Journal Archive

Platinum Metals Rev., 1981, 25, (4), 185

SUBJECT INDEX TO VOLUME 25

a = abstract Page
AIROF, thin film cells, electrochromism in, a 130
Alcohol, allyl, reaction with triorganosilane, a 85
catalysis by Ru(II)Cl2(PPh3)3Ru(II), a 134
synthesis over Ru hydride, a 46
Alkenes, hydrogenation over Pd/graphite, a 177
Alkylbenzene, hydrogenation over Pd/–, Ru/Al2O3, a 177
Alkynes, hydrogenation over Pd/graphite, a 177
Ammonia, aqueous, oxidation on platinum metal, a 83
Aniline, synthesis by Pd(C6H5CH)2Cl2, a 134
Aromatisation over platinum metals, a 85, 132
Benzene, hydrogenation over platinum metals, a 132, 133, 176
Bollmann, Justus Erich 163
Bonding in metal clusters 62
reaction, ceramics to Pt foil 152
Book Review, Heterogeneous Catalysis in Practice 23
Cancer treatment drugs, conferences 71, 156
Capacitor, Pd gate MOS, for H2 sensors, a 178
Carbon Oxides, CO2, hydrogenation over platinum metals/Al2O3, a 85
photoproduction from hydrocarbons, a 83
CO, adsorption on Ru/zeolite, a 133
conversion to CO2 over Se/Pt black, a 85
for reduction of NO on Rh(331), a 86
hydrogenation by Ru3(CO)12, a 85
oxidation over Pt/γ -Al2O3, a 132
Carboxylic Acids, esters, hydrogenation by Ru hydride complex, a 46
Catalysis, heterogeneous, book review 23
homogeneous, conference 156
Catalysts, dual bed, a 132
for biologically active compounds, a 134
three-way 14, 132
Iridium, for graphite hydrogenation, a 86
Iridium Complex, carbonyls, a 176
Ir/Al2O3, for CO2 hydrogenation, a 85
for ethane, cyclopentane hydrogenolysis, benzene hydrogenation, a 176
Ir/support, for isocyanate formation, a 133
Palladium, for olefin to ketones, a 133
for SO2 oxidation, a 130
oxide, for SO2 oxidation, a 130
Pd/Pt/RuO2/TiO2 powder, for H2 photoproduction from H2O and MeOH, a 43
recovery from Pd/C waste, a 87
Palladium Complexes, Pd(C6H5CH)2Cl2, for C6H5NO2 and p-ClC6H4NO2 reduction, a 134
(PPh)2Pd5 for cyclohexene dehydrogenation, a 85
Pd-Ru membrane, for hydrogenation, a 86
for H2 extraction from CO, CO2 mixture, a 177
Pd-SiO2-Si, H2 sensitive, a 175
Pd-Sn, for electroless plating, a 44
Pd/Al2O3, for alkylbenzene hydrogenation, a 177
for CO2 hydrogenation, a 85
for cyclic butadiene oligomer hydrogenation, a 133
for dihydrolinalool hydrogenation, a 45
for furfural decarbonylation, a 45
Pd-KBr-, Pd-NaBr/γ -Al2O3, for ethylbenzene dehydrogenation, a 176
Pd/aluminosilicate, for ethylene oligomerisation, a 45
Pd-AcOK/amorphous aluminosilicate, for oxidative acetoxylation of propylene, a 177
Pd/CaCO3, for hydrogenation, a 133
Pd/C, for cyclic butadiene oligomer hydrogenation, a 133
for furfural decarbonylation, a 45
Pd/graphite, for aromatic nitro-compounds, alkenes, alkynes hydrogenation, a 177
PdCu/mordenite, for ethylene oxidation, a 133
Pd/nylon-66, characterisation, a 133
Pd/support, characterisation by Cu(II) formate decomposition rate, a 177
for isocyanate formation, a 133
for methanol oxidation, a 133
stability against S, a 132
Pd/zeolite, for ethylene oligomerisation, a 45
for n-hexane isomerisation, a 86
PdCu/zeolite, for ethylene oxidation, a 133
Platinum, compounds, for H2 photoproduction, a 174
for emission control, MacRobert Award 22, 112
for graphite hydrogenation, a 86
for H2 photoproduction, a 174
lead tolerant 142
oxide, for H2O2 decomposition, a 43
pad, in flameless combustion heater, a 175
particles, with viologen intermediates, for H2 photoproduction from H2O, a 131
platinised TiO2, for photocatalysis, a 83, 131, 174
platinised SrTiO3, for H2 photoproduction, a 43, 131
Pt/Pd/RuO2/TiO2 powders, for H2 photoproduction from H2O and MeOH, a 43
Pt/RuO2/CdS dispersions, for H2, O2 photoproduction, a 131
with enzyme for D-mannitol production, a 45
Platinum Complexes, carbonyls, a 176
H2PtCl6, for allyl alcohol reaction with triorganosilane, a 85
[Pt(ER3XCO)Cl2] + SnCl2 for olefin hydroformylation, a 177
Platinum Alloys, for fuel cells 161
Pt-Ir, for graphite hydrogenation, a 86
Pt-SiO2-Si, H2 sensitive, a 175
Pt/Al2O3, deactivation effect on sensitivity, a 44
for air pollution control 61
for CO2 hydrogenation, a 85
for ethane, cyclopentane hydrogenolysis, benzene hydrogenation, a 176
for n-heptane reforming, a 85
for methane combustion, a 44
Pt/γ -Al2O3, chlorine modified, behaviour of, a 44
for hydrocarbon and CO oxidation, a 132
GeO2 modified, for hydrocarbon aromatisation, a 85
for NO reduction by H2, a 85
Pt-Cr/Al2O3, physico-chemical study of, a 45
Pt-Ir/Al2O3, thermal stability of, a 176
Pt-Ru/Al2O3, for conversion, hydrogenation, a 132
properties, a 86
Pt-Li/η -Al2O3, n-decane dehydrogenation, a 45
Pt/C, for waste electroplating water treatment, a 175
Pt/mordenite, Ag-exchanged, for heptane transformation, a 176
Pt/Pt, for H2O2 decomposition, a 44
Se/Pt black, for water gas shift reaction, a 85
Pt/SiO2, for toluene hydrogenation, a 45
review of carriers, a 44
(Mo + Pt)/SiO2, for n-hexane conversion, a 176
(Re + Pt)/SiO2, for n-hexane conversion, a 176
Pt-Ru/SiO2, for conversion, hydrogenation, dehydrogenation, a 132
(Sn + Pt)/SiO2, physical properties, a 176
(W + Pt)/SiO2, for n-hexane conversion, a 176
Pt/support, stability against S, a 132
Pt/Y zeolite, for toluene hydrogenation, a 45
Pt metals/Al2O3, for ethylene aromatisation, a 132
Rhodium, for H2 photoproduction, a 174
Rh(331) surface, NO reduction by CO, a 86
Rhodium Complexes, carbonyls, a 85, 176
Rh(PPh3)3Cl, a 134
with O2 for hydrosilation, a 177
with TiO2 powder, for H2 photoproduction from H2O and MeOH, a 43
[(RhC5Me5)2Cl4] for α -olefin conversion, a 177
RhHCO(PO3)3, for 1-hexene hydroformylation, a 134
[closo-1,3-μ -(η -3,4,-CH2:CHCH2CHz)-3-H-3-PPh3-3,1,2-RhC2B9H10], most active homogeneous hydrogenation catalyst, a 45
Rh-Pt, three-way 14
Rh/Al2O3, for CO2 hydrogenation, a 85
highly dispersed, preparation, a 86
Rh/C, for 2-nitrostyrene hydroformylation, a 133
Rh(CO)2Cl/polymer-NC, preparation, a 86
Rh/SiO2, for NO reduction by CO, a 86
Rh/support, for isocyanate formation, a 133
Rh/TiO2, for NO reduction by CO, a 86
Ruthenium, for coal liquefaction 50
Ru-based mixed oxide anode, a 130
Ru(IV) oxide, for ethylene glycol synthesis, a 178
RuO2/Nb-doped n-TiO2/Pt powder, for H2 photoproduction from H2O, a 43
RuO2/TiO2/powder, for H2 photoproduction from H2O and MeOH, a 43
Ruthenium Complexes, for methyl viologen photoreduction, a 175
Ru(III) acetylacetonate, for ethylene glycol synthesis, a 177
, MV, EDTA, Pt hydrosols, for H2O photoreduction, a 84, 174
with Zn complex for viologen photoreduction, a 131
(bpy)2(py)RuO2+ and (trpy)(bpy)RuO2+ polymer, anodes, for oxidation, a 130
, for MV+ photoproduction, a 84
, RuO2/Pt/colloidal TiO2, for H2O photolysis, a 83
, RuO2, MV, EDTA for H2 photoproduction from H2O, a 84
Ru(II)Cl2(PPh3)3Ru(II) for homogencous H transfer from alcohols to olefins, a 134
RuCl2(PPh3)3-polystyrene anchored for isomerisation, a 134
carbonyls, a 176
Ru3(CO)12, for homogeneous CO hydrogenation, a 85
Ru hydride, for homogeneous hydrogenation of carboxylic acid esters, a 46
Ru-Pd membrane, for H2 extraction from CO, CO2 mixture, a 177
Ru/Al2O3, for alkylbenzene hydrogenation, a 177
for CO2 hydrogenation, a 85
for coal liquefaction 50
Ru-Pt/Al2O3, properties, a 86
Ru/support, for Fischer-Tropsch reaction 50
for isocyanate formation, a 133
Ru/zeolite, CO adsorption on, a 133
Ceramics, reaction bonded to Pt 152
Cermets, Pt-SiO2 films, a 42
Chemiluminescence, a 131
p-Chloronitrobenzene, a 134
Clusters, [Os6Au(CO)20H2], a 174
properties 62
Coal, gasification by Fisher-Tropsch process 50
Coatings, Pd, Ag on Ta wire, H2 adsorption on, a 173
Pd/Ti tubes in oil refinery condensers, a 178
Pt aluminide, diffusion on gas turbine blades 94
Pt on microspheres, a 44, 175
Conference, Platinum Group Metals, Bristol, 1981 156
Inorganic Biochemistry, London, 1980 71
Photochemical Conversion and Storage of Solar Energy 11
Corrosion, environmental, in gas turbine blades 94
properties, Pd/Ti tubes in condensers, a 178
properties, Pd-Ag alloys, a 129
properties, Ru-Cr alloys, a 174
resistant alloys, Ru-Mo-X, a 173
resistant alloys and steels, a 82
Cyelohexane, dehydrogenation over Pt-Ru/support, a 132
Cyclohexene, dehydrogenation with O2 over (PPh)2Pd5, a 85
Cyclopentane, hydrogenolysis over Ir/Al2O3, Pt/Al2O3, a 176
n-Decane, dehydrogenation over Pt-Li/η -Al2O3, a 45
Decarbonylation over Pd/Al2O3, Pd/C, a 45
Dehydrogenation over platinum metals, a 45, 85, 132
Detectors, formaldehyde vapour 159
high-temperature, in nuclear reactors, a 132
hydrogen, a 84, 132
oxygen 42, 152
Deuterium, electrolytic separation from T, using Pd-Ag electrodes, a 174
Deville, Henri Sainte-Claire 121
Diodes, a 135
Dioxin, destruction by RuO4 160
Electrical Contacts, Pd-As, Pd-Ga alloy, a 178
Pd-Ir alloys in, a 131
Pd2Si/Si, very thin, a 135
Pt2Si, Pt1.2Si, co-deposited, shallow, a 46
Rh-Ni, a 84
Electrochromism in thin film cells, a 130
Electrodeposition, Ir-Pd alloy, a 131
platinum metals, historical review 32
Rh, a 175
Rh-Ni alloys, a 84
Ru, on sealed reed contacts, a 84
Electrodes, IrO2/Ti, heat treatment, life of, a 43
Pd and PdO, for H2SO4 production, a 130
PdXO2 thin film, for O2 reduction, evolution, a 43
Pd-H, in PallapHode pH meter 72
Pd-Ag, for H isotope separation, a 174
Pd/Pt, for aqueous NH3 oxidation, a 83
Pt, palladised or platinised, in fuel cells, a 87
Pt, porous, for fuel cell 56
Pt, reduction of thick oxide films on, a 130
PtCoO2 thin film, for O2 reduction, evolution, a 43
Pt-Rh, in fuel cells, a 87
organic films/Pt, a 83
Pt/Pt, for aqueous NH3 oxidation, a 83
Pt/Ti anode, durability in D-ribono-γ -lactone electroreduction, a 174
Rh/Pt, for aqueous NH3 oxidation, a 83
Ru oxides, stability for O2 evolution, a 130
Ru oxide/Ti, durability in D-ribono-γ -lactone electroreduction, a 174
RuO2 + TiO2 thin film, photoproperties, a 175
(bpy)2(py)RuO2+ and (trpy)(bpy)RuO2+, polymer, a 130
Emission Control, car exhaust 142
catalyst, MacRobert Award 22, 112
nitrogen oxide from automobile engines 14
Energy, electrical, photoproduction with p-LuRhO3 cathodes, a 42
solar, absorption in Pt-Al2O3, Pt-SiOx, a 173
solar, conversion and storage 11
solar, photocatalytic conversion, review, a 43
Engines, automobile, emission control of 14
gas turbines, blade protection of 94
Ethane, hydrogenolysis over Ir/Al2O3, Pt/Al2O3, a 176
Ethylbenzene, oxidative dehydrogenation over Pd-NaBr/γ -Al2O3 and Pd-KBr/γ -Al2O3, a 176
Ethylene, reactions over platinum metals, a 45, 132, 133
Ethylene Glycol, synthesis by Ru compounds, a 178
Extraction, liquid–liquid from ore 106
Fatigue, platinum metals, crack growth in 24
Ti alloy, improvement by Pt ion plating, a 44
Firearms, platinum touchholes in 74
Fischer-Tropsch reaction 50
Formaldemeter, formaldehyde detector 159
Fuels, gasoline with Pb additive 142
liquid, production from coal 50
Fuel Cells, biochemical, review, a 87
detector for formaldehyde vapour 159
high temperature, for electricity and HNO3 56
methanol-air, a 134
U.S. National Seminar 161
Glass, Pd77.5Cu6Si16.5, amorphous, properties, a 82
working, Pt apparatus 163
Heater, catalytic, a 175
n-Heptane, reactions over platinum metals, a 85, 132, 176
n-Hexane, reactions over platinum metals, a 86, 176
1-Hexene, hydroformylation by RhHCO(PO3)3, a 134
History, J. E. Bollmann 163
electroplating the platinum metals 32
Henri Sainte-Claire Deville 121
platinum activities in N. America and Europe 163
platinum in flintlock firearms 74
Hydrocarbons, aromatisation, over Pt/γ -Al2O3, GeO2 modified, a 85
conversion in automobile emission 14
conversion over Pt/γ -Al2O3, Cl2 modified, a 44
conversion review of SiO2 catalyst carriers, a 44
dienes, hydrogenation over Pd-Ru, a 86
liquid, from coal 50
oxidation over Pt/γ -Al2O3, SO2 effects, a 132
photocatalytic oxidation to CO2, a 83
water gas shift reaction 14, 85
Hydroformylation over platinum metals, a 85, 133, 134, 177
Hydrogen, absorption in Fe, Pt effect on, a 42
absorption in LaPt5, ThNi5, YNi5, a 129
absorption by Pd, Ag, coated Ta wire, a 173
adsorption, by Pt-Sn alloys, a 42
detectors, a 84, 132, 178
diffusion in Pd-Cu and Pd-Nb alloys, a 42
diffusion in Pd-Dy, Pd-Er, a 129
for NO reduction on Pt(III), a 173
extraction from CO, CO2 mixture by coated Ru-Pd membrane catalyst, a 177
flameless combusion over Pt, a 175
generation for industrial use 12
ion concentration, measurement 72
isotopes, electrolytic separation, a 174
permeability in Pd-Ag, Pd-Ni alloys, a 42
permeability in Pd-Dy, Pd-Er alloys, a 129
permeation through Pd membrane, a 174
photoproduction from water, a 42, 43, 83, 84, 131, 174, 175
photoproduction, review of catalysts for, a 174
sensitive Pd (or Pt)-SiO2-Si, a 175
solubility in Pd-Dy, Pd-Er, a 129
structure in f.c.c transition metals, a 129
Hydrogen Peroxide, catalytic decomposition, a 43, 44
Hydrogenations over platinum metals, a 45, 46, 85, 86, 132, 133, 176, 177
Hydrogenolysis over platinum metals, a 176
Hydrosilation over platinum metals, a 177
IMPATT devices, failure, a 134
Indoles, production, a 133
Ion, flotation of platinum metals, a 87
implantation, Pd, for Ti corrosion stability, a 129
plating, Pt, effect on Ti alloy fatigue, a 44
Iridium, oxidation of powder in air, a 42
Iridium Alloys, Iridium-Palladium, electrodeposition, a 131
Iridium-Tungsten, Th additions in, a 173
Iridium Oxide, AIROF cells, electrochromism in, a 130
films, a.c. response, a 83
IrO2 + RuO2, solid solutions, mutual solubility, a 82
Isocyanate, formation, a 133
Isomerisation over platinum metals, a 86, 134, 174
Ketones, production, a 133
Lead, effect on emission control catalysts 142
MacRobert Award for emission control catalyst 22, 112
D-mannitol, preparation, a 45
Medical, conferences on anti-cancer drugs 71, 156
dental alloys, a 87, 135
Methane, combustion on Pt/Al2O3 fibres, a 44
Methanol, oxidation over Pd/support, a 133
Nitric Oxide, reduction over platinum metals, a 85, 86, 173
Nitrobenzene, reduction by Pd(C6H5CH)2Cl2, a 134
Nitrogen Oxide, automobile, emission, control of 14
Oil refineries, Pd/Ti tubes in condensers, a 178
Olefins, conversion to unsaturated silanes by [RhC5Me5)2Cl4], a 177
hydroformylation by [Pt(ER3)(CO)Cl2] + SnCl2, a 177
photo-isomerisation by trans -[PtCl2(tmpy)(C2H4)], a 174
synthesis by Ru(II)Cl2(PPh3)3Ru(II), a 134
terminal, oxidation by H2O2 over Pd, a 133
Oligomerisation over platinum metals, a 45
Organic Solvents, pollution, control of 61
Organometallic Complexes, conference 156
Osmium, cluster, [Os6Au(CO)20H2], a 174
compound, MOsB2, superconductivity in, a 82
Osmium Complexes, Os(OEP)[P(OMe)3]2, photolysis, a 131
Oxidation over platinum metals, a 42, 130, 133
Oxygen, sensors 42, 152
adsorption on Pt(III), a 82
effect on diffusion in Pt-Ni-Pt films, a 129
evolution on Ru mixed oxide electrodes, a 130
evolution, reduction by thin film electrodes, a 43
photoproduction from H2O by platinum metals, a 42, 43, 83, 84, 131, 174
Palladium, compound, PdB2O4, first Pd borate, a 43
compound, M[Pd(OH)6], M = K, Rb, a 173
contact resistance of, a 135
fatigue and fracture in 24
H2 structure in, a 129
ion implantation, a 129
layers a-Si, hydrogenated, for diodes, solar cells, a 135
membrane, H2 permeation through, a 174
refining from Pd/C waste, a 87
thin film on Ta wire, H2 adsorption on, a 173
thin films on Ti, in oil refinery condensers, a 178
Palladium Alloys, dental, a 87, 135
Palladium-Arsenic, in semiconductors, a 178
Palladium-Chromium, phases in, a 173
Palladium-Copper, H2 diffusivity, a 42
Palladium-Copper-Silicon, amorphous wire, a 134
Palladium-Gallium, in semiconductors, a 178
Palladium-Iridium, electrodeposition, a 131
Palladium-Iron, electrical resistivity, a 129
single crystal, solid solution decomposition, a 82
Palladium-Nickel membranes, H2 permeability, a 42
Palladium-Niobium, dilute, H2 diffusivity, a 42
Palladium-Rare Earths, H2 in, a 129
Palladium-Silicon, plastic deformation, a 82
Pd-a-Si:H interface structure, a 173
Pd-SiO2-Si, H2 sensitive, a 175
Palladium-Silver, contact resistance, a 135
corrosion, a 129
membranes, H2 permeability in, a 42
membranes for H2 production, a 12
TiPd-TiNi, shape memory in, a 129
Palladium-Vanadium, phases in, a 173
Palladium Complexes, co-ordinated drug, a 83
organic, survey for 1978, a 43
Palladium Oxide, free energy of formation, for O2 sensor, a 42
PallapHode Pd-H electrode pH meter 72
Photocatalysis, a 42, 43, 44, 83, 131, 174, 175
Plating, electroless Sn-Pd catalysts, preparation from hydrous melts, a 44
ion, Pt on Ti-Al-Sn-Zr-Mo alloys, a 44
Pd-Ir, for electrical contacts and motors, a 131
Rh on Ti-Zr-Mo alloy, a 175
Rh-Ni alloys, for electrical contacts, a 84
solutions, Ru, a 84
Platinum, adsorption of O2, reactivity to H2 and CO, a 82
coatings on microspheres, a 44, 175
coinage 163
compounds, K2Pt(SCN)4, luminescence, a 82
compounds, LaPt5, H2 absorption in, a 129
effect on H2 absorption by Fe, a 42
electrode, reductin of thick oxide films, a 130
fatigue and fracture in 24
films, cermet, Pt-SiO2, structure, properties, a 42
films, organic, on electrode, a 83
films, Pt-Ni-Pt, Ni diffusion into Pt, a 129
in guns, pistols, rifles 74
oxidised, for catalytic decomposition of H2O2, a 43
Pt-SiO2-Si, H2 sensitive, a 175
Pt(III) surface for NO reduction with H2, a 173
reaction bonded to ceramics 152
Pt/n-GaAs interface reaction, after annealing, a 134
Platinum Alloys, dental, ageing, a 87
Platinum-Rhodium, fatigue and fracture in 24
Platinum-Tantalum, phases in, a 173
Platinum-Tin, electrocatalytic properties, a 42
Platinum Complexes, allyl(hydrido)Pt(II), a 130
trans -[PtCl2(tmpy)(C2H4)], for photoisomerisation of olefins, a 174
Pt5(CO)6[P(C6H5)3]4, synthesis, a 130
PtCo2(CO)8[P(C6H5)3], synthesis, a 130
organic, survey for 1978, a 43
Platinum Metals, cluster compounds 156
compounds, organometallic with P, literature survey to July 1979, a 43
early chemistry and metallurgy 121
electroplating of 32
future supplies 105
ion flotation and separation of, a 87
liquid–liquid extraction from ore 106
reactions with alkali metals 113
refinery utilising solvent extraction 31
resistance to fatigue crack growth 24
Platinum Metals Alloys, corrosion resistant, a 82
Platinum Metals-Alkali Metals, preparation, properties 113
PLATMOS, hysteresis and memory in MOS, a 46
Pollution Control, exhaust emission, MacRobert award 22, 112
lead tolerant car exhaust catalyst 142
organic solvents in air over Pt/Al2O3 61
three-way catalyst systems 14
waste electroplating water, Pt/C catalyst for, a 175
Propene, hydroformylation by Rh carbonyls, a 85
Propylene, oxidation over platinum metals, a 177
Reed Switches, Ru plated, a 84
Refining oil, Pd coated Ti condenser, a 178
platinum metals 31, 87, 106, 156
Resistance Thermometers, platinum 2, 46, 178
Rh-Fe alloy and SQUID at 0.01K 57
Review, biochemical fuel cells, a 87
organic complexes of Pt, Pd, Ni, survey for 1978, a 43
photocatalytic conversion of solar energy, a 43
organometallic compounds with P, literature review to July 1979, a 43
SiO2 catalyst carriers, in hydrocarbon conversion, a 44
Rhodium, compound LuRhO3, properties, a 42
plating on Ti-Zr-Mo alloy, a 175
Rhodium Alloys, Rh-Ni, electrodeposition, a 84
Rhodium Complexes, trans -(Ph3P)2Rh(CO)(OCO2H), a 130
Rustenburg Platinum Mines 70
Ruthenium, compound MRuB2, superconductivity, a 82
electrodeposition, measurement of, a 84
oxidation of powder in air, a 42
Ruthenium Alloys, Ruthenium-Chromium, corrosion in H2SO4, a 174
phases in, a 173
Ruthenium-Molybdenum-X, corrosion resistance of, a 173
Ruthenium Complexes, for methyl viologen photoreduction, a 175
, photocatalyst, a 84
, luminescence of, a 84
and oxalate or organic acid, electrogenerated chemiluminescence, a 131
, for methyl viologen reduction, a 175
Ru bipyridyls, for UO22+ photoreduction, a 84
, for photolysis, a 84
Ru(bipy)3Br2.6H2O, luminescence, a 83
Ru(bipy)3(ClO4)2, luminescence, a 83
Zn0.999Ru0.01(bipy)3SO4, luminescence, a 83
Ruthenium Oxide + IrO2, solid solutions, mutual solubility, a 82
Ruthenium Dioxide for water catalysis, a 84
Ruthenium Tetroxide, control of dioxin 160
Sasol, coal liquefaction 50
Schottky Cells, a 135
Semiconductors, PdAs2, PdGa alloys, a 178
PLATMOS, Pt induced hysteresis in MOS, a 46
Seminar, U.S. National Fuel Cell Seminar 161
Sensors, ammonia, argon, ethanol, a 175
formaldehyde vapour 159
high-temperature, a 132
hydrogen, a 84, 132, 178
hydrogen sulphide, a 175
oxygen 42, 152
smoke, a 175
Shape Memory in TiNi-TiPd alloys, a 129
Solar Cells 11, 135
SQUID + Rh-Fe alloy, for low temperature measurements 57
Steel, stainless, modified by platinum metals, a 82
Sulphur contaminant, catalysis product, a 132
Sulphur Dioxide, catalytic oxidation to H2SO4, a 130
effect on hydrocarbon and CO oxidation over Pt/γ -Al2O3, a 132
Sulphuric Acid, first platinum still for 163
production from SO2 oxidation, a 130
Superconductivity, SQUID 57
ternary borides, MRuB2, MOsB2, a 82
Temperature Measurement of gas flame, a 87
low, by Rh-Fe alloy with a SQUID 57
in nuclear reactors, a 132
platinum resistance thermometers 2, 46, 178
Temperature Scale, 13.81K–273.15K, a 178
Thermafilm® platinum resistance detectors 2
Thermocouples, Pt:Pt–13%Rh, non-screened, a 87
Thick Films, Pt-Ni-Pt, Ni diffusion into Pt, a 129
oxide on Pt anode, reduction of, a 130
platinum resistance detectors 2
Thin Films, aromatic amines/Pt, a 83
IrO2, a.c. response, a 83
Pd/Ti tubes in condensers in oil refineries, a 178
Pd, Ag/Ta wire, H2 absorption on, a 173
Pt-Al2O3, solar absorption in, a 173
PtCoO2 electrodes, a 43
PdXO2 electrodes, a 43
Pt-SiOx, solar absorption in, a 173
Titanium, corrosion stability after Pd ion implantation, a 129
Toluene, hydrogenation on Pt/Y zeolite and Pt/SiO2, a 45
Tritium, electrolytic separation from D, a 174
Turbines, gas, blade protection of 94
Uranium, , photoreduction by Ru complexes, a 84
Water, purification by Pt/C catalyst, a 175
Water Gas Shift Reaction 14, 85, 174
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