Advanced Search
RSS LinkedIn Twitter

Journal Archive

Platinum Metals Rev., 1980, 24, (4), 169

Subject Index to Volume 24

SHARE THIS PAGE:



a = abstract Page
Acetaldehyde, reaction over Rh/SiO2, a 118
Acetic Acid, reaction over Rh/SiO2, a 118
Aircraft, ozone control in, 90
Alkenes, hydrogenation over homogeneous Rh(I) catalysts, a 45
Ammonia, oxidation, Pt-Rh gauzes for, a 84
ASME, standard for measuring catalyst surface area, a 161
Beam Leads, Pt-Au-Ti, a 45
Bergman, T. O., Pt discovery, role in, 31
Bonding, tape automated, technology review, a 116
Book Review, Platinum Group Metals—Ontario and the World 57
Supply and Use Patterns for the Platinum Group Metals 143
Brazing, molten fluoborates, Pt viscosimeter for, 100
Carbon Oxides, CO, oxidation by three-way catalysts 14, 43, 117
oxidation over Pt, a 116
oxidation on Pt foil, a 80
CO and CO2, chemisorption on Rh(III), a 82
production from H2O and C by solar energy and TiO2-RuO2 catalyst, a 83
Carbonylation over platinum metals, a 44
Carboxylic Acids, hydrogenation to alcohols or lactones, a 118
Catalysis, catalytic combustion engine 126
Seventh International Congress on Catalysis, Tokyo 135
Catalysts, ASME standard for measuring active surface area, a 161
characterisation of industrial 14
mononuclear metal complexes, review of, a 161
noble metal, hydrogenation over, a 162
three-way 14, 43, 117
Iridium, with for homogeneous H2O photocatalysis, a 115
Iridium Complexes, Ir4(CO)21–x(PPh3)x, for olefin hydrogenation, a 118
Ir clusters/polymer, properties of, a 161
Ir/SiO2, for 1,4-cyclohexanedione hydrogenation, a 117
IrOx + RuOx/Y zeolite, for O2 production from H2O, a 161
Palladium Complexes, for carbonylation and cyclisation, a 118
PdCl2 with polybutadiene for olefin isomerisation, a 162
(RCO2PdOO-t-Bu)4, for terminal olefin oxidation and ketonisation, a 118
triarylphosphine-Pd, forming C-C bonds 58, 146
Pd(acac)2-PPh3-Al(C2H5)3, for SO2 and butadiene reaction, a 118
[PPh3PdX2]2, hydrogenation of, a 162
trans -XHPd(PH3)2, structure and activation over, a 84
trans -XYPd(PH3)2, structure and H2 activation over, a 84
Pd/Al2O3, for methanation, a 44
with/without Cr2O3 activator, for CH4 combustion, a 116
Pd/C, for cyclobutanes transformations, a 44
Pd/C/Cu, activity and structure of, a 118
Pd/SiO2, for 1,4-cyclohexanedione hydrogenation, a 117
for ethylene carbonylation, a 44
Pd/zeolite, for diesel fuel hydroisomerisation, a 117
for hydrocarbon cracking, a 117
Pd/Y-zeolite, for n-heptane and n-hexane isomerisation, a 84
Pd/zircon, for gas turbine combustor, a 44
PdCl2/SnCl2, for electroless plating, a 160
PdCl2(PhCN)2/SiO2 + Cr(II), for C2H6 hydrogenolysis, a 117
Platinum, colloidal, for H2 photoproduction from H2O, a 82, 159
dispersed, for H2 photoproduction from H2O, a 42
foil for CO oxidation, a 80
for CO oxidation, stability of, a 116
for ozone control in aircraft 90
for toxic fume purification 12
with for H2O photolysis, a 82
with RuO2 and TiO2 powders, for H2 photoproduction from carbohydrate, a 159
Platinum Complex, for carbonylation and cyclisation, a 118
Pt-Rh, gauzes for ammonia oxidation, a 84
three way catalyst, a 43
Pt-Ru, characterisation, a 44
H2 chemisorption on, a 117
Pt-Sn, for petroleum reforming 103
Pt-Sn Oxide, for methanol electro-oxidation, a 115
Pt/Al2O3, ASME standard for, a 161
fibres for methane oxidation, kinetics and mechanism, a 161
for chloroform hydrodechlorination, a 83
for cycloalkane hydrogenolysis, a 161
for ethylene oxidation, a 83
for n-hexane aromatisation, a 116
for H2 combustion, in flow reactor, a 83
spheres for pollution control, a 83
three-way, poisoning of, a 117
with/without Cr2O3, for methane combustion, a 116
Pt/γ -Al2O3, for n-heptane dehydrocyclisation, a 84
Pt-Rh/Al2O3, three-way, poisoning of, a 117
Pt-Ru/η -Al2O3, characterisation, a 44
Pt-Ru/η -Al2O3, for H2 chemisorption, a 117
Pt/C, for cyclobutanes transformations, a 44
preparation, for hydrogenation, a 43
Pt/honeycomb, for pollution control, a 83
Pt/SiO2, for 1,4-cyclohexanedione hydrogenation, a 117
Pt/zeolite, for transformation of hydrocarbons, a 161
Pt/CaY zeolite, for hydrocarbon cracking, a 117
Pt/NaY zeolite, decay of, a 84
for methylcyclohexane dehydrogenation, a 84
PtFe/SiO2, magnetic and i.r. studies, a 117
PtSn/non-acidic support, n-hexane conversion, a 161
Pt Metals, for catalytic combustion engine 126
promoted, for pollution control, a 83
Rhodium, for methanation, a 84
Rhodium Complexes, for alkene hydrogenation, a 45
for carbonylation and cyclisation, a 118
for cyclopentanones synthesis, a 85
for C2H4 hydroformylation, a 45
alkylrhodium tetracarbonyl derivatives, for hydroformylation, a 45
bipyridyls, for H2 photoproduction, a 40
bis(μ-acetato)-bis(norbornadiene)-dirhodium(I), a 44
RhCl(PPh3)3 for hydrazo-benzene hydrogenolysis, a 85
phosphine Rh complexes for olefin hydrogenation, deactivation, a 162
Rh/Al2O3, three-way, poisoning of, a 117
Rh/C, for cyclobutane transformations, a 44
for furan hydrogenolysis, a 44
Rh-Pd/C, H2 adsorption on, a 81
Rh-Pt/C, H2 adsorption on, a 81
Rh/SiO2, for CH3CHO, CH3COOH and C2H5OH reactions, a 118
for alkene hydrogenation, a 45
Rh(CO)2Cl2/SiO2 + Cr(II), for ethane hydrogenolysis, a 117
Ruthenium, RuO2, with and Pt, for H2O photolysis, a 82
RuO2/TiO2/Pt powders, for H2 photoproduction from H2O, a 159
RuO2-TiO2, for H2, CO, CO2 photoproduction from C and H2O, a 83
Ruthenium Complexes, bipyridyls, for H2 photoproduction, a 40, 41, 82, 115, 160
Ru carbonyl, for water gas shift reaction, a 85
RuCl2(PPh3)3, for hydrazo-benzene hydrogenolysis, a 85
trans -HRuCl(diop)2, for olefin hydrogenation, a 118
H4Ru4(CO)8(PBu3)4, for carboxylic acids hydrogenation, a 118
Ru-Pt/C, H2 adsorption on, a 81
Ru clusters/polymer, properties of, a 161
RuPt clusters/polymer, properties of, a 161
Ru/SiO2, for 1,4-cyclohexanedione hydrogenation, a 117
Ru/Y zeolites, for Fischer-Tropsch synthesis, a 84
RuOx + IrOx/Y zeolite, for O2 production from H2O, a 161
Cathodic Protection, Cr with Ir, Os, Ru, corrosion of, a 163
Pd plating for Cr, Ti, stainless steel, a 119
Pd implanted Ti in H2SO4, corrosion of, a 119
Pt-Nb anodes 56, 162
Chemisorption, over platinum metals, a 117
Chlorine, evolution, Bi ruthenate electrodes for, a 115
Chloroform, hydrodechlorination of, over Pt/Al2O3, a 83
Chromium Alloys, Cr-Ir, Os, Pd, Pt, Ru, potential oscillations of, a 114
Conference, Catalytic Aspects of Metal Phosphine Complexes 144
Chemistry of Platinum Group Metals 99
International Symposium on the Properties and Applications of Metal Hydrides, Colorado Springs 102
Seventh International Congress on Catalysis, Tokyo 135
Contacts, noble metal, sliding, wear in air 134
Pt-Si, ohmic, laser processed, a 163
Ru, electrodeposited 25, 50
Ru and RuO2, a 85
Copper, electrolytic refining by Cu-Pt electrodes, a 159
Corrosion, Cr alloyed with Ir, Os, Ru, a 163
Pt, in alkaline solution, a 42
protection by Pt-Nb anodes 56, 162
resistance, cathodic alloying for, a 119
resistance of Pd implanted Ti, a 119
resistance, Pd-Mo-steel, a 115
Cycloalkanes, hydrogenolysis over Pt/Al2O3, a 161
Cyclohexene, hydrogenation over Ir4(CO)21–x(PPh3)x, a 118
Cyclopentanones, synthesis by Rh(I) complexes, a 85
Diesel Fuel, hydroisomerisation over modified Pd/zeolite, a 117
Dimers, Ru-Rh, intramolecular energy transfer in, a 41
Diodes, Schottky, Pd-n-TiO2, for hydrogen detection, a 119
PtSn-n-Si, a 163
Electrodeposition of, Ir, Ir-Ru, Pd, Pt on Ti, a 114
Pd on Ti, Cr, stainless steel, a 119
Pt on Ti alloys, a 83
Ru, as electrical contact material 50
Electrodes, Cr, with Ir, Os, Ru, corrosion of, a 163
Ir/, Pt/, Pd/, Ru/, Ru-Ir/Ti, for Ni electrowinning, a 114
Pd thin film, H2 sorption at, a 115
Pd-Mn, mixed oxides, characteristics, a 160
Pd/H, overpotential effects in, a 160
Pt black, corrosion in KOH, a 42
Pt paste, for O2 sensors, a 43
Pt, platinised, rotating disc for glucose oxidation, a 82
Pt, poisoned, for O2 sensors, a 160
Pt-Cu, for Cu refining, a 159
Pt-Au, for formic acid, methanol oxidation, a 42
Pt-Hg, optically transparent, characteristics, a 82
Pt-Nb, for cathodic protection 56, 162
Pt/C, for phosphoric acid fuel cell, a 162
Pt/Zr, Y stabilised, in fuel cell, a 162
RuO2, proton diffusion in, a 115
RuO2, for water photolysis, a 160
Bi ruthenates, for Cl2 evolution, a 115
TiCo3O4(Ru), studies, a 115
transition metal oxide, O2 evolution on, a 159
Energy, storage, by electron transfer, a 41
solar, by Rh isocyanides, a 40
hydrogen, conference 102
transfer, by Ru(II)-Rh(III) dimers, a 41
Engines, catalytic combustion 126
Ethyl Alcohol, reaction over Rh/SiO2, a 118
Ethylene, adsorption on Pd, Pt, Ni films, a 43
carbonylation over Pd/SiO2, a 44
hydrogenation over Ir4(CO)21–x(PPh3)x, a 118
oxidation over Pt/Al2O3, a 83
Formic Acid, oxidation at Pt-Au electrodes, a 42
Fuel Cells, Pt/C electrodes in phosphoric acid, a 162
Pt electrodes, solid electrolyte, productivity, a 162
Glass, Pd-Cu-Si, a 40, 81
n-Heptane, dehydrocyclisation over Pt/γ-Al2O3, a 84
isomerisation over Pd/zeolite, a 84
n-Hexane, aromatisation over Pt/Al2O3, a 116
conversion over Pt-Sn/support, a 161
isomerisation over Pd/zeolite, a 84
History, ancient Pt technology in South America 147
discovery of Pt, Swedish contributions 31
first Pt resistance thermometer 104
powder metallurgy of Pt 70
Hydrocarbons, cracking on Pt,Pd/zeolites, a 117
transformations over Pt/zeolites, a 161
Hydroformylation over platinum metals, a 45
Hydrogen, adsorption on Pd black, a 80
adsorption on Rh-Pd, Rh-Pt and Ru-Pt/C, a 81
adsorption on Ru(110), a 41
chemisorption on Pt-Ru, Pt-Ru/η -Al2O3, a 117
combustion over Pt/Al2O3 in flow reactor, a 83
photoproduction from carbohydrates by RuO2/TiO2/Pt, a 159
photoproduction from water by platinum group metals, a 40, 42, 82, 83, 159
Hydrogen Sulphide, adsorption on Ru(110), a 41
Hydrogenation over platinum metals, a 43, 44, 45, 117, 118, 162
Hydrogenolysis over platinum metals, a 42, 44, 84, 85, 161
Iridium, epitaxy on (001)W and (001)Mo, a 40
NO adsorption and decomposition on, a 82
Iridium Complexes, substituted aryl phosphines 95
Iridium Oxide, electrochromic films, a 45, 160
Iridium Silicides, formation, a 41
Iridium Alloys, Iridium-Tungsten, doped, welding of, a 116
grain growth in, a 41
Isomerisation over platinum metals, 44, 84, 162
Medical, cis-palladium antitumour agents, a 163
Methanol, electro-oxidation over Pt-Sn oxide, a 115
oxidation at Pt-Au electrodes, a 42
Methanation over platinum metals, a 44, 84
Methane, combustion over Pt/Al2O3, Pd/Al2O3, a 116, 161
Mining platinum at Rustenburg 138
Nickel, electrowinning, by platinum metals/Ti electrodes, a 114
Nitric Oxide, adsorption and decomposition on Ir, a 82
Noble Metals, hydrogenation over, review of, a 162
wear, in air 134
Olefins, hydrogenation by platinum metal complexes/ compounds, a 118, 162
isomerisation over PdCl2 complex, a 162
oxidation by Pd complexes, a 118
Osmium, extraction during Ni purification, a 41
Osmium Alloys, Cu-Ni-S-Os, carbonylation of, a 44
Osmium Complexes, OsCl4(SCl4)2, a 114
Os3(CO)12, for water gas shift reaction, a 162
Oxidation over platinum metals, a 42, 80, 82, 84, 118
Oxygen, evolution on transition metal oxide electrodes, a 159
photoproduction from H2O, a 82, 115, 159, 160, 161
reduction at Pt-O diaphragm, a 42
sensor, with Pt-Rh tube, a 161
sensor, with poisoned Pt electrodes, a 160
sensor, Pt-ZrO2, a 116
Ozone, decomposition in aircraft 90
Palladium, compound, Pd3P1–x, H2(D2) solubility in, a 113
epitaxy on (001)W and (001)Mo, a 40
films, C2H4 adsorption on, a 43
films, Pd/Ti, silicide growth on, a 158
melting point in Ar, O2 effect on, a 43
metallic glasses, Pd-Si-Cu, a 40, 81
powders, interaction with S chloride, a 43
powders, preparation, reactions of, a 42
slurries, preparation, reactions of, a 42
Palladium Alloys, Palladium-Chromium-Ruthenium,  
deformation, corrosion resistance, contact behaviour in, a 81
Palladium-Hydrogen, crystallite size effects in, a 80
thin films, phase diagrams, a 83
Palladium-Hydrogen-Rhodium, electrical resistivity of, a 81
Palladium-Iridium-Platinum-Rhodium-Gold, heat resistance, a 158
Palladium-Manganese, magnetoresistance and resistivity, a 158
Palladium-Niobium, phase diagram 137
Palladium-Silicon, amorphous, properties of, a 40
solid phase epitaxial growth in, a 158
Palladium-Silver, elastic properties and diffusion coefficients in, a 80
Palladium-Tin, activators for electroless plating, a 160
Palladium Complexes, antitumour agents, a 163
bis(triphenylphosphine)palladium, a 159
PdCl2, gelatinous, with polybutadiene, for isomerisation, a 162
[(C6H5)2Te]2PdC2O4, a 81
[(C6H5)2Te]2Pd(SCN)2, a 81
triarylphosphine-palladium 58, 146
Pd(0)(Ph3P)2Pd2, a 42
Pd(+1)(Ph3PPdOAc)2, a 42
[Ph3PPd(OAc)2]2, a 42
Palladium Silicides, formation, a 40, 81
Pd80Si20, structural changes after neutron irradiation, a 81
Petroleum Reforming, catalyst promoter in 103
Plating, palladium for Ti, Cr and stainless steels, a 119
electroless, palladium-tin activators for, a 160
PdCl2/SnCl2 catalysts for, a 160
platinum ion, on Ti alloys, a 83
ruthenium, for electrical contacts 50
Platinum, amorphous, implanted on Si, segregation and solubility of, a 113
compounds, with rare earths, magnetic properties and structures, a 113
discovery, Swedish contributions to 31
dispersed, sintering of, a 82
epitaxy on (001)W and (001)Mo, a 40
films, C2H4 adsorption, a 43
polycrystalline, He ions reflection from, a 80
powder metallurgy of 70
powders, interaction with S chloride, a 43
powders, preparation, reactions of, a 42
slurries, preparation, reactions of, a 42
superalloys containing 2
Ullmann's Encyklopädie 55
viscosity measuring apparatus made from 100
Platinum Alloys, creep of, a 113
heat resistant, a 158
Platinum-Copper, quenched, short range order in, a 158
Platinum-Iron, paramagnetic susceptibility of, a 158
Platinum-Nickel, ordering and domain structure, a 113
Platinum-Oxide, alloy diaphragm, oxygen reduction at, a 42
Platinum-Rhodium, gauze for NH3 oxidation, a 84
in oxygen sensor, a 161
surface composition, a 80
morphology on amorphous silica, a 80
Platinum-Tungsten, alloying behaviour and applications 64
Platinum-Yttrium, properties of, a 113
Platinum Complexes, bis(triphenylphosphine)platinum, a 159
cluster carbonyls 26
di-Pt(II) octaphosphite, luminescence of, a 81
photosensitive, with organo-Te ligands, a 81
Platinum Silicides, formation, a 80, 113
Platinum Metals, chromium alloys containing, potential oscillations in, a 114
international conference, chemistry of 99
review articles in Metals and Materials 101
superalloys containing 2
supply and use, book review 143
wear in air 134
world production, consumption and demand 57
Platinum Metals Complexes, cluster carbonyls 26
phosphines for catalysis 144
substituted aryl phosphines 95
Platinum Metals Hydrides, conferences 102
Platinum Sources, Colombia and Ecuador, ancient deposits 147
Ontario deposits, world situation 57
Merensky Platreef deposits 63
Rustenburg Platinum Mines 138
world situation 143
Pollution Control, platinum catalyst for, injection moulding fumes 12
malodorous compounds, a 83
RuO4 for organosulphur odorants, a 83
Powder Metallurgy, of platinum 70
Powders, palladium, platinum, S2Cl2 reaction with, a 43
palladium and platinum, preparation of, a 42
Pt/TiO2/RuO2 for H2 photoproduction from carbohydrate, a 159
Resistance Thermometers, origins 104
Rhodium, chemisorption of CO,CO2 on, a 82
compound, (NH3)5LRu(NH3)5, energy transfer in, a 41
compound, Cr1–xRhxO2, magnetic properties of, a 158
compounds, (R.E.)RhxSny, magnetism and superconductivity, a 159
dispersed, sintering of, a 82
epitaxy on (001)W and (001)Mo, a 40
Rhodium Alloys, heat resistant, a 158
Rhodium-Hydrogen-Palladium, electrical resistivity of, a 81
Rhodium-Platinum, surface composition, a 80
supported on amorphous silica, a 80
Rhodium Complexes, Rh isocyanides for energy storage, a 40
Rh(III) and Rh(I) S-bonded sulphoxides, a 114
with μ 2-carbonyl bridges, a 114
Rhodium Oxide, thin film, electrochromic, a 115
Ruthenium, adsorption of H2S, H2 and S on, a 41
compound, (NH3)5RuLRh(NH3)5, energy transfer in, a 41
compound, RRu2 (R =Er, Ho, Nd), interaction with H2, a 114
contacts, electrodeposited 25, 50
contacts, evaluation, a 85
single crystals, magnetic breakdown in, a 41
Ruthenium Alloys, carbonylation of, a 44
for anodes, a 115
Ruthenium-Chromium-Palladium, deformation, corrosion resistance, contact behaviour in, a 81
Ruthenium-Zirconium, formation of, a 114
Ruthenium Complexes, reduction of, a 116
RuCl2(PO)2 95
Ru3(CO)12, for water gas shift reaction, a 162
Ru2Ge3–ySiy, Ru2Ge3–xSnx, electrical and magnetic properties, a 158
Sr2FexRu1–xO4, properties, a 114
tris(bipyridyl)Ru(II), for photoreduction of methylviologen, a 160
substituted aryl phosphines 95
with μ 2-carbonyl bridges, a 114
Ruthenium Oxides, for contacts, a 85
for pollution control, a 83
Scheffer, H. T., platinum discovery, role in 31
Sensors, for hydrogen or reducing gases, a 119
for oxygen, a 43, 116, 160, 161
Siemens, Sir William, resistance thermometer 104
Slurries, palladium and platinum, preparation of, a 42
Standard, ASME, for measuring active surface area of catalysts, a 161
Steel, with Pd, Mo additions, properties, a 115
Structure, amorphous, Pd80Si20, changes after neutron irradiation, a 81
crystal, effect on noble metal wear 134
crystal, epitaxy of Rh, Ir, Pd and Pt on (001)W and (001)Mo, a 40
crystallites, Pt-Rh on amorphous SiO2, a 80
crystallite, size effect in Pd-H, a 80
domain, formation, in Ni-Pt alloys, a 113
electronic, trans -XHPd(PH3)2, trans -XYPd(PH3)2, a 84
formation, Pt silicide, a 80
grain, of Ir-0.3W, a 41
interfacial, of Pd/Au films, a 40
rare earth-Pt compounds, a 113
short range order in quenched CuPt, a 158
solid phase epitaxial growth, Pd/Si in, a 158
surface composition, Pt-Rh, a 80
Sulphur, adsorption on Ru(110), a 41
Sulphuric Acid, purification by platinum, a 42
Superalioys, platinum enriched, applications and properties 2
Temperature Scale, the first 104
Thin Films, GaAs, Schottky diodes, Ru ions in, a 119
Pd/Au epitaxial structure of, a 40
Pd-H, phase diagrams of, a 83
IrO2, electrochromic, a 45, 160
Pd electrode, H2 sorption at, a 115
Pd and Ti, silicide formation on, a 158
Rh oxide, electrochromic, a 115
Titanium Alloys, Pt ion plated, creep of, a 83
Turbines, gas, Pd catalyst for combustor, a 44
Ullmann's Encyklopädie, on platinum 55
Viscosimeter, Pt, for molten fluoborates 100
Water Gas Shift Reaction, Ru carbonyls for, a 85
Ru and Os carbonyls for, a 162
Welding, Ir-0.3W with Th and Al, a 116

BACK TO TOP

SHARE THIS PAGE: