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Platinum Metals Rev., 1984, 28, (4), 203

Subject Index to Volume 28

a = abstract	Page
Absorption, H2 in Pd, Pd alloys	13, 31
Acetoxylation, butadiene over Pd-Sb-KOAc, a	194
Acetylene, hydrogenation on Pt foil, a	86
Adsorption, CO, H2O2 on Pd/rare earth oxides, a	138
CO,NO on Pt (410), a	31
CO2 on coal, a	193
glycerol at platinised Pt electrode, a	33
H2 on Pd-Rh catalysts in H2SO4, HCl, a	86
organic compounds on Pt anodes, a	191
O2 in polycrystalline Rh	85
phenol on Pt and graphite anodes, a	134
AIROF, pH dependence, a	32
Alcohols, aliphatics, hydrogenation over Ru-Ni membrane catalysts, a	135
methyl, carbonylation over Rh/X zeolites, a	37
for H2 photoproduction, a	87
oxidation at Pt-SPE, a	134
oxidations by Ru complexes, a	140
by Ru(VI) and (VII), a	195
phenol, adsorption, oxidation on Pt and graphite anodes, a	134
2-propanol, photocatalytic dehydrogenation, a	87
Aldehydes, α,β -unsaturated, hydrogenation by Ru and Os complexes, a	140
production from alcohol oxidation, a	140
Aliphatic Acids, unsaturated, hydroformylation over Rh, a	140
Alkanes, n-butane, conversion over Pt-Mo/Y-zeolite, a	88
C9-C16, conversion over Pt/HZSM-5, a	35
n-decanes hydrocracking over Pt/Al2O3, a	137
n-heptane, aromatisation, a	35, 137
n-hexane, hydroisomerisation over Pd/zeolite, a	36
hydrogeneolysis over Pt/SiO2 (EUROPT-1) a	193
methane, oxidation over Pt/support, a	35
n-pentane, isomerisations, a	137, 138
reactions over Pt-Au/support, a	88
Alkene, -alkyne, hydrogenation over Pd catalysts, a	36
allene, hydrogenation, low pressure over Rh/Al2O3, a	36
arylation by Pd catalysts, a	90
ethylene, pretreatment effect on Rh/Y zeolite, a	37
1-heptene, hydrogenation over Pd catalysts, a	138
1-hexene, hydrogenation by Pt catalysts, a	88
propylene, hydrogenation over Pt/SiO2, Pd/SiO2, a	193
Alkynes, alkene, hydrogenation over Pd catalysts, a	36
2-butyne-1,4-diol, hydrogenation for γ -keto acid production, a	39
2-octyne hydrogenation with 1-heptene over Pd catalysts, a	138
Allyl Chloride, reduction at platinised Pt electrode, a	33
Amides, N-alkylation by RuCl2(PPh3)3, a	90
Amines, secondary, synthesis, from primary, a	38
Ammonia, catalytic oxidation gauzes	109
Arenes, a	38
Aromatisation, n-heptane on PtKL, PtNaX catalysts, a	137
Arora-Matthey, 20th Anniversary	53
Arsenic, environmental sampling, a	136
Arylation, by Pd complex catalysts, a	89, 90
Aryltrimethyltins, synthesis, over “ligandless” Pd, a	139
Beam Leads, Ti/Pt/Au, failure suppression, a	91
Benzene, hydrogenation, a	38
photocatalysed hydroxylation by RuOx/TiO2, a	136
Benzoic Acid, hydrogenation over Pd/C, a	193
Book Reviews, Amorphous Metallic Alloys	106
Boussingault, history	189
Catalysis in C1 Chemistry	21
Catalysis Volume 6	52
Chemistry of Ruthenium	177
Phase Diagrams of Precious Metal Alloys	108
Bronzes, (RE)Pd3S4, preparation, characterisation, a	86
1,3-Butadiene, reactions over platinum metals, a	90, 194
Cancer, antitumour drugs	157, 168
chemotherapy, Pt complexes, symposium	14
Carbon, isotope exchange with H, over Pt, Pd catalysts, a	193
Carbon Oxides, CO, adsorption, a	31, 138
chemisorption, a	139
conversion under transient air/fuel ratio, a	35
detection by Ru(II) octaethylporphyrin, a	137
oxidation, a	139, 193
reaction with H2 over Pd/TiO2, a	138
from low heat value gas combustion, reduction, a	36
CO2, adsorption on coal, a	193
produced in fuel cell, a	90
reaction with H2 to form methyl formate, a	39
Carbonylation, methanol, by Rh/X-zeolites, loading, a	37
Carboplatin	14, 157, 168
Carboxylic Acids, decarboxylation by platinised TiO2, a	34
Catalysis, asymmetric, a	90, 139
bimetallic phase transfer, a	39
in C1 chemistry, book review	21
etching of gauzes in NH3 oxidation	109
future predictions	150
heterogeneous, a	35, 36, 37, 88, 89, 137, 138, 139, 193, 194
homogeneous, a	38, 39, 89, 90, 139, 140, 194, 195
hydrogenation, novel electronic effects, in	98
impregnation and drying processes, a	194
organometallic, 2nd Intl. Platinium Metal Conf.	168
recent advances	52
2nd Europ. Symp.	20
Catalysts, automotive exhaust, a	35, 137
conference	22
high temperature durability trial	174
combustion, review	12, 193
Iridium Complexes, , a	194
[Ir(CO)2η 3-C5Me5], in hydrocarbon reactions	168
Ir carbonyl/Al2O3, preparation, a	37
Osmium Complexes, for aldehyde hydrogenation, a	140
Os carbonyl/Al2O3, preparation, a	37
Os6(CO)18/Al2O3, SiO2, TiO2, chemisorption of CO, O2, a	139
Os/SiO2, Fischer-Tropsch, for olefin homologation, a	138
Palladium, black, hydrogenation of alkyne-alkenes, a	36, 138
colloidal Pd hydrosols/support, a	35
comparison of heterogeneous and homogeneous, a	194
for alkene arylation, a	90
for heterocycle synthesis, a	89
for NaHCO3 reduction, a	34
Pd-Sb-KOAc, Pd-Bi-KOAc, for acetoxylation, a	194
surfaces, catalytic chemistry under UHV, a	88
wire, for CO, hydrocarbon oxidation, a	193
Palladium Alloys, Pd-O-Zr, for methanation, a	89
Pd-Rh, H2 adsorption in H2SO4, HCl, a	86
Palladium Complexes, for N-heterocyclic synthesis, a	38
for olefin arylation, a	89
with reducing potential, a	38
Pd(II) azo complexes, nitrobenzene hydrogenation, a	139
, a	194
PdCl2-CuCl2 for butadiene-1,3 oxidation, a	90
(π -C3H5PdCl)2, for Me6Sn reaction with nitrobenzene, a	139
[PdCl2(PhCN)2], organic syntheses	168
Pd/γ -Al2O3, Pd/CeO2/Al2O3, for CO, hydrocarbon oxidation, a	193
Pd/activated C, modified, for alkyne-alkene hydrogenation, a	138
Pd/C, for benzoic acid hydrogenation, a	193
Pd/C, Pd/PQ, for H, C isotope exchange, a	193
Pd/C-K2CO3, for furan production, a	89
Pd/MgO, ESR study, a	36
Pd/PS, preparation and use, a	36
Pd/RE oxides, adsorption, catalytic activity, a	138
Pd/SiO2, reactions, a	138, 193
Pd/SiO2 gel for hydrogenation of alkyne-alkenes, a	36
Pd/SiO2 + zeolites, for H2/CO conversions, a	194
bis(allyl)Pd/SiO2, a	138
Pd/stannic oxide, in TEA lasers	166
Pd/TiO2, activity for CO/H2 reaction, a	138
Pd/zeolite, n-hexane hydroisomerisation, a	36
bis(allyl)Pd/X-zeolite, Y-zeolite, a	138
Pd-Cu/zeolite, for propylene oxidative acetoxylation, a	89
Pd-Cu/mordenite zeolite, toluene disproportionation, a	36
Platinum, modified for hydrogenation study, a	88
wire for CO, hydrocarbon oxidation, a	193
Platinum Alloys, hydrocarbon reactions, a	194
Platinum Complexes, , a	194
PtC12-4PbC12, for water gas shift reaction, a	33
PtCl2(PPh3)2-SnCl4-Et3N, a	38
Pt-Au/Aerosil, clusters, a	88
Pt/Al2O3, hydrocracking of n-decanes, a	137
in I.C.E., deactivation, a	137
methane oxidation, a	35
mufflers, for diesel engine exhaust purification, a	88
optimisation during pentane isomerisation, a	137
radial profiles, a	137
Pt/γ -Al2O3, Pt/CeO2/Al2O3, for CO, hydrocarbon oxidation, a	193
Pt, Ag particles/Al2O3, C, SiO2 metal-support interaction, a	88
Pt-Pb/Al2O3, isomerisation of n-pentane, a	138
Pt-Re/Al2O3, radial profiles, a	137
(NH4)2PtCl4, (NH4)2PtCl6, Pt(NH3)4Cl2/γ -Al2O3, MgO, SiO2, properties, a	137
Pt-Sn/Al2O3-Cl, activity for n-heptane reforming, a	35
Pt/CdS powder, for H2 production, a	34
Pt/C, Pt/PQ, for H, C isotope exchange, a	193
Pt/ceramic, in wood-burning stove	115
Pt/MgO, ESR study, a	36
Pt/colloidal resin, for H2 photoproduction, a	136
Pt/SiO2, (EUROPT-1) for alkane hydrogenolysis, a	193
for methane oxidation, a	35
for propylene hydrogenation, a	193
Pt/SiO2-Al2O3, methane oxidation, a	35
Pt/stannic oxide, in TEA lasers	166
Pt/support, for low heat value gas combustion, a	36
Pt/colloidal hydrosols/support, a	35
Pt/TiO2, clusters, a	88
for decarboxylation of carboxylic acids, a	34
NaOH-coated for H2O photolysis, a	135
Pt-Au/TiO2, clusters, for hydrogenolysis, a	88
Pt/KL, Pt/NaX, for n-heptane aromatisation, a	137
Pt/Mo/Y-zeolite, activity in n-butane conversion, a	88
Pt-Ru/HY-zeolite, for Fischer-Tropsch, a	36
Pt/HZSM-5, for n-alkane conversion, a	35
Platinum Metals, additions to coal, a	193
for Cl2 evolution, a	33
in combustion, a	193
ultrafine, organic syntheses, a	139
Platinum Metal Complexes, in organic syntheses, 1980 study, a	89
Platinum Metals/Ce/Al2O3 beads, three-way catalysts, a	35
Platinum Metals, Oxides/TiO2, for benzene hvdroxvlation, a	136
Platinum Metals/n-CdS, n-InP, n-SrTiO3, n-TiO2, electrical contact properties, a	87
Rhodium, for hydroformylation, a	140
wire, for CO, hydrocarbon oxidation, a	193
Rhodium Alloys, Pd-Rh, H2 adsorption, in H2SO4, HCl, a	86
Rhodium Complexes, for asymmetric reactions, a	90, 139
for photocatalysis, a	87
[RhI(CO)2Br2]− in CO/CO2 fuel cell, a	90
Rh(CO)2C12, for water gas shift reaction, a	33
[Rh(COD)L], [Rh2(COD)2LI], for H2 transfer reaction, a	140
Rh(I)triphenylphosphine/ion-exchange material, for hydrogenation, a	138
Rh-Ru, bimetallic, homogeneous, a	90
Rh/Al2O3, low pressure allene hydrogenation, a	36
Rh/γ -Al2O3, Rh/CeO2/Al2O3, for CO, hydrocarbon oxidation, a	193
tris(allyl)Rh/Al2O3, a	138
Rh-K/Cr2O3/γ -Al2O3, for toluene steam dealkylation, a	89
Rh-coated CdS, in artificial photosynthesis, a	192
Rh/SiO2, Fischer-Tropsch, for olefin homologation, a	138
Colloidal Rh hydrosols/support, a	35
RhCl3/TiO2, in CO-H2 reaction, conditions, a	37
Rh-Ag/TiO2, SMSI effect, a	37
Rh/X-zeolite, in methanol carbonylation, loading effects, a	37
tris(allyl)Rh/X-zeolite, a	138
Rh/Y-zeolite, for ethylene hydroformylation, pretreatment effects, a	37
Ruthenium, RuO4 for coal oxidation, a	37, 140
Ruthenium Alloys, for hydrocarbon reactions, a	194
Ru-Ni, membrane, for alcohol hydrogenation, a	135
Ruthenium Complexes, for aldehyde hydrogenation, a	140
Ru(II)bisdiazadiimines, MV photoreduction, a	35
, polymer pendant electrode, a	88
– peroxydisulphate, photooxidation, a	192
[Ru(bpy)2(CO)Cl]+, a	38
Ru(bpy)XYn+, quantum yields, a	192
Ru-Co for hydroformylation, a	140
Ru and Co carbonyls, for γ -keto acids, a	39
HRu3(CO)−11, HCO2Ru3(CO)−10, for alkyl formate production, a	39
RuCl2(PPh3)3, a	38, 90
RuCl3(1,3-bis(4-methyl-2-pyridylimino)-isoindolines for alcohol oxidation, a	140
K+[RuH2(PPh3)2(PPh2C6H4]−, in hydrogenations	168
[RuO4]−, [RuO4]2−, [RuO2(bipy)Cl2] as oxidants, a	195
Ru-Rh, bimetallic, a	90
Ru/Al2O3 + promoter, in methanation, a	194
Ru/Al2O3/SiO, a	37
Ru-Co/Al2O3, SiO2, studies, a	37
[Ru3(CO)12]/Al2O3, MgO, cluster effects, a	37
[H4Ru4(CO)12]/Al2O3, MgO, cluster effects, a	37
RuS2-CdS, photocatalysis, a	192
Ru(II)triphenylphosphine/ion-exchange material, for hydrogenation, a	138
RuO2/polypyrrole, for H2O photodissociation, a	87
RuO2-polybrene, for O2 evolution, a	192
RuCl3/PR3, for secondary amine synthesis, a	38
Ru/SiO2, deactivation, CO oxidation, a	139
Fischer-Tropsch, for olefin homologation, a	138
RuCl3/SiO2, for benzene, cyclohexene hydrogenation, a	38
Ru/support for syngas conversion to ethylene, a	194
RuO2-TiO2 colloids, O2 evolution, a	192
RuO2/TiO2, paramagnetism, a	139
Ru/zeolites, CO, H2 chemisorption, a	139
Fischer-Tropsch, a	89, 194
Ru-Pt/HY-zeolite, for Fischer-Tropsch, a	36
Ru/ZSM-5, synthesis gas conversion, a	38
Cells, semiconductor-metal/SPE/Pt, a	87
Chemisorption, CO, O2 on Os carbonyl clusters, a	139
H2 on Pd foil, film, a	31
suppression on Ru/zeolites, a	139
inorganics, organics, on Ru(001), a	190
Chloral Hydrate, reduction at platinised Pt electrode, a	33
Chlorine, evolution on platinum metals, a	33
Chromium Alloys, plastic, with Pt, Pd, Ir, Ru additions, effect on anodic dissolution, a	191
Cisplatin	14, 157, 168
Coal, effects of catalyst addition on CO2 adsorption, a	193
indirect liquefaction over Ru/support, a	38
oxidation, a	37, 140
Coatings, Pd-Ni	54, 194
Composite, ZGS Platinum “Trim”	7
Combustion, catalytic, review	12, 193
Compton Profile, in Fe, measured by 191mIr nuclei, a	193
Conference, cancer chemotherapy	14
Catalysis by Metals	20
Fuel Cells	19, 165
Hydrogen in Metals	13
2nd Intl. Platinum Group Metal Chemistry	157, 168
2nd Intl. Platinum Seminar	22
Thermal Conductivity	164
Corrosion, behaviour, Ti-Pd, ion implantation, a	34
effects on Pd contacts, a	91
H2 detector for pipes, a	195
photo, of n-RuS2 single crystals, a	192
protection, a	90
Cracking, hydrocracking, alkanes, a	137
Crystallisation, Os dichalcogenides, single crystals, a	191
in amorphous Pd-Si alloys, a	84
Ru-Cu alloy single crystals, a	190
Ru dichalcogenides, single crystals, a	191
RuS2 single crystals, properties, a	85
Cyclohexene, reactions over platinum metals, a	38, 140
Dehydrogenation, 2-propanol, photocatalysis, a	87
Deltalog, thermocouple calibration monitor	107
Detectors, film thickness, calibration, a	136
hydrogen, a	141, 195
atomic, a	35
Diesel Engines, exhaust pollution control, a	88
Diffusion, gas electrode, C,Pt activated, a	86
H, a	86, 132, 133
DNA, relaxation by OsO4 probe, a	137
Electrical Contacts, Ta-Ir, in Schottky barriers	52
Pd alloy, wear and friction, a	195
Pd connectors, corrosion effects, a	91
Pd inlay coupons, corrosion effects, a	91
Pd-Ni coatings	54
Pt,Rh,Ru for Schottky junctions, a	87
Ti/Pt, blistering during gas anneal, to GaAs/Al-Ga-As), a	91
Ru-Cu alloys	62
Electrical Resistivity, with temperature, of Pt	164
Electrochemistry, a	33, 34, 86, 87, 134, 135, 191, 192
Electrochromism, iridium oxide hydrous films	56
Electrodeposition, Os on Co, Cu, Fe, Ag, a	35
PdNi, mechanical, corrosion properties, a	195
Pd-Ag alloys from ammoniacal electrolytes	117
Pt on Co, Cu, Fe, Ag, a	35
Ru, from sulphamate, a	88
hydrated Ru oxide films, a	136
Electrodes, anodes, Pt, organic adsorption on, a	191
impressed current, Pt clad Nb, a	90
Pt and graphite, phenol behaviour, a	134
RuO2/ZrO2-coated Ti, O2 evolution at, a	87
C, gas diffusion, Pt corrosion of, a	86
cathodes, Pd-Zr, for H2 evolution from H2O, a	87
Pd, anion growth, in DMSO, zero charge potential, a	191
Pd, Pd alloy, H chemical potential, a	192
Pd, H2 uptake in, a	31
Pd-PdO, urease, for urea detection, a	193
Pt, in alkaline fuel cells	46
anion growth, in DMSO, zero charge potential, a	191
hydrous oxide formation, a	191
+ Hg adatoms, catalytic oxidation, a	86
Pt-PVAA/GC, platinum microparticles, activity, a	134
Pt-SPE, a	33, 134, 191
platinised CdS, for H2 evolution, a	87
platinised Pt, a	33
photo, RuO2/n-GaP for H2O photodissociation, a	87
photoresponsive, coated, a	88
, Raman scattering, a	34
thin film, tris(2,2-bipyridine)Ru(II)Pt, a	34
Electrolytes, ammoniacal, for Pd-Ag electrodeposition	117
Electronics, Pd-Ni plating in	54, 114
Emission Control, automotive exhaust catalysts	150, 174
conference	22
diesel engine exhaust, a	88
Energy, solar cells, a	87
Esters, from syngas by Ru-Rh, homogeneous, a	90
Etching, acid, of Pt, inhibition by O2, a	132
catalytic of Pt, Rh-Pt gauzes	109
Ethylene, reactions over platinum metals, a	37, 86, 194
Films, Pd, transport properties, a	190
Pt on Si, stress, reflectivity, a	132
Pt and Ni on < 100 > Si, metallurgical, electrical behaviour, a	132
Ru, a	141
Ru(II) oxide, electrodeposition, a	136
Ta + Pd, H2 absorption rate, a	84
thickness monitors, calibration, a	136
Fischer-Tropsch, reactions, a	36, 89, 138, 194
Formaldehyde, for H2 photoproduction, a	87
Formic Acid, reactions with platinum metals, a	86, 87
Friction, of Pd electrical contact couples, a	195
Fuel Cells	165
alkaline, for vehicle propulsion	46
CO/O2, a	90, 140
electrocatalysts, a	33
future predictions	150
U.S. National Seminar, 1983, Florida	19
Furan, preparation, a	89
Gauzes, Pt, Rh-Pt catalytic etching	109
Pt in CO/O2 fuel cell, a	90
Glass, ZGS platinum “TriM” handling equipment	7
Glasses, metallic, palladium, a	31, 84
superconducting, book review	106
Glycerol, reactions at platinised Pt electrode, a	33
Halides, photooxidation, by RuS2, a	192
n-Heptane, reforming by Pt-Sn/Al2O3-Cl catalysts, a	35
Heterocycles, synthesis, Pd catalysed, a	38, 89
n-Hexane, hydroisomerisation over Pd/zeolite, a	36
l-Hexene, hydrogenation, by modified Pt catalysts, a	88
History, J. B. Boussingault, book review	189
First organometallic compounds, Zeise’s salt	76
Macquer and melting platinum	25
platinotype photography	178
Russian platinum coins	126
thermal analysis	125
Homologation, of olefins by Fischer-Tropsch, a	138
Hydrocarbons, C3H6, 1-hexene, toluene, oxidation, a	193
aromatic, direct systhesis from syngas, a	194
long-chain, from Fischer-Tropsch reaction, a	194
multimetallic catalysts, conference	80
Hydrocracking, n-alkanes over Pt/HZSM-5, a	35
Hydroformylation, aliphatic acids, by Rh, a	140
catalysts for, survey for 1980, a	89
cyclohexene, by Co-Ru complexes, a	140
ethylene, pretreatment of Rh/Y-zeolite, a	37
1-olefin, over Rh catalyst, a	140
Hydrogen, absorption in Pd	13, 31, 84
activation with CO2 for methyl formate production, a	39
adsorption on Pd-Rh catalysts in H2SO4, HCl, a	86
on Pd-rare earth oxides, a	138
chemisorption, a	31, 139
detectors, a	141, 195
atomic, a	35
diffusion	86, 132, 133
embrittlement in Pd-Ag alloys, a	84
isotopes, exchange with C over Pt, Pd catalysts, a	193
solubility in Pd, a	190
permeation in Pd electrodes, H chemical potential measurement, a	192
photoproduction, a	87
from colloidal Pt, in , a	136
at platinised CdS electrode, a	87
by Rh-coated CdS, a	192
by CdS/RuS2, a	192
from Na sulphite, platinised CdS, a	34
from solar cells, a	136
production, by water gas shift reaction, a	33
electrochemical, on Pd-Zr cathode, a	87
at Pt-PVAA/GC electrode, a	134
at Pt-SPE electrode, a	33
reaction with CO over Pd/TiO2, a	138
sensitivity of ZnO thin films with Pd salts, a	190
solubility in platinum metals under high pressure	158
transfer reactions over Rh complexes, a	140
Hydrogenation, over Pd catalysts, a	36, 138
novel electronic effects	98
Pd(II) azo complexes, a	139
over Pd-W, a	133
Pd/C, a	193
Pd/SiO2, a	193
Pt foil, a	86
Pt modified, a	88
Pt/SiO2, a	193
platinum metal nitrosyls, a	38
platinum metal colloid/support, a	35
Rh complexes, asymmetric, a	90
Rh-, Ru-(PPh3), sulphonated complexes, a	138
Rh/Al2O3, a	36
Ru and Os complex catalysts, a	140
Ru-Ni membrane catalyst, a	135
RuCl3/SiO2, liquid-phase, a	38
Hydrogenolysis, alkanes on Pt/SiO2 (EUROPT-1), a	193
Hydroxylation, benzene, by RuOx/TiO2, a	136
Ion, implantation, for Pd-Ti surfaces, a	34
Iproplatin	14, 157, 168
Iridium, compound, radioactive, thermochromatographic behaviour, a	135
hydrogen solubility in	158
Ir nuclei, to measure Compton Profiles, a	193
Iridium Alloys, LaIrSi3, superconductivity, a	134
Zr70Ir30, amorphous, electrical resistance, a	190
Iridium Complexes, review, a	86
Iridium Oxides, electrochromic, hydrous films	56
films, AIROF, SIROF, pH dependence, a	32
Iridium Perovskites, MLaMgIrO6, properties, a	33
Isomerisation, reactions over platinum metals, a	35, 36, 137, 138, 191
Johnson Matthey Collection, American platinotype exhibition	178
Ketones, production, a	140, 195
Langmuir, Irving, history	31
Lasers	31, 91, 166
Macquer, Pierre Joseph, history	25
Magnetic Storage	116
Magnetism, Os in γ -Fe2O3, in recording discs	116
RPd2Si, a	85, 133
Pd-Cu-Fe-Si amorphous alloys, ordering, a	84
Pd-W, changes during hydrogenation. a	133
R5 Pt3 compounds, a	31
Pt-Co thin films	75
Pt-Fe alloys, a	84, 190
rhodium borides, ternary, a	85
CeRu2Si2, a	32
RuO/TiO, paramagnetism, a	139
Matthey Rustenburg, solvent extraction plant	2
Medical, uses of platinum group metals	14, 157, 168
Methanation, over platinum metals, a	89, 194
Methane, oxidation, over Pt/support, a	35
Methyl Formate, production over Ru complexes, a	39
Naphtha, production from syngas over Ru, a	194
Nitrobenzene, reactions over platinum metals	98, 139, 191
Nitrogen Oxides, NO, adsorption on Pt(410), a	31
emissions, catalytic control	22, 174
Olefins, reactions over platinum metals, a	35, 89, 138, 195
Organometallic Complexes	32, 38
in organic syntheses, 1980 survey, a	89
Pd, Pt complexes, properties, a	85
platinum anti-tumour drugs	14
Zeise’s salt, history	76
Osmium, hydrogen solubility in	158
in magnetic discs	116
Os(VI), Os(VIII) acidic behaviour, a	87
thick targets, cross sections, a	134
Osmium Alloys, Osmium-Hafnium, phase diagram, a	85
Osmium-Iron, phase diagrams, a	85
Osmium Complexes, electrochemical oxidation, a	135
Os dichalcogenides, a	191
PPh3M4[Os(NO)Cl4], preparation, a	33
Os-S-CO clusters, synthesis, a	191
Osmium Tetroxide, for electron microscopy, a	136
probe for DNA, a	137
Oxidation, alcohols, a	134, 195
ammonia, catalytic gauzes	109
1,3-butadiene over PdCl2-CuCl2, a	90
catalysts for, 1980 survey, a	89
CO, a	139, 193
coal, by RuO4, a	37, 140
formic acid on Pt electrode, a	86
glycerol at platinised Pt electrode, a	33
methane, over Pt/support, a	35
olefins to ketones, over Pd(II) salts, a	195
Pd,Pt thin films on silicides, a	31
phenol on Pt and graphite anodes, a	134
Oxygen, adsorption over platinum metals, a	36, 85, 138
chemisorption on Os carbonyl clusters, a	139
evolution from RuO2 systems, a	87, 192
inhibition of Pt acid etching, a	132
interaction with Pt(100), a	132
reduction at Pt electrodes, a	33, 134
Palladium, absorption of hydrogen	13
addition to steel, a	84
compound, [Pd(NH3)2Cl2], precipitation, a	33
Pd-Mo, cluster	168
PrPd5, a	32
(RE) Pd3S4 bronze, a	86
films, H chemisorption on, a	31
thin, on silicides, oxidation, a	31
transport properties, a	190
foil, H chemisorption on, a	31
H2 diffusion in, colour effect, a	132
H solubility in	158
in As environmental sampling, a	136
in solar cells, a	39, 195
in ZnO film, H2 sensitivity, a	190
overlayers on Ta films, H2 absorption in, a	84
α -palladium solubility of H,D,T in, a	190
Pd(II)ion, hydrolysis, a	192
Pd/n-GaAs, growth, a	91
Palladium Alloys, absorption of hydrogen	13
electrical contacts, wear, friction, a	195
Palladium-Beryllium, metallic glasses, a	31
Palladium-Boron, metallic glasses, a	31
Palladium-Copper-Hydrogen, superconductivity, a	133
Palladium-Copper-Iron-Silicon, amorphous, a	84
EuPd2Si2, magnetic susceptibility, a	133
Palladium-Gold-Silicon, amorphous crystallisation behaviour, a	133
Palladium-Hydrogen-Silver, structure, electrical resistivity at high H2 pressures, a	135
Palladium-Hydrogen-Zirconium, amorphous, crystalline phases, a	133
Palladium-Iron, magnetic susceptibility, by SQUID, a	133
Palladium-Nickel, coatings	54, 114
Palladium-Phosphorus	106
Pd81Pt19, H2 diffusion in, a	86
Palladium-Silicon, amorphous, crystallisation, a	84
Palladium-Silver, for electrodeposition	117
H embrittlement, a	84
Palladium-Titanium, surfaces, ion implanted, a	34
Palladium-Tungsten, electrical, magnetic properties during hydrogenation, a	133
Palladium-Zirconium, amorphous, a	87, 133
Palladium Complexes, organometallics preparation, properties, a	85
Palladium Hydride, H2 diffusion in, activation volume, a	133
Palladium Silicides, formation, for solar cells, a	39
Pd80Si20, H absorption in, a	31
RPd2Si, magnetic properties, a	85
Paraffins, branched-chain, by Fischer-Tropsch, a	36
pH, dependence of Ir oxide films, a	32
Phase Changes, in RE-rhodium ternary borides, a	85
Phase Diagrams, Os-Hf, a	85
Os-Fe, a	85
Au-Pt-Rh, at 1000°C, a	132
Pt-Ir-Ru, at 1400°C, a	132
Pt-Pd-Ru, at 1400°C, a	132
Pt-Ru-Rh, at 1400°C, a	132
platinum metal alloy systems, book review	108
Ho(Rh1−xRux)4B4 at > 1.3K, a	134
Ru-Fe, a	32
Pheromones, production, over Pd catalysts, a	89
Photocatalysis, a	34, 87, 88, 135, 136, 168, 192
future predictions	130
Photography, platinotype, history	178
Photo-Kolbe, reaction, a	34
Plating, Pd-Ni	54, 114
Platinotype, photography, history	178
Platinum, acid etching, a	132
activation of C electrode, corrosion effect, a	86
anodes, organic adsorption on, a	191
beam leads, Ti/Pt/Au, a	91
cladding on Nb impressed current anodes, a	90
coins, Russian, history	126
colloidal, reactions of MV2+, MV+ and H2, a	191
compounds, lanthanides, magnetic properties, a	31
clusters	168
Pt-Au, the first, a	190
radioactive, thermochromatographic behaviour, a	135
electrode + Hg adatoms for HCOOH oxidation, a	86
films, Cu on, a	31
on Au colloidal, for calibration, a	136
on Si, stress, kinetics, a	132
on silicides, oxidation, a	31
foil, hydrogenations of C2H2, C2H4 on, a	86
hydrogen solubility in	158
hydrous oxide formation, a	191
laser-induced deposition on InP, a	31
melting, early attempts, history	25
Pt(100), reaction with O2, phases, a	132
silicide formation in Pt/Ni/Si, Ni/Pt/Si, a	132
surface composition after polarisation, a	135
thermal diffusion in n-type Si, a	132
Platinum Alloys, Platinum-Cobalt, magnetic thin films	75
Platinum-Gold-Rhodium, phase diagram, a	132
Platinum-Iron, magnetic properties, anisotropy in, a	84, 190
Pd81Pt19, H2 diffusion in, a	86
Platinum-Rhenium, properties, a	84
Platinum-Rhodium, cyclic voltammetry on, a	135
surface composition after polarisation, a	135
Platinum Complexes, in cancer chemotherapy, symposium	14
organometallics, preparation, properties, a	85
[Pt(dien)I] [Pt(dien)I3]I2, a	32
[Ph4As] [Pt(SnCl3)3(1,5-cod)], a	85
[H3NCH2CH2NH3]0.82 [Pt(C2O4)2]. 2H2O, 1D conductor, a	32
Zeise’s salt, history	76
Platinum Metals Alloys, phase diagrams, a	132
book review	108
Platinum Metals Complexes, bis(diphenylphosphine)methane, a	32
nitrosyls, in pollution control, a	38
Poisoning, lead, on Pd catalyst	105
Pollution Control, As in water, detector, a	136
automotive exhaust	22, 150, 168
high temperature durability trial	174
CO, a	137
diesel engine exhaust, a	88
Pt/ceramic catalyst in wood-burning stove	115
platinum metal nitrosyls, a	38
Powder Metallurgy, history, for platinum coins	126
Propylene, reactions over platinum metals, a	89, 193
Pyrroles, production over Pd catalysts, a	89
Quinone, hydrogenation	98
Reduction, catalysts for, 1980 survey, a	89
Refining, platinum metals, new Royston plant	2
Resistors, RuO thick film, a	39, 195
Review, bis(diphenylphosphine)methane-platinum group
metal complexes, a	32
catalytic combustion	12, 193
homogeneous asymmetric catalysis, a	139
hydrocarbon reactions on bimetallic catalysts, a	194
hydroformylation of unsaturated fatty acids, a	140
Ir, Rh complexes, a	86
olefins to ketones with Pd(II) salts, a	195
organometallic complexes of Pt,Pd, a	85
platinum metal nitrosyls in pollution control, a	38
solar cells, a	136
superconductivity in platinum metals and alloys	63
transition metals in organic syntheses, a	89
ultrafine metal particles in organic syntheses, a	139
Rhodium, compounds, ErRh4B4, ferromagnetism, superconductivity, a	32
H2Ru2Rh2(CO)12, clusters, synthesis, structure, a	86
Rh-Er-Sn, crystal structure, a	133
RE-Rh-B, phases, magnetism, a	85
Ho(Rh1−xRux)4B4, phase diagrams, a	134
(Sm-Er) Rh4B4 superconducting magnetic transitions, a	85
Zr2Rh, superconducting film tunnel junctions, a	32
hydrogen solubility in	158
polycrystalline, O2 adsorption, a	85
silicides, LaRh2Si2, La3Rh3Si5, LaRhSi3, crystal structure, superconductivity, a	134
surface composition, after polarisation, a	135
Rhodium Alloys, Rhodium-Copper, single crystals, a	190
Rhodium-Gold-Platinum, phase diagrams, a	132
Rhodium-Molybdenum-Phosphorus, superconducting glasses	106
Rhodium-Platinum, surface composition after polarisation	135
Rhodium Complexes, [Rh4(CO)12],[Rh6(CO)16], interaction with Al2O3, TiO2, TiO2 + SiO2, a	138
iodopentaamminerhodium(III), photoaquation, a	34
[Rh(C7H6O2N)2Cl. H2O], [Rh(C7H6O2N3]. H2O, a	134
Rh porphyrins, a	87, 136
review, a	86
Ruthenium, chemistry, book review	177
compound, BaRu1−xCoxO3−y, structure, a	86
clusters	168
CeRu2Si2, magnetic properties, a	32
RuS2, single crystals, growth, properties, a	85
n-RuS2, stability, anodic photocorrosion, a	192
electrodeposition from sulphamate, a	88
hydrogen solubility in	158
H2Ru2Rh2(CO)12, clusters, synthesis, structure, a	86
[Ru(001)] chemisorption on, a	190
Ru(II), Ru(IV) in TiO2 + Ta, a	134
vapour deposition, a	141
Ruthenium Alloys, Ho/Rh1−xRux)4B4, phase diagrams, a	134
Ruthenium-Copper, for electrical contacts	62
Ruthenium-Iron phase diagram, properties, a	32
Ruthenium-Molybdenum-Phosphorus, superconducting glasses	106
Ruthenium Complexes, reduction, a	34
tris(2,21-bipyridine)Ru(II) quenching by methylviologen, a	135
Ru2(CO)2(μ -H2) (η -C5Me5)2, a	191
Ru dichalcogenides, a	191
pentamethylcyclopentadienyl di-Ru, chemistry, a	191
, electrochemical oxidation, a	135
Ruthenium Oxides, electrodeposition, a	136
RuO2, thick film resistors, TCR in	39, 195
RuO2-polypyrrole films, for H2O photo-dissociation, a	87
RuO4 for coal oxidation, a	37, 140
Schottky Barriers	52, 91
Schottky Junction, effect in air and H2, a	87
SIROF, pH response, a	32
SMSI, effects, a	37, 138
Sodium Bicarbonate, reduction over Pd catalysts, a	34
Solar Cells, a	39, 136, 195
Solvent Extraction, platinum metals, new plant	2
SQUID, for magnetic susceptibility in PdFe, InMn, a	133
Steel, Pt effect on sulphide stress cracking, a	84
Stoves, wood-burning, platinum catalyst in	115
Superconductivity, LaIrSi3, crystal structure, a	134
Zr10Ir30, electrical resistance, a	190
Pd-Cu-H solid solutions, a	133
in platinum metals and alloys	63
ErRh4B4, a	32
(Sm-Er)Rh4B4, magnetic transitions, a	85
Er-Rh-Sn, crystal structure, a	133
Rh-La-Si, a	134
Ho(Rh1−xRux)4B4, a	134
Zr2Rh films, tunnel junctions, a	32
Synthesis Gas, conversions over platinum metals, a	38, 90, 194
Tantalum, films + Pd, H2 absorption, a	84
Temperature Measurement, Deltalog thermocouple monitor	107
history	125
nuclear thermometry, a	39
Thermal Analysis, history	125
Thermal Conductivity, temperature values of platinum	164
Thermocouples, platinum :rhodium-platinum	61, 195
history	125
recalibration device	107
Thermoelectric Power, of Pd films, a	190
Thick Films, RuO2 resistors, a	39, 195
Thin Films, Ir oxide, electrochromic, hydrous	56
Ir-Ta, metal-semiconductor contact	52
Os + γ -Fe2O3 sputtered, in storage discs	116
Pd on silicides, oxidation, a	31
Pd salts in ZnO, H2 sensitivity of, a	190
Pt, anodic Cu on, properties, a	31
Pt-Co sputtered magnetic	75
Pt on silicides, oxidation, a	31
Zr2Rh superconducting tunnel junctions, a	32
Toluene, reactions over platinum metals, a	36, 89
Tritium, solubility in Pd, a	190
1-Undecene, hydrogenation by Pt catalysts, a	88
Urea, determination by Pd-PdO urease electrode, a	193
Voltammetry, a	32, 34, 135
Water, photochemical splitting, a	34, 87, 135, 136
Water Gas Shift Reaction, a	33, 37, 38
Wear, on Pd electrical contacts, a	195
Willis, William, history	178
Wood, burning stove, Pt catalyst in	115
Young’s Modulus, glassy Pd-Si-H alloys, a	84
Zeise, William Christopher, history	76
ZGS Platinum “TriM”	7

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