Journal Archive

Platinum Metals Rev., 1983, 27, (4), 192

Subject Index to Volume 27


a =abstract Page
Absorption, H2, protection of Ta, a 139
    i.r. by Pt films, a 91
    sound, by silicone RTV foam, a 40
  Acetone, electroreduction on Pt-Ni catalysts, a 134
  Acetaldehyde, photocatalytic production, a 135
  Acetylene, reactions over platinum metals, a 134, 137
  Adsorption, alcohols, ethers on Pt(III), a 91
    aliphatic hydrocarbons on Pd-Ru, a 182
    benzene over Pd/Al2O3, a 45
    CO, a 93, 133
    H2 on Pd/MgO, a 136
    NO2 on Pt(III), a 91
    O2 on Pd/MgO, a 136
    thin Pd film/Ni, properties, a 93
  Alcohols, adsorption, dehydrogenation, a 91
    ethyl, synthesis, a 135, 138
    methyl, dehydrogenation, a 41
          for olefin synthesis, a 95
    synthesis 28, 185
    oxidation 111, 138
    primary, synthesis from CO, H2, a 137
    2-propanol, dehydrogenation, a 95
    saturated long-chain, C2-C8, a 95
    synthesis from carbonyls, a 46
    unsaturated, synthesis from aldehydes, a 46
  Aldehydes, oxidation 111, 185
    reduction by Rh complex, a 46
  Alkanes 45, 138
  Alkenes, reduction, a 94
  Alkynes, catalytic oxidation over Ru complexes 111
    hydrogenation by Rh(I) hydride complexes, a 186
  Amides, production from aldehydes, a 185
  Amines, catalytic oxidation over Ru complexes 111
  Ammonia, catalyst gauze investigation 19
  Arenes, catalytic oxidation 111, 137
  Aromatisation, of hydrocarbons over Pt 54
  Arrhenius, Svante August, history 31
  Bacterial Growth, Pt electrodes for 65
  Benzene, adsorption on Pd/Al2O3, a 45
  Bollmann, Justus Erich, history 81
  Book Review, Modern Synthetic Methods, Transition Metals in Organic Synthesis 125
          NTIS Bibliography, Alloying Effects of Pd 80
  Bromine, photoproduction, a 135
  Butene, isomerisation, a 136
  Cancer, antitumour drug, a 47
    chemotherapy, 4th intl. symp. 169
  Carbon Oxides, CO, adsorption, a 93, 133
          detectors, a 139, 184
          for aldehyde reduction, a 46
          in Fischer-Tropsch, a 95, 137, 185
          hydrogenation, a 137, 138, 185, 186
          oxidation, a 44, 45, 94
          reaction with H2, methanol synthesis, a 185
          reactions with H2 over Group VIII, a 95
          reaction with H2 over RhCl3/TiO2, a 95
      CO, CO2 methanation over Ru carbonyls, a 45
  Casting, investment for Pt jewellery 174
  Catalysis, energy conversion conference 28
    heterogeneous, historical development 31
    homogeneous, for water photodissociation 102
          organic syntheses, 1980 survey, a 45
    intl. symp., additive, support effects 16
    Rideal Conference 126
  Catalysts, automotive exhaust, a 185
          Pb tolerant, SAE Conference 78
          thermally stable washcoat, promoter 146
          three-way 44, 78, 146
    for H2O photodissociation 44, 94, 102, 135, 183
      Iridium, oscillations during CO oxidation, a 94
          IrO2, for O2 photoproduction from H2O 102
      Iridium Complexes, for dehydrogenation, hydrogenation, a 46
          [Ir(bipy)3OH]2+/SiO2 gel, a 45
          Ir compounds/13-X faujasite zeolite, a 136
      Osmium, for alcohol oxidation, a 138
    OsO4, H2O2 decomposition, a 138
      Osmium Complexes, a 45, 136
      Palladium, membranes + Pt, for CHO dehydrogenation. a 41
    PdCl2 for furfural hydrogenation, a 95
    PdCl2-CuCl, for polyunsaturated ethers and esters oxidation, a 136
    Pd-Pt black/Pd-Ag-Au/Pd black, a 42
    Pd35Zr65, highly active for methanation, a 136
    oscillations during CO oxidation, a 94
      Palladium Alloys, H2 permeation, a 136
      Palladium Complexes, Pd(I) in co-ordination chemistry, review, a 137
    Pd(II), for arenes, olefin oxidation, review, a 137
    CH3COOH-dioxane-HNO3-Pd(II) for glycolic ester formation, a 137
    Pd halometal carbonyls, for phosgene production, a 45
    Pd(OAC)2/ArBr/K2CO3, for aldehyde oxidation, a 185
    [Pd2(Ph3P)4Cl2]B10Cl10, for hydrosilylation of acetylenic compounds, a 137
      Pd/Al2O3, for benzene hydrogenation, a 45
      PdS/Al2O3, for cyclopentadiene hydrogenation, a 95
      Pd/γ -Al2O3, for styrene hydrogenation, a 185
      Pd-Mn/γ -Al2O3, for styrene hydrogenation, a 185
      Pd-WO3/γ -Al2O3, for exhaust gas treatment, a 185
      Pd/C, size effect on H2-D2 exchange, a 45
    +HCOOH+sound, for olefin hydrogenation, a 136
      Pd/MgO, for H2, O2 adsorption, a 136
      Pd/SiO2, +promoters, CO/H2 reaction, a 185
      Pd/Na-zeolite, amminated, a 185
      Pd/support, for furfural hydrogenation, a 95
      Platinum, thermal durability 146
    black, corrosion in alkaline solution, a 42
    colloid, for H2 photoproduction from H2O 102
    for fuel cells, commercial 107
    oscillations during CO oxidation, a 94
    oxide, for H2 photoproduction from H2O 102
    photocatalysts 42, 93, 102, 135, 183
    platinised n-TiO2, for CO2, H2 production, a 135
    Pt-p-InP photocathode, a 93
    silicone RTV foam, sound absorption, a 40
    single crystals, for hydrocarbon conversions 54
      Platinum Alloys, Pt-Ir, for reforming, a 44
      Pt-Ni, electroreduction of acetone, a 134
      Pt-Re, for petroleum reforming, a 44, 94
      Platinum Complexes, for phosgene production, a 45
    [PtCl2(PPh3)2], for oxidative chlorination of n-pentane, a 45
    [Pt(Ph3P)3Cl]2B10Cl10, for hydrosilylation of acetylenic compounds, a 137
      Pt/Al2O3, for C3H8, CO oxidation, a 44
    for reforming, presulphurised, a 94
      Pt-Ir/Al2O3, for reforming, presulphurised, a 94
      Pt-Re/Al2O3, for reforming, presulphurised, a 94
    interactions, a 44
      Pt-V2O5/Al2O3, three-way, for NO-H2 reduction, a 44
      K2PtCl4/Al2O3, for methane chlorination, a 95
      Pt/γ -Al2O3, nature of support, a 94
      Pt-Re/γ -Al2O3+Li, for paraffin dehydrogenation, a 94
      Pt/AlPO4/γ -Al2O3, for alkene reduction, a 94
      Pt/Al2O3-Cl, for hydrocarbon reforming, a 184
      Pt/AlPO4-SiO2, for alkene reduction, a 94
      Pt/C, for halonitroaromatic hydrogenation 72
      Pt/MgO, nature of support, a 94
      Pt/Ni foam, in catalytic heaters, a 44
      Pt/RECaY zeolites, a 44
      Pt/SiO2, nature of support, a 94
      Pt/Na-zeolite, amminated, a 185
      Pt/TiO, properties, a 44
      Pt/TiO2, characteristics, a 44, 93
    H2 effect on conductivity, a 40
    in water gas shift reaction, a 43, 135
    particles, photopotential behaviour, a 43
    photocatalyst, a 183
    photocatalyst for acetic acid decomposition, a 135
      Pt/n-TiO, powder, for glucose reaction, a 135
      Pt/Ti2O3, properties, a 44
      Pt/support, for H2 photoproduction from H2O 102
      Pt-TEA/ZnTPPS4-ZnO, for H2 photoproduction, a 135
      Pt/WO3, for H2 absorption, a 184
      Platinum Metals, for organic syntheses, a 95
    hydrogen effect on, a 182
      Platinum Metal Complexes, for ethylene glycol production, a 138
      Platinum Metals/inert support, adatom effect, a 185
      Rhodium, Rh-p-InP photocathode, a 93
      Rhodium Complexes, for coal hydrogenation, a 95
    organorhodium, for organic reactions, a 46
    Rh6(CO)16-N,N,N′,N′- tetramethyl-1,3-propane-diamine, for aldehyde reduction, a 46
    Rh2(CO2)(PPh3)2(R2PO)2, thermally stable, a 186
    RhCl3(Bu2S)3, for silicone foam, a 137
    [Rh2Cl2(SnCl3)4]4−, a 96
    [C5(CH3)5] Rh[P(CH3)3]H2, a 138
    HRh(CO)2[P(C6H5)3]2, a 138
    trans-RhH(N2)L2,Rh2H2(μ -N2)L4, RhHLn, a 186
    Rh2(OAc)4-PPh3, for dehydrogenation, a 95
    Rh2(OCOCF3)4-P(OPh)3, for 2-propanol dehydrogenation, a 95
    Rh phosphine with Na+-hectorite, clay surface effects, a 138
      Rh/Al2O3, novel, for olefin synthesis, a 95
     for Fischer-Tropsch, a 185
      RhCl3/TiO2, CO reactivity, a 95
      Ruthenium, Ru+Mo+Na2O, for alcohol production, a 137
    Ru oxide/SrTiO3 photoanode, a 94
    RuO2 powder, for O2 photoproduction 102
    RuO2.xH2O, photocatalyst, a 183
    Ru-p-InP photocathode, a 93
      Ruthenium Complexes, for oxidations 111
     for H2, O2 photoproduction, a 43, 94
     fluorescence, a 93
     for O2 evolution, a 94
     for H2 photoproduction, a 183
    [(bpy)2(H2O)RuORu(H2O)(bpy)2]4+, for H2O oxidation, a 46
    Ru carbonyl, for ethanol production, a 138
    Ru carbonyl cluster, for CH4 production, a 45
    Ru3(CO)12, for cellulose hydrogenation, a 46
     for CO/H2 conversions, a 186
    H4Ru4(CO)12, for photohydrogenation, a 184
    [RuCl(bpy)2NO]2+, photoreactivity, a 43
    RuCl2(PPh3)3-HCOOH, for carbonyl reduction, a 46
      Ru/Al2O3, novel, for olefin synthesis, a 95
    with SiO2, for Fischer-Tropsch, a 137
      Al+[H3RuOs3(CO)12]−/Al2O3, a 136
      K4Ru2OCl10/Al2O3, for methane chlorination, a 95
      Ru/γ -Al2O3, for Fischer-Tropsch, a 95, 137
      RuO2/CdS, for H2 photoproduction from H2S, a 184
      Ru carbonyl cluster/oxide, for methanation, a 45
      Ru/support, for methanol synthesis, a 185
      Ru carbonyl-L/support, a 138
      RuO2/support, for O2 photoproduction 102
    electrode, pH effect, a 43
      Ru/TiO2, with SiO2, for Fischer-Tropsch, a 137
      Ru/V2O3, for Fischer-Tropsch, a 185
      Ru/Y-zeolite, CO hydrogenation, a 137
  Cathodic Protection, coatings on Ta, a 139
    platinised Ti electrodes 2
  Cells, photoelectrochemical, a 42, 43, 93, 135, 185
  Cellulose, hydrogenation by Ru3(CO)12, a 46
  Ceramics, coatings with Pt in gas turbines 30
  Chemisorption, catalyst characterisation, a 44
    Rideal Conference 126
  Chlorination, n-pentane by Pt complexes, a 45
  Chlorine, photoproduction, a 135
  Chloronitrobenzene, hydrogenation over Pt/C 72
  Chromium Alloys, Pd and Pt doped, corrosion, a 93
  Coal, liquids, hydrogenation, a 95
  Coatings, palladium, low H content, a 43
    Pd-Ni from ammoniacal electrolyte, a 135
    Pt ceramic, for gas turbine blades 30
    Pt on glass microspheres, a 40
    Pt on TZM and Fe10Cr, a 184
    Pt metals on Ta, a 139
  Cock, William John, history 129
  Colombia, platinum history 81
  Conference, Applications of Platinum Metals 9
    Catalysts for Energy Conversion 28
    Fuel Cell 68
    Platinum Co-ordination Complexes 169
    Metal-Support, Metal-Additive Effects in Catalysis 16
    preview, Platinum Group Metal Chemistry 127
    Rideal, Chemisorption and Catalysis 126
    Society of Automotive Engineers 78
    3rd Intl. Platinum Symposium 80
  Corrosion, properties, Cr doped with Pd, Pt, a 93
    Pd-Cu-Y alloys, a 92
    Pt black in alkaline solution, a 42
    protection, by platinised Ti electrodes 2
    by Pt coatings in gas turbines 30
  Crucibles, Au-Pt, ZGS, for oxidations 156
  Cyclisation, hydrocarbons over Pt 54
  Cyclopentadiene, hydrogenation over PdS/Al2O3, a 95
  Cyclopentene, production over PdS/Al2O3, a 95
  Decarbonylation, by organorhodium complexes, a 46
  Dehydrogenations, a 41, 46, 91, 94, 95, 136
  Detectors, CO, a 139, 184
    hydrogen, a 8, 43, 44, 184
    i.r. photo, a 91
    pH changes, a 135
    urea, IrO2 electrode, a 135
  Deuterium, H2-D2 exchange, a 45
    H,D,T separation by Pd alloy membrane, a 136
    D-T, effect on Pt coatings, a 40
  Diffusion, H2 18, 41, 91, 136, 157
  Diodes, Pd in H2 detector, a 44
    Pd/a-Si:H, in H2 detector, a 184
    Schottky, a 44, 182, 186
  Electrical Contacts, in p.c. inlays, a 139
    Pd-Ag, in dual-in-line, a 96
    Pt silicide, a 96
    PtSi-Si Schottky barrier, a 46
  Electrochemistry, a 41, 93, 134, 183
  Electrodeposition, Pd 10, 43, 135, 184
    Pt, a 135, 184
    Rh, a 135
    Ru, a 135
    platinum metals, using cyanide solvents 26
  Electrodes, anodes, in fuel cell, a 138
          Ru, RuO2, a 134
          RuO2/Ti, hydrous, anhydrous, a 42
          Ru-Ti, oxidised, a 42
          surface oxides, a 134
    IrO2, for urea detector, a 135
    Ir silicide coated n-Si, for halide photoproduction, a 135
    LaNi5-type, Pd plated, a 92
    Pd-Pt black/Pd black/Pd-Ag-Au membrane, a 42
    Pd-Ag alloy, for H2 production, a 42
    photoanode, Cr-doped SrTiO3+Ru oxide film, a 94
          Pt-polypyrrole/n-Si, behaviour, a 42
    photocathodes, P-InP+Pt,Rh,Ru, a 93
    Pt, for ethylene, acetylene reduction, a 134
          for formic acid absorption, EMIRS, a 183
          black, gas diffusion fuel cell, a 96
    H2/Pt/HUO2PO4.H2O, a 93
    Pt-Pd, porous composite in H2 gas detector, a 43
    Pt PAFC, in alkaline fuel cells, a 46
    Pt thick film, bacterial measurement 65
    Pt/WC, in fuel cell, a 138
    platinised Ti, for cathodic protection 2
    Ti/PtOx,TiO2, characterisation, a 42
     behaviour, a 43
    RuO2-modified-n-Si(Ir), halide photoproduction, a 135
    n-Si(Ir), for halide photoproduction, a 135
  EMIRS, electrochemically modulated i.r. reflectance spectroscopy, a 183
  Emission Control, automotive exhaust catalysts 78, 146
    SAE Conference 78
  Energy Conversion, catalysts in, conference 28
    solar to chemical, a 93
  Esters, glycolic, production, a 137
    polyunsaturated, oxidation, a 136
  Ethers, adsorption, dehydrogenation on Pt(III), a 91
    catalytic oxidation 111, 136
  Ethylene, reactions, a 45, 96, 134, 136, 137, 184
  Ethylene Glycol, production from syngas, a 138
  Faraday, Michael, glass work 175
  Fire Extinguisher, heat activated foam, a 137
  Fischer-Tropsch 28, 95, 137, 185
  Fluorescence, tris(2,21-bipyridyl)Ru(II), a 93
  Formaldehyde, dehydrogenation over Pt, a 41
  Formic Acid, reactions, a 41, 183
  Fuel Cells, a 46, 96, 138
    commercial development 107
    SAE Conference, Detroit, 1983 78
    U.S. National Seminar, 1982, California 68
  Furfural, hydrogenation over Pd catalysts, a 94
  Fusion Reactor, fuel purification, a 136
  Gas Turbines, Pt ceramic coating for 30
  Gauze, catalyst, loom woven 155
  Glass, frit + RuO2: thick film resistor, a 47
    improved production(HTG)using Pt 66
    optical, Faraday’s work, historical 175
    wettability on alloys 128
  Glasses, metallic, Pd40Ni40P20, a 41
          Zr-Pd hydrides, a 92
          Rh0.92− xBxSi0.08, structure, properties, a 41
  Haber, Fritz, history 31
  Halonitroaromatics, hydrogenation over Pt/C 72
  Heater, catalytic, Pt/Ni foam, H2 fuelled, a 44
  1-Hexene, hydrogenation, isomerisation, a 138
  History, heterogeneous catalysis 31
    J. E. Bollmann and F. A. Zea 81
    William John Cock 129
    Michael Faraday and optical glass 175
    Thomas Graham, H absorption by Pd 159
  Hydrocarbons, aliphatic, a 45, 94, 134, 137, 138, 182
    aromatic, reforming over Pt/Al2O3, a 111, 137, 184
    selective conversion over Pt single crystals 54
    synthesis by Group VIII catalysts, a 95
  Hydroformylation, over Rh complexes, a 46, 138, 186
  Hydrogen, absorption in Zr-Pd, a 92
    adsorption on Pd, a 133
          on Pd/MgO, a 136
    catalytic heater fuel, a 44
    conductivity on Pt/TiO2, a 40
    detectors 8, 43, 44, 184
    diffusion 18, 41, 91, 136, 157
    effects on catalysts, a 182
    embrittlement of Ta, a 139
    H2/CO, reactions, a 95, 138, 185, 186
    H2-D2 exchange reaction, Pd/C size effect, a 45
    isotope separation by Pd-Ag alloy membrane, a 136
    in Fischer-Tropsch 28, 95, 137, 185
    methane production using Ru carbonyl, a 45
    Pd-Pt-H, electrical resistivity, a 133
    permeability 18, 41, 42, 136, 157
    photoproduction, from aqueous glucose, a 135
          from H2S, by RuO2/CdS, a 184
          from water 43, 93, 94, 102, 135, 183
    production, using Pd-Ag, a 42
          in rechargeable cell, a 42
    purification 157
    recovery from waste gas 18
    sorption on Pd films, a 91
          by Pt/WO3, a 184
  Hydrogen Peroxide, decomposition by OsO4, a 138
  Hydrogenation, CO 28, 95, 137, 185, 186
    over Ir homogeneous catalysts, a 46
          Os, a 45
          Pd, a 45, 95, 136, 185
          Pt 73
          Rh, a 95, 138, 185, 186
          Ru, a 46, 137, 185, 186
  Hydrogenolysis, hydrocarbons over Pt 55
  Hydrosilylation, acetylenic compounds, a 137
  Iodine, photoproduction, a 43, 135
  Ion, implantation damage to Pt silicide, a 40
  Iridium, Annual Survey for 1981, a 92
     photoelectron capture in AgBr, a 184
    compounds, thermal stabilities, a 41
    thin film u.v. telescope mirrors 108
  Iridium Alloys, Iridium-Cobalt-Oxygen, spinels, a 182
  Iridium-Palladium-Phosphorus, amorphous, a 134
  Iridium-Platinum, surface tension, density, a 91
  Iridium+Thorium+0.3% Tungsten, a 92
  Iridium-Titanium, phase diagram 169
    ternary carbides, phase diagrams, a 182
  Iridium Complexes, Annual Survey for 1981, a 92
    polypyridine, for photodissolution of H2O, a 133
    S8-and Se8Ir, a 41
  Iridium Oxide, epitaxial growth on TiO2, a 41
    films, blue sputtered, a 133
  Isomerisation over platinum metals 46, 54, 138
  Jewellery, platinum investment cast rings 174
  Ketones, reactions 111, 186
  Langmuir, Irving, history 31
  Magnetism, antiferromagnetic [Ru(NH3)5Cl]Cl2, a 92
    Fe-Pd permanent magnet alloys, a 91
  Matthey Rustenburg, solvent extraction plant 110
  Medical, bacterial growth measurement 65
    cancer chemotherapy, conference 169
    Pt complexes, antitumour activity, a 47
  Membranes, for H2 purification 18, 157
    Pd-Au-Ru-Ag, H permeability, a 136
    Pd+Pt, for CHO dehydrogenations, a 41
    Pd-Pt black/Pd-Ag-Au/Pd black, H2 permeable electrode, a 42
    Pd-Ag, Pd-Y alloys for H isotope separation, a 136
  Methanation, over platinum metals, a 45, 136
  Methane, reactions, a 45, 95
  Mineralogy, platinum symposium, Pretoria 80
  Naphthenes, reforming over Pt/Al2O3, a 184
  National Fuel Cell Seminar, 1982 68
  Nickel Alloys, Ni-Pt, corrosion resistant 9
  Nitriles, hydrogenation by Rh(I) complexes, a 186
  Nitrogen Oxide, NO reduction on Pt-V2O5/Al2O3, a 44
    NO2, decomposition over Pt(III) to NO, a 91
  Nuclear Fuel, purification, a 136
  Olefins, hydrogenation by Pd/C+HCOOH+sound, a 136
    hydroformylation by Rh complex, a 186
    oxidation, a 137
    synthesis, a 95, 137
  Organic Synthesis, book review 125
  Osmium Alloys, Osmium-Tin, phase formation, a 182
  Osmium-Titanium, phase diagrams 169
    ternary carbides, phase diagrams, a 182
  Osmium Complexes, Os cluster carbonyls, a 92, 134
    polypyridine, for H2O photodissociation, a 133
  Osmium Tetroxide, reaction with NaBH4, a 183
  Ostwald, Wilhelm, history 31
  Oxidation, organic compounds over Ru catalysts 111
    over platinum metals 44, 45, 46, 111, 133, 136, 137, 138
    Rh-Pt alloys 19
  Oxygen, adsorption on Pd/MgO, a 136
    effect on interdiffusions in Pt-Cu-Cr, a 40
    evolution at electrodes, a 42, 94, 134
    photoproduction 43, 102, 183
  Palladium, adsorption of CO, H2 on, a 133
    alloying effects, NTIS Bibliography 80
    electrodeposition 10, 43
    in CO detectors, a 139
    membrane, Pt catalysed dehydrogenations, a 41
    package switch, dual-in-line, a 96
    phase diagrams, La2O3-PdO, a 41
    photographic properties, Pd-TiO2 layers, a 133
    thin films on Ni, properties, a 93
  Palladium Alloys, carbides, ternary, phase diagrams, a 182
      Palladium-Boron-Hydrogen, superconductivity, a 182
      Palladium-Copper-Hydrogen, thermodynamics, a 92
      Palladium-Copper-Sulphur, phase diagrams, a 40
      Palladium-Copper-Yttrium, phases, corrosion, a 92
      Palladium-Gold, CO adsorption, a 93
    diffusivity, solubility, a 91
      Palladium-Hydrogen-Zirconium, glasses, a 92
      Palladium-Iridium-Phosphorus, amorphous, a 134
      Palladium-Iron, heat treatment, phases, a 91
    proton irradiation damage in, a 91
      Palladium-Nickel, coatings, a 135
      Palladium-Nickel-Sulphur, phase diagrams, a 40
      Palladium-Phosphorus-Platinum Metals, anodic characteristics, a 183
      Palladium-Platinum, electrical resistivity, a 133
      Palladium-Ruthenium, aliphatic adsorption, a 182
      Palladium-Silver, diffusion membranes 18
          for H2 production, a 42
          H2 diffusivity, solubility in, a 91
          H isotope separation, a 136
          membranes for H purification 157
          package switch, dual-in-line, a 96
          printed circuit contacts, a 139
      Palladium-Silver-Gold, membrane electrodes, a 42
      Palladium-Silver-Gold-Ruthenium, membrane, a 136
      Palladium-Titanium, phase diagrams 169
      Palladium-Yttrium, for H isotope separation, a 136
  Palladium Complexes, Pd(I), a 137
  Palladium Hydride, α-, β -foils, H2 permeation, a 42
  Palladium Silicides, Pd2Si films, structure, a 41
    Pd2Si/Si, in Schottky diodes, a 186
    Pd2Si-Si epitaxiality, a 182
  Paraffins, reactions over platinum metals, a 94, 184
  Petroleum, reforming catalysts, a 44
  pH, detector, a 135
  Phase Diagrams, Groups IV, V, VI, -C-Pt,Pd,Os,Ir, a 182
    Pd-Cu-S, a 40
    Pd-Cu-Y, a 92
    Pd-Fe, a 91
    Pd-H-Zr, amorphous and crystalline glasses, a 92
    Pd-Ni-S, a 40
    La2O3-PdO, a 41
    Os-Sn, high pressure on, a 182
    platinum metals-Ti 169
  Phosgene, production from CO, Cl2, a 45
  Photocatalysis 42, 43, 93, 94, 102, 135, 183, 184
  Photography, Pd-TiO2 properties, a 133
  Plating, fused salt 26
    Pd, a 43, 184
    Pd from chelated bath 10
    Pd-Ni, a 135
    Pt, a 184
    platinum metals 26, 135
  Platinum, anisotropies after etching, a 134
    coatings, on glass microspheres, a 40
    components in HTG, improved glass making 66
    compounds, PtSb2, electrical properties, a 182
    dispersion strengthened 9
    electroreductions on, a 134
    glass making, history 175
    investment casting for jewellery 174
    Pt(III), adsorption of alcohols and ethers, a 91
    Pt(III), decomposition of NO2 over, a 91
    single crystals, for selective hydrocarbon catalyses 54
    thermocouple, international standard 67
    thin films for CO detectors, a 184
          Pt/Cu/Cr, O2 effects on interdiffusions, a 40
    wettability of glass 128
  Platinum Alloys, carbides 109, 182
      Platinum-Gold, ZGS 156
      Platinum-Gold-Silver, for p.c. contacts, a 139
      Platinum-Iridium, surface tension, density, a 91
      Platinum-Rhodium, oxidation study 19
      Platinum-Titanium, phase diagrams 169
    electrical resistivity after H absorption, a 133
    wettability of glass 128
  Platinum Complexes, anti-tumour drugs 47, 169
    Pt5(μ -CO)2(μ -SO2)3(CO)(PPh3)4, structure, a 46
    [(C6H12)PtCl2(C5H5N)], a 92
    Ï€ -olefin complexes, a 92
    Pt-SO2 clusters, general preparation, a 46
  Platinum Oxides, MxPt3O4, synthesis, a 41
    Ti/PtOx.TiO2 electrode, a 42
  Platinum Silicides, ion implantation damage, a 40
    ohmic contacts, a 96
    PtSi-Si, in Schottky diodes, a 46, 47
  Platinum Metals, intl. conf. 9
    electrodeposition from cyanide melts 26
    high oxidation state chemistry, a 40
    plating, a 135
  Pollution Control, Pb tolerant catalysts 78
    Pd-WO3/γ -Al2O3 catalyst, a 185
    Pt-Rh/γ -Al2O3, thermal durability 146
  Propane, oxidation by Pt/Al2O3, a 44
  Radiation, damage in Pd-Fe, a 91
  Refining, by solvent extraction 110
  Reforming, aromatics, naphthenes, paraffins, a 184
    operating changes, a 94
    petroleum naphtha fractions, a 44
  Resistors, RuO2 thick film, a 47
  Review, alloying effects of Pd, 1966–82, a 40
    chemistry of Ru, Os, Rh, Ir, Pd, Pt, a 40
    Ir homogeneous catalysts, a 46
    Ir, Rh, Co Annual Survey for 1981, a 92
    Pd complexes, a 137
    platinum metal catalysts, H effects, a 182
    surface chemistry of oxides, a 134
    transition metals in organic synthesis, 1980, a 45
  Rhodium, Annual Survey for 1981, a 92
    superconductivity 170
  Rhodium Alloys, Rhodium-Titanium, phase diagrams 169
  Rhodium Complexes, Annual Survey for 1981, a 92
    polypyridine, for H2O photodissolution, a 133
    S8- and Se8Rh, a 41
  Ruthenium, behaviour during Cu-Ru dissolution, a 134
    compound, [(Ru(III)(NH3)5Cl]Cl2,  
    antiferromagnetic, a 92
          Ru cluster carbonyls, a 92
          Mo55Ru45, amorphous films, a 133
    oxidation, a 133
  Ruthenium Alloys, Ruthenium-Cobalt-Oxygen, spinels, a 182
      Ruthenium-Palladium, adsorption of aliphatics, a 182
      Ruthenium-Titanium, phase diagrams 169
  Ruthenium Complexes, oxidation, a 183
    polypyridine, for H2O photodissolution, a 133
    polypyridyl Ru complexes, a 183
  Ruthenium Oxides, RuO2, modified surface, a 47
    RuO2, single crystal, a 92
    RuO2, thick film resistors, a 47
    RuO2/Ti electrode, a 42
    RuO2-PS powder, electrical resistivity, a 133
    RuO2,(Ru1−x, Irx)O2, epitaxial growth on TiO2, a 41
    RuxTi1−xO2, solid solution anodes, a 42
  Schottky Diodes, a 44, 46, 47, 182, 186
  Semiconductors, for water photodissociation 102
    PtSb2, electrical properties, a 182
    PtSi/Si, ohmic contacts to, a 96
    RuO2 modified oxide surface, a 47
    electrodes, RuO2/n-Si, RuO2-nSi(Ir), a 135
  Silicone Foam, RhCl3(Bu2S)3 catalyst for, a 137
  Silicone Rubber, sound absorption, a 40
  SIROF, blue, a 133
  SMSI, interactions 16, 28, 44, 126
  Solvent Extraction, new refinery 110
  Sound, +Pd/C+HCOOH for olefin hydrogenation, a 136
          absorption, in silicone rubber, a 40
  Standard, international, for thermocouples 67
  Steroids, catalytic oxidation 111
  Styrene, hydrogenation over Pd/γ -AlO3, Pd-Mn/γ -Al2O3, a 185
  Sulphur, effect on Pt catalysts, a 94
  Superconductivity, Pd-B-H, a 182
          Mo55Ru45 films, amorphous, a 133
          Rh 170
  Surface Science, Pt selectivity in hydrocarbon catalysis 54
  Switch, package, dual-in-line, Pd and Pd-Ag, a 96
  Telescopes, Ir coated mirrors 108
  Temperature Measurement, resistance thermometer leadout wires 27
  Thermafilm, temperature detectors 27
  Thermocouples, Pt, international standard 67
  Thermometers, platinum resistance, a 139
  Thick Film, electrodes, bacterial measurement 65
          layers, bright Pd, a 184
          resistors, RuO2 based, a 47
  Thin Films, Pd on Ni, adsorption, a 93
          Pd2Si, Pd-Si interface studies, a 41
          Pd on Si or Ti, a 91
          Pt, in CO detectors, a 184
          Pt, i.r. absorption on, a 91
          Pt/Cu/Cr, O2 effect on interdiffusions, a 40
  Titanium-Platinum Metal Alloys, phase diagrams 169
  Toluene, conversion over Pt/RECaY, a 44
  Transistors, MOS, for CO detection, a 139
  Tritium, isotope separation, a 136
  Urea, detector, a 135
  Voltammetry, cyclic, cyanide melts with Pt metals 26
  Water, oxidation by Ru complex+Ce(IV), a 46
          photochemical splitting 43, 94, 102, 133, 135, 183
  Water Gas Shift Reaction, a 43, 135, 136
  Wires, Pt plated Pd for thermometers 27
  Wollaston, William Hyde, history 81, 175
  Zea, Francisco Antonio, history 81
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