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Platinum Metals Rev., 1985, 29, (4), 198

Subject Index to Volume 29

a =abstract	Page
Absorption, solar on cermet coatings	57
Acetaldehyde, adsorption and reactions on Pt, a	131
Acetic Acid, production from syngas, by Ru melt catalysis	63
over Rh/support, a	89
Acetone, hydrogenation over Pt/TiO2, a	41
Acetylene, photosensitised cleavage to CH4, a	133
Acid Rain, pollution control	50
Acrylates, dimerisation by Pd and Rh catalysts, a	90
Adsorption, acetaldehyde on Pt(S) surfaces, a	131
heats of, for H2, CO, on SMSI Pd/TiO2, a	86
H2 on Pd-SiO2-Si, a	186
Alcohols, allyl, oxidation, a	87
benzyl, electrooxidation, a	88
isopropanol, from acetone hydrogenation, a	41
oxidation by RuCl2(PPh3)3+t-BuOOH, a	42
primary, synthesis from syngas on Ru alloy/support, a	42
production from syngas, by Ru melt catalysis	63
propan-2-ol, photocatalytic dehydrogenation by Rh complexes, a	39
secondary, oxidation to ketones, a	138
tertiary production from aryliodides and alkylaluminiums by Pd complexes, a	189
Alkanes, n-butane, isomerisation, hydrogenation hydrogenolysis on novel Rh/TiO2, Ir/TiO2, a	90
n-decane, dehydrogenation over Pt/Al2O3, a	40
ethane, hydrogenolysis on Rh-TiO2, a	189
n-hexane, isomerisation over Pt/zeolite, a	41
transformations, a	135
methane, effect on Pd+ThO2 gas sensing elements, a	41
photoproduction from C2H2, a	133
production via CO2 electrolysis, a	133
synthesis from syngas over Rh/TiO2, Rh-Pt/TiO2, a	136
propane, conversion to aromatics, a	90
Alkenes, carbonylation by Pd melt catalysis	63
-decenes, formed during n-decane dehydrogenation, a	40
ethene, hydrogenation by novel Rh-TiO2
attached catalyst, a	189
hydrogenation by Pd(II) polymer complexes, a	136
propene, hydroformylation, a	42
Alkylation, benzene, by Rh(II)trifluoroacetate, a	137
Alkynes, 1-, hydrosilylation by Ir complexes, a	91
carbonylation by Pd melt catalysis	63
hydrogenation by Pd(II) polymer complexes, a	136
selective, by cationic Ru(II) complexes, a	138
Amines, primary-secondary transformation, a	42
Ammonia, oxidation on Pt, a	188
photoproduction from azide ions, a	88
synthesis, over Ru complex/γ -Al2O3 catalyst, a	189
Arsenic, electrooxidation on Pt rotating disc electrode, a	132
Azides, photoconversion to NH3, a	88
Benzene, alkylation by Rh(II)trifluoroacetate, a	137
chemisorption on Pt clusters, a	90
Berzelius, history	81
Book Reviews, Dictionary of Organometallic Compounds	130
Organometallic Chemistry of Rh and Ir	154
Brine, industrial electrolysis	88, 98
British Antarctic Survey, H2 generators for	12
Bromine, photoproduction via Ir complexes, a	187
Brownrigg, William, first experiments on platinum	180
1,3-Butadiene Monoxide, reaction with CO2, a	137
Butane, ignition and burning over Pt wire, a	134
Cancer, antitumour drug, a	87
chemotherapy	28, 118
circadian timing, a	138
conference	72
Capacitors, multilayer ceramic	2
Pd powders in	175
thick film dielectrics, a	91
Carbon Oxides, CO, adsorption on Pt electrode, a	132
chemisorption	131, 168
heat of adsorption on SMSI Pd/TiO2, a	86
hydrogenation, a	42, 89
ignition and burning over Pt wire, a	134
oxidation, cycled, a	135
poisoning of Pt/support catalysts, a	134
syngas, chemical production from	63
conversions to paraffins, a	189
direct synthesis of acetic acid, a	89
reduction of NO over Rh/SiO2, a	41
reactions on Pt/TiO2, a	135
+H2O, CH4 formation, a	136
CO2, electrochemical reduction on Ru electrodes, a	133
methanation on Rh/support, a	136
reaction with butadiene monoxide, a	137
reduction to formate, a	88
Carbonylation, alkyl borates-benzylic bromide to esters, a	42
carboxylic acid esters by Ru carbonyl iodide, a	42
catalysts	63
olefins by Rh carbonyl complex amine/pyridine, a	136
terminal acetylenes of organic halides, a	137
Carboplatin	72, 118
Carboxylic Acid, acetic acid, synthesis from syngas	63, 89
Catalysis, catalytic converters, properties, a	188
Eighth International Congress	28
fine chemical manufacture, symposium	162
heterogeneous, a	40, 41, 42, 89, 90, 140, 141, 142, 188, 189
homogeneous, a	42, 43, 90, 91, 142, 143, 189, 190
industrial nitrogen oxides pollution control	50
kinetic analysis of complex reactions, a	41
metal clusters in, a	41
Catalysts, automotive, European legislation	163
used, analysis, a	135
warmup predictions, a	188
water-gas shift reaction in exhaust gases, a	188
bifunctional, naphthenes’ conversion, a	40
comprehensive review of refining	29
EUROPT-1, Pt/SiO2, characterisation	168
metal clusters, a	41
three-way, deactivation by P, Zn contaminants, a	136
Iridium colloids, H2 photoproduction, a	187
thermal decomposition of H2O, a	38
Iridium Complexes, hydrosilylation of 1,3-dienes, 1-alkynes, a	91
[Ir(C3-N1-bpy)(bpy)2]2+, photosensitiser for bromide solutions, a	187
Ir/α -Al2O3, CO-O2 cycling, a	135
Ir-Ru/SiO2, syngas conversion to O-C2 compounds, a	90
Ir/TiO2, alkane isomerisation, dehydrogenation, hydrogenolysis, a	90
Palladium, automotive, a	135
Pd chloride, alcohol oxidation, a	87
hydroxy ester production, a	42
oxidation of terminal, internal
olefins, a	137
formic acid oxidation, a	41
in redox fuel cells, a	190
polycrystalline, in H2-D2 exchange, a	135
Pd+ThO2, in gas sensing elements, a	41
Palladium Complexes, alcohol and ketone production by carbonylative coupling, a	189
organic halide with terminal acetylenes’ carbonylation, a	137
Pd acetylacetonate, soybean oil hydrogenation, a	190
σ -alkylpalladium (II), olefin reactions, a	42
PdCl2(η 4-norbornadiene), isomerisatior of quadricyclene, a	39
PdCl2(NCPh)2+Lewis acid, acrylate dimerisation, a	90
tetrakis(triphenylphosphine)-Pd, CO, butadiene monoxide reaction, a	127
Pd tributylphosphine, olefin syntheses, a	42
Pd/Al2O3, buta-1,3-diene hydrogenation, a	135
Pd/Al2O3, cyclohexane dehydrogenation	16
Pd/α -Al2O3, CO oxidation, a	135
Pd(II)/polymer, hydrogenation, a	136
colloidal Pd/exchange resin, preparation, a	189
Pd/polyethylenimine/SiO2 beads, preparation, properties, a	189
Pd/SiO2, and Y-zeolite, hybrid, syngas conversions, a	189
Pd/SiO2, zeolites, CO hydrogenation,	89
Pd/support, C-bond reactions on, a	189
formic acid oxidation, a	41
Pd-X/support, hydrotreating hydrocarbons	114
Pd/Ti, electrocatalytic properties, O2 evolution, a	38
Pd/TiO2, heats of adsorption, in SMSI state, a	86
Pd/LaY zeolite, naphthene reactions, a	40
Platinum, automotive, after 34,800 km, a	135
in cycled feedstreams, a	135
clusters, gas phase reactions, a	90
H2 photoproduction from H2O, a	187
polycrystalline, for NH3 oxidation, a	188
in H2-D2 exchange, a	135
redox fuel cells, a	190
thermal decomposition of H2O, a	38
wire, fuel/air ignition and burning, a	134
restructuring	60
Platinum Alloys, platinum-rhodium, automotive, effect of P,Zn poisons, a	136
gauze, changes during HNO3 manufacture, a	89
PtRh10 gauze, with Pt-Rh/Al2O3 coating, for HCN synthesis, a	188
Platinum Complexes, acridine yellow/EDTA/ K2PtCl6 for H2 photoevolution, a	39
(phenazine)PtCl2(C2H4), hydrosilation, a	186
[poly(3-methylthiophene)-Ag-Pt], for
proton efectrochemical reduction, a	90
Pt-SnCl2.2H2O for amine transformation, a	42
Pt/Al2O3, for buta-1,3-diene hydrogenation, a	135
n-decane dehydrogenation, a	40
engine warmup tests, a	188
methylcyclohexane dehydrogenation, S effects, a	40
naphtha reforming, a	41
Pt/Al2O3, Pt/TiO2, poisoning, a	134
Pt-(Pb)-(Sn)/Al2O3, transformations, a	135
Pt/α -Al2O3, CO oxidation, a	135
Pt/γ -Al2O3, HI decomposition, a	40
Pt/Ce/Al2O3, Pt/Rh/Al2O3, Rh/Pt/Ce/Al2O3, water/gas shift reaction in engine exhaust, a	188
PtRe/Al2O3, methylcyclohexane dehydrogenation, S effects, a	40
Pt-Rh/Al2O3, coatings on PtRh10 gauze, for HCN synthesis, a	188
Pt/CdS/Nafion, H2 photoproduction, a	88
Pt/C, hydroxylamine production, a	188
Pt/porous PTFE, H2-D2 reaction, a	189
Pt colloidal/anion exchange resin, a	189
Pt/SiO2, standard European catalyst	168
Pt/SiO2-Al2O3, naphthene reactions, a	40
Pt/styrene-divinyl benzene copolymer, for H2-D2 exchange, a	41
Pt/support, NH3 oxidation, a	188
Pt/Ti, O2 evolution, a	38
Pt-TiO2, acetone hydrogenation, a	41
CO, H2 chemisorption, a	135
photocatalysis to produce NH3, a	88
RuOx/Pt/TiO2, water photolysis, a	187
Pt/CaY zeolite, naphthene reactions, a	40
Pt/H-ZSM-5, propane conversion, a	89
Pt/zeolite+Pr, Nd, La, isomerisation, disproportionation, a	41
Pt/ultrastable Y zeolite, naphthene reactions, a	40
n-paraffin reactions, a	41
Pt/ZnO, electrical conductivity, a	185
Platinum Metals, review of 1983 work, a	135
Rhodium, automotive, in cycled feedstreams, a	135
Rh hydride – TiO2 attached, novel, preparation, properties, a	189
Rhodium Alloys, Rh-Pt gauze, changes during HNO3 manufacture, a	89
Rhodium Complexes, asymmetric hydrogenation of α -dicarbonyls, a	90
H2 photoproduction, a	39
hydrosilylation crosslinking of silicone rubber, a	190
[(C2H4)2RhCl]2, + Lewis acid, acrylate dimerisation, a	90
RhCl3, H2 photoproduction, a	39
Rh(CO)Cl(PPh3)2, propene hydroformylation, a	42
Rh6(CO)16-ethylenediamine, a	136
1,5-hexadiene Rh chloride, a	42
Rh(l)polypyridine complex, water gas shift reaction, a	190
Rh/Al2O3, buta-1,3-diene hydrogenation, a	135
Rh/Pt/Al2O3, Rh/Pt/Ce/Al2O3, water gas shift reaction in engine exhaust, a	188
Rh/α -Al2O3, CO oxidation, a	135
Rh6(CO)16/η -Al2O3, water gas shift reaction, a	90
[Rh(CO)2Cl]2/η -Al2O3, zeolites, water gas shift reaction, a	90
Rh/colloidal CdS, charge separation, H2 generation, a	89
H2 photoproduction, a	137
Rh6(CO)16/diaminated PS, a	136
Rh carbonyl clusters resin beads, α,β -unsaturated carbonyls, nitriles, hydrogenation, a	136
colloidal Rh/H-form resin, preparation, a	189
Rh/SiO2, NO reduction, a	41, 136
Rh/support, C-bond reactions on, a	189
CO2 methanation, a	136
direct conversion of syngas to O-C2 compounds, a	89
formic acid decomposition, a	136
Rh/TiO2, alkane isomerisation, dehydrogenation, hydrogenolysis, a	90
CH4 formation, a	136
Rh-Pt/TiO2, CH4 formation, a	136
Ruthenium, melt for organic compounds production	63
RuO3.xH2O, for O2 evolution	26
Ruthenium Complexes, photocatalysis, in smectites, a	89
[Ru(bpy)3]2+, [RuL5(H2O)]2+, C2H2 cleavage to CH4, a	133
, photoreduction of dialkyl-4,4′-bipyridinium salts, a	40
Ru(bipy)3Cl2, formate production, a	88
tris(2,21 bipyridyl-4,41-dicarboxylate)Ru(II) dichloride sensitiser for light conversions, a	134
RuCl2(PPh3)3, oxidations of alcohols, a	42
oxidations of secondary amines, a	137
Ru trichloride hydrate, oxidation of alcohols to ketones, a	138
Ru2Cl4(BINAP)2(NEt3), asymmetric hydrogenations, a	186
Ru carbonyl iodide, carbonylation, homologation, a	42
Ru(II)trifluoroacetate, benzene alkylation, a	137
, photoreduction, a	134
[RuL5(H2O)]2+, C2H2 cleavage to CH4, a	133
[RuHL5]PF6, selective hydrogenation of alkynes, a	138
Ru/Al2O3, buta-1,3-diene hydrogenation, a	135
K,P+Ru/Al2O3, Fischer-Tropsch, a	90
Ru/α -Al2O3, CO oxidation, a	135
Ru complex/γ -Al2O3, preparation, NH3 synthesis, a	189
Ru-Mo-La/Al2O3, CO hydrogenation to alcohols, a	42
RuO2/CdS+RuO2/TiO2, H2 photoproduction from H2S, a	187
Fe-Ru crystallites/amorphous C, preparation, characterisation, a	137
[]/Nafion/graphite electrode, a	88
Ru/poly-l-vinylnaphthalene, structure, reactivity, a	137
Ru/PS, structure, reactivity, a	137
colloidal Ru/H-form resin, preparation, a	189
[Ru(bpy)3]2+/resin, photoreactions, a	134
Ir-Ru/SiO2, syngas conversion to O-C2 compounds, a	90
Ru(CO)4(PPh2C2H4-SIL), H4Ru4(CO)8 (PPh2C2H4-SIL), water gas shift reaction, a	43
Ru/support, Fischer-Tropsch reactions	146
Ru-Mo-Na/support, CO hydrogenation to alcohols, a	42
RuOx/Pt/TiO2, water photolysis, a	187
Catechols, oxidation by RuCl2PPh3)3+t-BuOOH, a	42
Cells, chlorate, a	88
diaphragm, membrane, mercury, for Cl2 production	98
photoelectrochemical, Au/GaPc-Cl/Ferri, Ferrocyanide/GaPc-Cl/Pt, a	187
Pt/n+/p-Si, Pt electrodes, HI, for solar energy conversion, a	39
Cermets, platinum-alumina, stable coatings	57
Chatt, Joseph, reminiscences, history	126
Chemicals, fine, manufacture, symposium	162
Chemisorption, CO, H2, O2 on EUROPT-1	168
CO,H2 on Pt/TiO2, a	135
hydrocarbons on Pt clusters, a	90
Chloralkali, industry	98
Chlorine, evolution, new Ru-Ti-Pd-Sn anode coatings for, a	88
production, industrial	98
Chromatography, gas, by Pt/syrene-divinyl benzene copolymer, a	41
Cisplatin, chemotherapy, circadian timing, a	138
Coal, in Fischer-Tropsch syntheses	146
Coatings, Pt-Al2O3 cermet, optical, selective absorber	57
Pt aluminide, gas turbines, a	187
hot corrosion environments	62
Pt-modified aluminide, in gas turbine blades	17
Pt-Rh/Al2O3, thin films on Pt-Rh10 gauzes for HCN synthesis, a	188
Pt/Ru, cathodes in chloroalkali production	98
RuO2/TiO2+PdSn2, on anodes for Cl2 evolution, a	88
Conference, Cancer Chemotherapy	72
Catalysis in Fine Chemical Manufacture	162
Eighth International Congress on Catalysis	28
Fuel Cells	107
Hydrogen in Metals	115
Third International Chlorine Symposium	98
Corrosion, anodic of Ru-Ir alloys, a	132
behaviour of Pt electroplated objects	155
protection, gas turbine blades	17, 187
Pt aluminide coatings	62
steel in concrete	80
resistance, Pt-Ni superalloys	56
Ru in H2SO4, a	39
Crucibles, ZGS platinum for compound oxide growth	113
Crystals, single, Bi2Ru2O2, electrical conductivity, a	38
electrodes of Ir, Pt, Rh, a	132
growth, using ZGS Pt crucibles	113
structure in Pd-Ni system, a	86
UPt3, superconductivity and properties, a	86
Cyclohexane, for storing H2	16
Dehydrogenations, over platinum metals	16, 40, 90
Detectors, hydrogen	2, 89
i.r., a	43
methane, a	41
oxygen, high temperature, a	188
in steel furnaces	179
pressurised water reactor, a	91
pyroelectric gas, a	134
Deuteration, buta-1,3-diene over platinum metals Al2O3, a	135
Deuterium, H2-D2 exchange, a	41, 135, 189
isotope separation by Pd alloy membrane, a	86
α -Dicarbonyls, asymmetric hydrogenation, a	90
Dielectrics, thick film, Pt/Au, Pd/Au, a	91
Dienes, hydrosilylation, a	91
Diesel Fuel, production from coal by Fischer-Tropsch	146
Diffusion, hydrogen, purification	12
Dimerisation, acrylates, by Pd, Rh complexes, a	90
Diols, oxidative carbonylation, a	42
DNA, bound to bis(phenanthroline) dichlororuthenium(II), a	87
Electrical Conductivity, (Bi, Pb)2PtO4, (Bi, Pb)2PdO4, a	186
(perylene)2M(mnt)2, M=Pd, Pt, Au, a	86
Pt/ZnO catalysts, a	185
Bi2Ru2O2 single crystals, a	38
RuGa2, a	37
RuO2, Bi2Ru2O7 layers, a	37
Electrical Contacts, a	40, 190
Electrical Resistivity, Pt3FexMn1−x alloys, a	36
Electrochemistry, a	38, 39, 87, 88, 132, 133
Electrochromic Displays	2
Electrodeposition, a	40, 41, 42, 134, 187, 188
Pd, pulsed current, a	40
Pd-Ni	40, 61
Pd-Ag, electronic, electrical applications, a	187
Pt onto Cu, with intermediate layers	155
Pt on p-InP, photoelectrochemical properties, a	131
Pt on refractory metals, a	40
Pt metals, alloys, on nonprecious metals, a	190
Electrodes, anodes, Ir, Pt, Pt-Ir, Pt-Rh, Rh, activity for formation, a	87
platinised refractory metals, a	40
Pt, polypyrrole coated, a	134
Pt/Ti, Pt/Nb for corrosion protection	80
RuO2/TiO2+PdSn2 coatings for Cl2 evolution, a	88
cathodes, Os, Os-W coated, electron emission, a	190
Pt/Ru, chloroalkali industry	98
Pt/GaPc-Cl in photoelectrochemical cell, a	187
graphite with Nafion+Ru(trpy)(bpy)(OH2)3+, a	88
with Nafion +[], for photoconversion, a	88
Pd, in pyroelectric gas analyser, a	134
photoanodes, RuO2/n-CdS, oxidation of halideions, a	133
photoelectrode, Pt/n+/p-Si, H2 evolution, a	39
Pt, CO adsorption on, a	132
Pt, fuel cells, a	43, 91, 190
Pt, H2 detectors, a	89
Pt, O2 probe in steel furnaces	179
Pt, preferred orientations, a	87
Pt, Rh(PPh3)3, Rh(PPh3)4 generation, a	39
Pt, rotating disc, As(III) oxidation, a	132
polycrystalline, sensitised, photoconversion, a	134
Ru, + Th, Pb, O2 reduction, a	88
Ru/C, Ru/tefion, CO2 electrolysis, a	133
[Ru(bpy)2L2]2+/Pt photosensitive, a	39
RuCl3-coated GaAs, photoelectrodes, a	39
Ti0.97Ru0.03O2 crystal, photoelectrochemical properties, a	187
single crystal, Ir, Pt, Rh, electrosorption of O, a	132
surfaces, review, a	133
Electrolysis, brine	88, 98
Electron Emission, a	190
Electronic Connectors	2
Electronics, compound oxides grown in ZGS Pt	113
devices, Pt metals in	2
Emission Control, European legislation	163
from industrial sources	50
Energy, solar conversion on Pt films/p-InP, a	86
Pt/n+/p-Si/HI/Pt system, a	39
Pt-Al2O3 cermet absorber coatings	57
Engines, catalytic converter properties during warmup, a	188
exhaust gas conversions, a	188
lean-burn	163
Esters, a	42
Etching, catalytic, Pt foils, C2H4 oxidation, a	138
Ethylene, reactions over Pt metals, a	134, 138
Ethylene Glycol, via Ru melt catalysis	63
Fatty Acids, production via melt catalysis	63
Films, Pt/p-InP, solar energy conversion, a	86
Fischer-Tropsch, synthesis	41, 90, 146
Formate, photoproduction from CO2, a	88
Formic Acid, reactions over platinum metals, a	41, 136, 189
Friction, property of Pd alloys, a	36
Fuel, H2, stored in cyclohexane	16
liquid, propane conversion to, a	89
Fuel Cells, alkaline, electrodes in, a	190
methanol, gas diffusion electrode, Pt+Ru electrocatalyst, a	91
phosphoric acid	107
redox, using Pt, Pd as catalysts, a	190
secondary, based on O2 reduction, a	43
Furnaces, steel, O2 detection in	179
Gas Turbines, blades, Pt aluminide coatings, a	187
Pt-modified aluminide coatings	17
Gauze, PtRh 10, with Pt-Rh/Al2O3 coating, HCN synthesis, a	188
Glass, industry, platinum in	106
Glasses, metallic, Pd alloys, preparation, phase diagrams, a	37
Pd40Ni40P20, preparation, a	37
Pd-Si, H in, properties, a	131
Hexanes, chemisorption on Pt clusters, a	90
n-,transformations over Pt, a	135
History, First experiments on Pt	180
Friedrich Wöhler	81
Joseph Chatt, reminiscences	126
Richard Knight & malleable platinum	30
Hydrocarbons, aromatic, propane conversion to, a	89
hydrogenation over bimetallic Pd/support	114
production from coal by Fischer-Tropsch	146
Hydrocracking, n-paraffins, a	41
Hydroformylation, propene, a	42
Hydrogen, adsorption at Pd-SiO2-Si, a	186
chemisorption by EUROPT-1 catalyst	168
detectors	2, 89
diffusion membranes, technology	12
evolution on Pd, Ru, Os, a	133
heat of adsorption on SMSI Pd/TiO2, a	86
H2-D2 exchange reactions, a	41, 135, 189
H2/CO reactions, a	28, 41, 42, 63, 89, 90, 135, 189
H2-O2 reaction, on Pd-MOS, a	185
ignition and burning over Pt wire, a	134
in electrolytic Pd precipitates, a	134
in metals, conference	115
isotopes, separation by Pd alloy membrane, a	86
NO reduction over Rh/SiO2, a	136
photoproduction, acidine yellow/EDTA/K2PtCl6, a	39
by Rh/colloidal CdS, a	89, 137
at RuCl3-coated electrodes, a	39
from HI with Pt coated electrodes, a	39
from H2S via RuO2/CdS, RuO2/TiO2, a	187
propan-2-ol by Rh complexes, a	39
from water, active sites of Pt, Pd, Ru, Ni, Sn/TiO2 suspensions, a	133
Ir sols or Pt, a	187
problems, a	88
, a	134
RuOx/Pt/TiO2, a	187
from H2O/S2− with Nafion/CdS/Pt films, a	88
plasma interaction with Pd surface, a	36
production from HI over Pt/γ -Al2O3, a	40
production from H2O, high temperature decomposition, a	38
solubility in Pd-Si metallic glasses, a	131
storage in cyclohexane for fuel	16
synthesis, using Pt-Rh/Al2O3 coating on Pt-Rh 10 gauze, a	188
Hydrogenation, CO	28, 41, 42, 63, 89, 90, 135, 189
over Pt catalysts, a	41, 188
Pd catalysts	89, 114, 135, 136, 190
Rh catalysts, a	90, 135, 136, 189
Ru catalysts, a	135, 138, 186
Hydrogen Generator, industrial, methanol/water, with Pd-Ag membranes	12
Hydrogen Iodide, H2 production, a	39, 40
Hydrogenolysis, over platinum metals, a	42, 90, 134, 189
Hydrogen Sulphide, H2 photoproduction, a	187
Hydroisomerisation, n-paraffins, a	41
Hydrosilylation, a	91, 190
Hydroxylamine, production from NO using Pt/C, a	188
Hydroxylation, aromatic, oxidation of C-Pd, a	42
Imines, production from secondary amines, a	137
Inks, thick film, Pd powders in	175
Iproplatin	118
Iridium, cluster Ir4(CO)9(μ 2-CO)2(μ 2-SO2), a	132
electrodes, a	87, 132
Iridium Alloys, corrosion, O2 evolution, a	132
Iridium-Aluminium-Thorium-Tungsten, in nuclear generators	11
Iridium-Platinum, electrodes, a	87
surface composition, S impurity, a	185
Iridium Complexes, organometallic, book review	154
survey, a	87
[Ir(C3-N1-bpy)(bpy)2]2+, photosensitiser, a	187
fac-Ir(ppy)3, photoreductants, a	131
[Pt2Ir2(CO)7(PPh3)3], synthesis, properties, a	87
Iridium Silicides, TbIr2Si2, Tb2Ir3Si5, magnetic properties, a	37
Isomerisation, reactions, a	39, 41, 89, 90
Johnson Matthey, production of EUROPT-1 catalyst	168
Ketones, α, β -unsaturated ketones, hydrosilylation, a	91
production, a	137, 138, 189
Knight, Richard, history of malleable platinum	30
Lead, elimination from gasoline	27
Lewis Acid, promoter, of Pd, Rh complexes, a	90
Magnetism, Tb2Ir3Si5, TbIr2Si2, a	37
perpendicular magnetic anisotropy in Pd/Co, a	185
PdMnGe, PdMnSi, a	37
Fe-Pt, additions effects, a	36
RhMnGe, RhMnSi, a	37
Medical, cancer chemotherapy	28, 72, 118, 138
Methanation, CO, over Pd/zeolites, SiO2, a	89
Methane, effect on Pd+ThO2 gas sensing elements, a	41
production, a	133, 136
Methylcyclohexane, dehydrogenation, S effects, a	40
Microelectronics, Pd powder for	175
Naphtha, reforming on Pt/Al2O3, a	41
Naphthenes, conversions over bifunctional catalysts, a	40
Nickel, alloy, high temperature oxidation by Pt, a	185
Nitrogen Oxide, hydroxylamine production, a	188
industrial emission control	50
NO, reduction over Rh/SiO2, a	41, 136
Nuclear Fuels, properties, a	131, 186
Olefins, reactions over platinum metals, a	42, 136, 137
syntheses, a	42, 90
Organometallic Complexes, book reviews	130, 154
Organometallic Compounds, cancer chemotherapy	72
history	126
Osmium, coated cathodes, electron emissions, a	190
compound, OsSi3, semiconducting properties, a	37
microdeposits on Ti, electrocatalysis, a	133
Osmium Alloys, Osmium-Platinum, properties	112
Osmium-Tungsten, coated cathodes, electron emission from, a	190
Osmium Complexes, Os bipyridine, Os phenanthroline, electrochemiluminescence, a	133
Oxidation, alcohols, a	42, 87, 138
amines to imines by Ru(II) complexes, a	137
NH3, a	188
C-Pd to C-OPd, a	42
CO, a	135
C2H4, for Pt etching, a	138
formic acid by Pd catalysts, a	41
Mg-Si-Ni alloy, high temperature, by Pt, a	185
Pt in Pt-based alloys, a	36
Oxygen, chemisorption, by EUROPT-1	168
detectors, high temperature	179, 188
evolution from Pd, Pt, Au coated Ti, a	38
Ru-H2SO4, a	39
corroded Ru-Ir alloys, a	132
photoproduction via [Ru(bpy)3]2+/resin, a	134
over hydrated RuO2	26
from water, a	88
reaction with H2 on Pd-MOS, a	185
reduction on Ru + Th, Pb electrodes, a	88
species, electrosorption, a	132
“Oxygone” H2 diffusion units	12
Palladium, Pd-BN-SI3N4-SiO2-Si FET for H2 detection, a	89
C-Pd bond, oxidation to C-OPd, a	42
cluster, giant, with ∼570 Pd atoms, a	186
coatings by pulsed current electrolysis, a	40
compounds, (Bi, Pb)2PdO4, electrical conductivity, a	186
(perylene)2Pd(mnt)2, resistivity, transitions at low temperatures, a	86
Pd selenide in NaOH, electrochemistry, a	38
Pd3U, Pd3Pu in nuclear fuels, a	186
electrical switching contacts, a	190
electrolytic precipitates, H effects in, a	134
high-temperature O2 detector, a	188
H2-O2 reaction on Pd-MOS, a	185
H2 plasma interaction with Pd surface, a	36
microdeposits on Nb, electrocatalysis, a	133
mobility in Pd2Si, a	37
Pd(II) in H2SO4 solutions, properties, a	38
Pd/CO thin film layers, magnetism in, a	185
Pd-SiO2-Si, H2 adsorption, a	186
powders, production, in thick film inks	175
precipitates from nuclear fuels, structure, a	131
thin films on glass C and Ni, H2 evolution, a	133
Palladium Alloys, friction behaviour, a	36
membranes, H isotopes separation, a	86
Palladium-Magnesium, phase diagram, a	185
Palladium-Manganese-Germanium,-Silicon, magnetic properties, a	37
Palladium-Nickel, coatings, a	40
electroplating	40, 61
phase diagram, a	86
PdNi20, AuPd6Cu2, electrical contacts, a	190
Pd40Ni40P40, metallic glasses, preparation, a	37
Palladium-Nickel-Phosphorus, amorphous wire, a	87
Palladium-Nickel-Silicon, amorphous wire, a	87
amorphous, electric resistance, thermoelectric power, under H2, a	36
Palladium-Silicon, amorphous, electric resistance, thermoelectric power, under H2, a	36
metallic glass, H in, properties, a	131
Pd80Si20, amorphous, surface composition, a	186
Palladium-Silver, electroplated, in electronic, electrical applications, a	188
Palladium-Silver, membrane, for H2 diffusion	12
Palladium-Sulphur, phases, thermodynamics, a	131
Palladium Complexes, η 3-allyl palladium complexes, preparation, chemistry, a	186
Palladium Silicides, effect of ion irradiation on phase formation, a	185
Pd2Si, mobilities of Pd and Si, a	37
Paraffins, n-, hydroisomerisation, hydrocracking, a	41
synthesis by Fischer-Tropsch, a	90
from syngas, a	189
Petroleum, lead free, European legislation	163
Shell platformer	27
reforming, conference	28
pH, control, with Pt electrodes, a	134
Phase Changes, in Pd-Si, Pt-Si, ion irradiation, a	185
(perylene)2Pd(mnt)2, (perylene)2Pt(mnt)2, metal-insulator, a	86
Phase Diagrams, binary, thermodynamics, computation	74
nuclear fuel precipitates, a	131
Pd alloys, metallic glasses, a	37
Pd-H-Si, metallic glasses, a	131
Pd-Mg, a	185
Pd-Ni, a	86
Pd-S, a	131
Photocatalysis	26, 39, 40, 88, 89, 133, 134, 137, 187
Platforming, new Shell plant	27
Platinum, cermet coatings	57
compound, benzoic acid blues, a	132
(Bi, Pb)2PtO4, electrical conductivity, a	186
cis-diammineplatinum α -pyrrolidone violet, a	132
Pt(SO3F)4, Pt(SO3)F6, H2[Pt(SO3F)6], a	38
(perylene)2Pt(mnt)2, resistivity, transitions at low temperatures, a	86
trans(amine)PtCl2(C2H4), preparation, a	186
trans-(phenazine)PtCl2(2H4), preparation, a	186
UPt3 crystals, superconductivity, a	86
crucibles, ZGS	113
drugs, anticancer	28, 72, 87, 118, 138
effect on high temperature oxidation of Ni-Si-Mg, a	185
electrodes	39, 80, 87, 132, 134, 179
electroplated on copper, with intermediate layers	155
films, solar energy conversion, a	86
first experiments on, history	180
foil, etching during C2H4 oxidation, a	138
grain stabilised by 0.6% yttria, tests with propellants	167
in fuel cell, a	91, 190
in glass industry	106
in Pt/GaAs resistors, a	190
malleable, Knight’s contribution, history	30
plating by melt electrolysis, a	40
platinised p-InP, deposition, photoelectrochemical properties, a	131
Pt(S), acetaldehyde reactions on, a	131
thin film resistor, temperature measurement, a	139
wires, restructuring	60
Platinum Alloys, Platinum-Aluminium, Platinum-Iron, leaching tests, a	36
Platinum-Boron-Yttrium, properties, a	86
Platinum-Cobalt, in thermometers, a	43
Platinum-Copper, phase diagram	74
Platinum-Gold-Rhodium, physical properties, a	86
Platinum-Iridium, -Rhodium, anodes, a	87
Platinum-Iridium, oxidation, a	36
Platinum-Iridium, -Rhodium, surface composition, S impurity, a	185
Platinum-Iron, permanent magnets, effects of additions on, a	36
Pt3FexMn1−x, electrical resistivity, a	36
Platinum-Nickel, superalloy	56
Platinum-Osmium, high temperature properties	112
Platinum-Palladium, oxidation, a	36
Platinum-Ruthenium, oxidation, a	36
W50Pt50, W80Pt20, as Schottky contact materials in n-GaAs, a	190
Platinum Complexes, [Pt2Ir2(CO)7(PPh3)3], synthesis, properties, a	87
cis-[Pt(RNH2)2(ascorbate)], antitumour activity, a	87
tetrakis(diphosphito)Pt2, energy, electron transfer processes, a	187
Platinum Aluminide, coatings for gas turbine blades	62, 187
modified, coatings in gas turbine engines	17
Platinum Silicides, effect of ion irradiation, a	185
Platinum Metals Complexes, review of photocatalytic reactions, a	133
Poisoning, of catalysts, a	134, 136
Pollution Control, automotive exhaust, European legislation	163
industrial nitrogen oxides emissions	50
Polymers, Pt-Ag organic conducting, catalyst, a	90
Powders, Pd, production for microelectronic use	175
Pressurised Water Reactor, Rh detectors, a	91
Propane, ignition and burning over Pt wires, a	134
Propylene, ignition and burning over Pt wires, a	134
Protic Acid, promotor of Pd, Rh complexes, a	90
Quadricyclene, isomerisation, a	39
Radioactivity, encapsulated power sources	11
Reduction, reactions, a	90, 136
Refining, catalyst survey	29
Resistance, electrical, Pd-Si, Pd-Ni-Si, under H2, a	36
Resistance Thermometers, Pt sheathed, Rh-Fe	11
Rh-Fe, characteristics 32–273.15K, a	138
Resistojets, space station auxiliary propulsion	167
Resistors, GaAs/Pt, a	190
Pt thin film, for temperature measurement, a	139
RuO2, Bi2Ru2O7, thick film	2
thick film, a	38
Review, co-ordination compounds in photocatalysis, a	89
electrode surfaces, a	133
Ir, Rh, Co survey for 1983, a	87
naphthenes, alkanes on bifunctional catalysts, a	40
organometallic chemistry of Rh and Ir, a	154
Pd(II) complex catalysis, with monoolefins, a	42
photocatalytic reactions of co-ordination compounds, a	133
reaction data for organic catalysis, a	41
refining catalysis	29
Ru, Ru inorganic compounds, chemistry and thermodynamics	117
single crystal electrodes, electrosorption of O, a	132
transition metals in organic syntheses, a	135
Rhodium, compounds, Rh(PPh3)3, Rh(PPh3)4, voltammetric behaviour, a	39
Rh3U, Rh3Pu, in nuclear fuels, a	186
electrical switching contacts, a	190
electrodes, electrocatalytic activity, a	87, 132
geology, a	37
microdeposits on Au, electrocatalysis, a	133
precipitates from nuclear fuels, structure, a	131
Rh(III) with K, CO chemisorption on, a	131
Rhodium Alloys, Rhodium-Copper, phase diagrams	74
Rhodium-Gold-Platinum, physical properties, a	86
(Sn1−xErx)Er4Rh6Sn18, superconductivity, a	37
Rhodium-Manganese-Germanium, Rhodium-Manganese-Silicon, magnetic properties, a	37
Rhodium-Platinum, electrodes, activity, a	87
surface composition, S impurity, a	185
Rhodium Complexes, organometallics, book review	154
organic, survey, a	87
Rh6(CO)9(μ -t-Bu2As)2(μ -t-BuAs), structure, a	132
Ruthenium, chemistry and thermodynamics	117
compounds, RuAl2, RuGa2, semiconducting, a	37
Bi2Ru2O2 single crystals, a	28
Bi2Ru2O7, electrical conductivity, a	37
Ru3U, Ru3Pu, in nuclear fuels, a	186
corrosion in H2SO4, a	39
electrodes,	39, 88, 98, 133, 134, 187
microdeposits on Ti, electrocatalysis, a	133
precipitates from nuclear fuels, structure, a	131
Ruthenium Alloys, corrosion, O2 evolution, a	132
Ruthenium-Aluminium, Ruthenium-Iron, leaching tests, a	36
Ruthenium Complexes, bis (1, 10-phenanthroline) dichlororuthenium(II) – DNA, a	87
, photoconversion, a	40, 88, 89, 133, 134, 187
[Ru(bpy)2L2]2+, in electrode, a	39
[RuCl2(bipy)2]+ synthesis, a	87
Ru2Cl4(BINAP)2(NEt3), Ru2Cl4(p-tolyl-BINAP)2(NEt3), preparation, use, a	186
Ru(trpy)(bpy)(OH2)3+, activity, a	88
[(RuX(bipy)2)(μ -O)]2+, synthesis, a	87
Ru(III) porphyrins, a	38
Ruthenium Oxides, RuO2, electrical conductivity, a	37
RuO2 hydrated, for O2 evolution, a	26
RuO2 thick film resistors, a	38
RuO4, formed from Ru corrosion, a	39
Bi2Ru2O7	2, 37
Schottky Barriers, Pt-W alloys on n-GaAs, a	190
Schottky Diodes, Pd2Si/p-Si, i.r. emission, a	43
Shell, new platformer plant	27
Silicone Rubber, crosslinking by Rh complex catalysts, a	190
SMSI, in catalysis	28, 86
Sodium Hydroxide, industrial production, a	98
Pd dispersed in, polarisation studies, a	38
Soybean Oil, hydrogenation by Pd acetylacetonate, a	190
Space, station, auxiliary propulsion jets	167
craft, Ir alloys in power source	11
Steel, corrosion protection, in concrete	80
furnaces, O2 detector in	179
Sulphur, impurity in Pt-Ir, Pt-Rh alloy surfaces, a	185
Sulphuric Acid, Pd(II) in, a	38
Superalloys, Pt-enriched Ni	56
Superconductivity, (Sn1−xErx)Er4Rh6Sn18, single crystals, a	37
UPt3 crystals, growth, properties, a	86
Synthesis Gas, conversions over Ir-Ru/SiO2, a	90
conversions, over hybrid Pd/SiO2 and Y-zeolite, a	189
by Ru melt catalysis	63
Ru-Mo-Na/support, Ru-Mo-La/Al2O3, a	42
direct conversion to acetic acid over Rh/support, a	89
NO reduction over Rh/SiO2, a	41
reactions, conference	28
Tanaka, K. K., centenary	73
Temperature Measurement	43, 138
resistance thermometers	11, 138
Thermoelectric Power, amorphous Pd-Si, Pd-Ni-Si, under H2, a	36
Thermometers, Pt-Co, low magnetoresistance, a	43
Thick Film, conductors	2
inks, Pd powders in	175
Pt/Au, Pd/Au dielectrics, a	91
resistors	2
RuO2 resistors, a	38
sensors	2
Thin Film, electrical equipment	2
Pd/Co layers, magnetism in, a	185
Pd on glass C and Ni, electrocatalysis, a	133
Pt, resistor, for temperature measurement, a	138
Titanium, anodes, reactions, a	38, 88
Toluene, disproportionation, over modified Pt zeolites, a	41
Turbines, gas, Pt aluminide coatings	17, 187
Vinylethylene Carbonate, production, a	137
Vitamin C, Pt complexes of, antitumour activity, a	87
Water, heavy, determination, by H2-D2 exchange, a	41
high temperature, catalytic decomposition, a	38
H2-D2 exchange over Pt/porous PTFE, a	189
in photochemical splitting, a	88, 133, 134, 187
Water Gas Shift Reactions, a	43, 90, 136, 188, 190
Watson, William, first experiments on Pt, history	180
Welding, Ir alloys in nuclear power sources	11
Wires, Ni-Pd-Si, Ni-Pd-P, production, properties, a	87
Wöhler, Friedrich, history	81
Wood, William, first experiments on Pt, history	180

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