, 1989 61
Polyaniline, deposition, on Pt, a 139
Polybutadiene, hydrocarboxylation, a 221
Polymerisation, aldehydes, on Pd(III), a 144
Potassium, adsorption on Rh(100), a 82
Powders, IrO2, Ir(IV) hydroxide thermolysis, a 138
  Pt, Pd production 16
  Ru/TiO2, for H photoproduction, a 141
Printing Industry, catalytic cleanup of gases 178
Promoters, CeO2, in three-way catalysts, a 143
  Cr, in Pt-Re/γ -Al2O3, a 88
  Fe, MgO, La, in Pd/SiO2 catalysts, a 30, 89
  La2O3, in Rh catalysts, a 31
  Mo, Re, W, in Pt/X-zeolite catalysts, a 30
  Se, in Rh/ZrO2 catalysts, a 31
  VOCl2.5H2O, in Rh/SiO2 catalyst, a 90
Propane, catalytic reactions, a 142, 145
Propene, exchange reaction with D, CO effect, a 143
Propylene, a 142, 222
Propylene Carbonate, a 215
Proton, detector, by Pd gate MIS Schottky diodes, a 87
Pumiliotoxin, synthesis, a 221
Redox, cycling, for catalyst characterisation, a 88
Reduction, bicarbonate, photocatalytically, a 141
  Carbon oxides, on Ru/pyrolysed polyacrylonitrile, a 31
  CO2, electrocatalytically 2
  H2, on RuO2+La/ZrO2, a 31
  Ir, Rh on Al2O3, microstructure, a 145
  nitrobenzene, by Rh complexes/SiO2, a 146
  NO, cycled on Pd + La2O3/α -Al2O3, a 144
  O, on Pt, a 26, 33, 83, 139, 147
Refining, platinum metals, in Gmelin 21
Reforming, a 29, 143
Resistance Thermometers, Pt, use in new ITS-90 temperature scale 55, 128
Resistors, thick film, a 35, 92
Rhenium, promoter, in Pt/X-zeolite catalyst, a 30
Rhodium, compounds, Pt-Rh clusters, NMR, a 81
    Rh4(CO)12, on graphite, structure, a 215
  in electrode, in AMTEC, a 140
  in organic gas sensor, a 142
  Rh(100), adsorption of K and NO, a 82
  Rh/TiO2 system, for H sensor, a 217
  thin film coatings, by plasma enhanced CVD 193
Rhodium Alloys, binary, mechanical properties 64
  Rhodium-Gold-Palladium, short-range order, a 24
  Rhodium-Niobium, thermodynamic stability, a 84
  Rhodium-Platinum, (410) interactions, a 137
  Rhodium-Platinum/SiO2, microstructure, a 137
  Rhodium-Titanium, thermodynamic stability, a 84
Rhodium Arsenide, a 34
Rhodium Complexes, carbenes, book review 117
  Rh(phen)2phi3+, DNA shape targeting, a 223
Ruthenium, Bi2−xPbxPt2−xRuxO7−x, a 223
  compounds, Bi2Ru2O7, resistors, a 35
    Dy5Ru19P12, preparation, structure, a 139
    Pb2Ru2O6+Ti oxide, in resistors, a 35
    URu2Si2, compression, a 25
  in fish freshness detector 23
  isotopes, for spent nuclear fuel analysis, a 28
Ruthenium Alloys, Ruthenium-Aluminium, a 25
Ruthenium-Aluminium-Copper, a 138
Ruthenium-Gallium-Iron-Silicon, a 25
  with Ti aluminides, structure, properties 106
(Ti90Ru10)87Si13, amorphous, corrosion, a 140
Ruthenium Complexes, bathophenanthroline-Ru(II), non-radioactive labels, for oligonucleotides, a 92
  binding to DNA, a 92, 148
  K2[Ru(H2O)Cl5], spectroscopic properties, a 35
  oxo, for oxidations 181
  ruthenocenoyl-ester, organ distribution, a 148
  RuX2(DMSO)4, synthesis, cancer activity, a 92
  Ru(bpy)32+, luminescence, a 27, 85
  Ru[(CnH2n+1)2bpy]3, redox potentials, a 85
  Ru3+ reactions with nucleic bases, a 26
  [Ru(bpy)3](BF4)2/CH3CN, a 91
  [Ru(bpy)3]2+/C7V2+, photocurrents, a 86
  [RuII(H-EDTA)N2], a 216
  [(bpy)2Ru(b-b)Ru(biq)2]4+, luminescence, a 28
Ruthenium Oxides, RuO2, thermodynamics, a 215
    thick film resistors, a 35, 92
    colloids, stabilised in polyelectrolyte, a 28
  RuO4, Ru(VII) ions, Ru(VI) ions, oxidants 181
Saccharides, detection, a 28
Schottky Barrier Devices, n-Si/Pd2Si/Ta2N/Al, a 148
Schottky Barrier Transistors, PMOS, with PtSi, a 223
Schottky Barriers, formation, a 92
Schottky Contacts, Pt, PtSix, production, a 223
Schottky Diodes, proton detection, a 34, 87, 91
Selenium, a 31, 142
Semiconductors, MOS Pd gate, a 28
  MOS Pt gate, as H2, NH3 detectors, a 28
  Pd films/SiO2/Si, a 87
  Pd-MIS Schottky diodes, for proton detection, a 87
  Pd/n-InP, barrier height, a 223
  PMOS, with PtSi, a 223
  Si MIS/LB films/Pd, a 87
  Si/SiO2, in H microionic insertion sensor, a 87
  + microheterojunctions, photocatalyst, a 85
Sensors, see Detectors  
Silicon, a 213, 214
Sintering, Pt/SiO2, during C2H4 oxidation, a 29
SMSI, a 30, 218
Sodium, effect on Pd, Rh, Ru/SiO2, a 143
Solid State Fusion 114
Solubility, H, in metals 17, 82, 214
  see also Diffusion, Permeability  
Solvent Extraction, reprocessing of Pd, a 91
Spark Plugs 105
Standard, frequency, using OsO4 beam, a 138
Steam, effect on coking on Pt/Al2O3, a 143
Steels, a 72, 81, 82, 185
Structure, 1,3-bridged β -lactams, a 148
  Al-Cu-Ru alloys, a 138
  Dy5Ru19P12, a 139
  Ir oxide films, a 25
  micro, Rh, Ir particles on SiO2, Al2O3, a 145
    Pt-Rh particles on SiO2, heat treated, a 137
  Pt-Fe alloys, martensite transformations, a 81
  Pt/GaAs, during interfacial reactions, a 147
  Ru-Ti aluminides 106
  surface, Fe-Rh/graphite catalyst particles, a 137
Styrene, a 30, 146, 221
Sulphides, ions, for H photoproduction, a 85
Sulphur, effect on H-Pd permeation, a 214
  effects on Pt, a 81, 139, 143
Sulphuric Acid, corrosion of Pt anodes, a 84
Superalloys, coated 127, 141
Superconductivity, a 34, 91, 92
Surface Science, Pt(111) single crystals, a 137
  Pt-Ni, a 24
  Fe-Rh/graphite catalyst particles, a 137
  IrO2 formation, structure, a 138
  Pt-Rh(410) single crystals, interactions, a 137
Synergism, in Ru-Pd/SiO2 catalysts, a 90
Synthesis Gas, conversions, a 31, 32, 90, 91, 145
Tellurium, a 84, 143
Temperature Measurement, 0.01-800K, by Rh-Fe sensor 55
  ITS-90 128
Tennant, Smithson, history 129
Thermodynamics, Pd-Rare Earth-H systems, a 214
  RuO2, a 215
Thermomagneto-Optics, Co/Pt, for storage media 177
Thick Films, cholinesterase activity, a 216
  resistors, a 35, 92
Thin Films, α Rh2As on GaAs(001), growth, a 34
  Ir oxide, electrochromism, a 223
  Pd, H, D adsorption in, a 213
  on Al(111), Al(110), reactions, a 81
  Pd-(B,P) heat treated, olefin, hydrogenation, a 25
  Pd/Co, Pt/Co, magneto-optics, a 177, 222
  Pd/glass composite, water gas shift reaction, a 142
  Pt, catalytic etching, a 24
    in heat probe, a 216
    produced by CVD, a 27
    thermal reactions with SixGe1−x, a 213
  PtMnSb 54, 223
  PtSi, incoherent light annealed, a 91
  PtTi, PdTi, on steel, wear, a 81
  Pt-Al, amorphous phases, a 24
  Pt-TiO2/glass, photocatalysts, a 85
  Pt/(111)Si, silicide formation, a 213
  Rh, deposition by plasma enhanced CVD 193
  Rh-Fe temperature sensor 55
  SnO2, +Pt/Si wafers, for H sensor, a 217
  Y-Ba-Cu-O, with Ta-Ir sandwich, a 92
Thiophane, production, a 30
Thiophene, reactions, a 30, 146
Tin, detection in food slurries 193
Tin Oxide, a 214, 217
Titanium, TiO2 crystal surfaces, Pt deposition, a 213
Titanium Alloys, Pd plated, a 82
Titanium Aluminides, alloy with Ru 106
Toluene, irradiated carbonylation, a 90
Tungsten, a 30, 140
Tunnelling, of Pt, Ru, Ni, a 24
Uranium, URu2Si2, compression, a 25
Vinyl Carbamates, synthesis, a 147
Vinyl Epoxides, alkylations, a 146, 221
Vinylacetylene, hydrogenation, a 30
Vinylation, alkyl vinyl ethers, a 146
Vinylketones, dimerisation, by RhCl(PMe3)3, a 221
Voltammetry, of hydrazines, a 86
Wacker Process, catalyst for 60
Water, coadsorption on Pt(111) with HCl, a 213
  determination of N-acetyl-L-cysteine in, a 217
  electrolysis, by Ir, Pt SPE, a 139
  Mo determination in, a 217
  photolysis, with Pt-TiO2 powders, a 140
Water Gas Shift Reaction, a 90, 142, 145
Wear, behaviour of Pt on steel 72
  Pt, Pd alloy films on stainless steels, a 81
Wires, Pt, a 34, 142
Wollaston, William Hyde, history 129
m-Xylene, o-Xylene, isomerisation, a 144

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