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 |