| Acetal, formation, a | 44 |
| Acetic Acid, production from syngas, a | 100 |
| Acetylene, production from benzene using Rh/α -Al2O3, a | 43 |
| Acid Rain | 111 |
| Adsorption, CO, NO, O2 on Pt(210), a | 147 |
| H in fuel cell electrodes, a | 209 |
| H2 on Pt, Pd, Rh on Cr2O3, a | 204 |
| NO on Rh{111}, Rh{331}, a | 39 |
| Alcohols, detection in flowing solutions, a | 207 |
| ethyl, oxidation on Pt,Ru,Pt-Ru,Pd,Rh/SiO2, a | 42 |
| production from syngas, a | 44 |
| methyl, electrooxidation on doped Pt-Zr | |
| electrodes, a | 210 |
| oxidation on Pt wires, a | 150 |
| production by platinum metals, a | 43, 99, 100, 209 |
| synthesis of methyl formate, a | 100 |
| oxidation by Ru catalysts, a | 152 |
| primary electrooxidation, a | 148 |
| secondary, photo conversions, a | 41 |
| production from syngas, a | 151 |
| secondary, electrooxidation, a | 148 |
| Aldehydes, photoproduction from alcohols, a | 41 |
| oxidation, indirect, by redox system, a | 148 |
| production from alcohol oxidation, a | 152 |
| from syngas, a | 151 |
| Alkanes, ethane, hydrogenation | 23 |
| methane, formation from syngas, a | 43 |
| propane, conversion to aromatics, a | 150 |
| Alkenes, ethylene, hydrogenation over [Ru3H(CO)11]−-SiO2, a | 44 |
| hydrogenation, by Rh(I)complex/SiO2, a | 208 |
| linear, oxidation by AcOPdO2, a | 96 |
| propylene, oxidation in catalytic converter, a | 42 |
| synthesis from alkyne, a | 100 |
| Alkylation, amines, photocatalytic, a | 97 |
| Alkylbenzenes, photooxygenation, a | 206 |
| N-Alkylformamide, production, a | 45 |
| Alkynes, hydrogenation to alkenes, a | 100 |
| Amines, additions to, by (Ph2P)2C=CH2, a | 209 |
| photocatalytic preparation, a | 97 |
| Ammonia, biosensor, a | 99 |
| detection to show electrical overheating, a | 207 |
| for HCN acid synthesis on Pt, a | 99 |
| oxidation, high pressure test rig | 168 |
| reaction with syngas to form N-alkylformamides, a | 45 |
| Aniline, production, a | 209 |
| Aromatics, from propane, novel catalyst for, a | 150 |
| Barium Ruthenate, printing head | 140 |
| Batteries, for Greenwich time signal, history | 29 |
| Benzene, conversion to acetylene, a | 43 |
| hydrogenation | 23, 209 |
| Biomedical Engineering, International Symposium | 13 |
| Biosensors, of NH3, Ir or Pt MOS, a | 99 |
| Bonding, Pt to Ti, characteristics, a | 99 |
| reaction, metals to ceramics | 129 |
| Book Review, Dictionary of Organometallic Compounds, First Supplement | 72 |
| Homogeneous Catalysis with Compounds of Rhodium and Iridium | 28 |
| Palladium Reagents in Organic Syntheses | 183 |
| Platinum Metals Cluster Catalysts | 166 |
| Science of Precious Metals, Japanese | 62 |
| Supported Metal Complexes—Catalysis | 83 |
| Tailored Metal Catalysts, polymer protected | 131 |
| Borane, reactions, modified by Rh porphyrin, a | 151 |
| Bridges, corrosion protection of | 158 |
| Bromine, formation, on Pt/TiO2 powder, a | 206 |
| Cancer, anti-tumour drug, “Paraplatin” | 116 |
| Carbon Oxides, CO, adsorption on Pt(210), a | 147 |
| adsorption, hydrogenation over Ru + additives/Al2O3, a | 44 |
| chemisorption on Os cluster/support | 14 |
| detection by MOSFET, a | 42 |
| emission control, U.S. experience | 106 |
| hydrogenation | 23 |
| over Ir, a | 100, 208 |
| over Pd/support, a | 43, 151, 208 |
| over Rh, a | 45, 151, 208, 209 |
| over Ru, a | 44, 45, 151 |
| CH4 synthesis, a | 100 |
| oxidation, over lead tolerant catalysts, a | 208 |
| over platinum metals, a | 42, 43, 150, 208 |
| photogeneration from CO2, H2O, a | 206 |
| reactions with O2, NO, over Rh ribbon, a | 43 |
| with Rh(acac)[P(OPh)3]2, a | 151 |
| CO2, electroreduction to CO, a | 40 |
| hydrogenation over Ru/C black, a | 151 |
| photoreduction with H2O, a | 206 |
| synthesis of methyl formate, a | 100 |
| Carboxylates, allylic β -keto, new reactions, a | 209 |
| Catalysis, clusters in, book review | 166 |
| heterogeneous, a | 42, 43, 44, 99, 100, 150, 151, 208, 209 |
| homogeneous, a | 44, 45. 100, 151, 152, 209 |
| by Rh, Ir compounds, book review | 28 |
| iridium complexes, book review | 28 |
| metal complexes, book review | 83 |
| Catalysts, automotive, exhaust, CO oxidation, a | 150 |
| three-way | 43, 99, 106, 150, 208 |
| colloidal, polymer protected, book review | 131 |
| converters, pellet mobility on poisoning, a | 42 |
| Iridium Complexes, Ir(I)-diimine, water gas shift reaction, a | 45 |
| Ir-Sn, photocatalyst for dehydrogenation, a | 97 |
| Ir/Al2O3, SiO2, Cl effect, syngas reaction, a | 208 |
| Ir/SiO2 + Fe, for CO hydrogenation, a | 100 |
| Ir-Fe-Ir-Ti/SiO2, for ethanol synthesis, from syngas, a | 44 |
| Osmium Complexes, aldehyde, ketone hydrogenations, a | 151 |
| reduction of nitro compounds, under H2,H2/CO,CO/H2O, a | 209 |
| [OsH(Br)(CO)(PPh3)3], preparation, activity, a | 45 |
| [H3Os4(CO)10]−, water gas shift reaction, a | 44 |
| Os carbonyl clusters/Al2O3, SiO2, TiO2, reactions | 14 |
| Os clusters/polymer, for hydroformylation, isomerisation, a | 209 |
| Os3(CO)12/zeolite, water gas shift reaction, a | 44 |
| Palladium, black, activity, acetal formation, a | 44 |
| PdCl2, (Ph2P)2C=CH2 additions, a | 209 |
| Pd(OAc)2, (Ph2P)2C=CH2 additions, a | 209 |
| Pd-SiO2-Si, for H2O production from O2-H2 atmospheres, a | 43 |
| Palladium Alloys, H permeable, for drugs | 68 |
| Palladium Complexes, bis-2-phenyl-π -allyl Pd, highly active H electrode, fuel cell, a | 210 |
| Pd phosphines, allylic β -keto carboxylate reactions, a | 209 |
| Pd/Al2O3, cycled CO oxidation, a | 208 |
| Pd/Al2O3, tritium oxidation, a | 42 |
| Pd/Al2O3, Pd/C, polyunsatured hydrocarbons hydrogenation, a | 150 |
| Pt/Pd/Rh/Al2O3,-/Ce/Al2O3, automotive, a | 43 |
| Pd-rare earth/α -Al2O3, NO reduction, a | 151 |
| Pd/BaSO4, CH4 halogenation, a | 99 |
| Pd/C, soybean oil hydrogenation, a | 43 |
| Pd/La2O3, three-way, automotive, a | 208 |
| Pd/lanthanide rare earth oxide, CO hydrogenation, a | 43 |
| PdCl2/polybenzimidazole, nitro compounds reduction, a | 43 |
| Pd/SiO2, C2H5OH oxidation, a | 42 |
| Pd/SiO2, promoted, syngas reaction, a | 151 |
| Pd/ultra thin La2O3, SiO2, TiO2/ZSM-5, syngas reaction, a | 208 |
| Platinum, blacks, activity, acetal formation, a | 44 |
| colloidal, preparation, activity, a | 44 |
| in α -Fe2O3 photoanodes, a | 40 |
| in H energy system | 174 |
| Pt ion-exchanged Ga silicate, a | 150 |
| Pt-Mg-TiO2, for u.v. water-splitting, a | 98 |
| Ph-Rh, bimetallic, three-way, automotive, a | 150 |
| wire, methanol oxidation, a | 150 |
| Platinum Alloys, Pt-Pd-Rh,Pt-Pd-Rh-Ru, gauze, O2 reaction with, a | 96 |
| Pt-Rh gauze, NH3 oxidation | 168 |
| reconstruction | 54 |
| Platinum Complexes, H2PtCl6, photoconversion of alcohols, a | 41 |
| PtN2S2, alkylbenzene photooxygenation, a | 206 |
| Pt/Al2O3, + additions, Pb tolerant, a | 208 |
| CO oxidation, a | 150 |
| converters, poisoning, pellet mobility, a | 42 |
| halogenation of CH4, a | 99 |
| tritium oxidation, a | 42 |
| Pt/Pd/Rh/Al2O3, -/Ce/Al2O3, automotive, a | 43 |
| Pt-Re/Al2O3, in H2 burning engine, a | 43 |
| sulphided, C7 reforming, a | 208 |
| Pt-Rh/γ -Al2O3, three-way, a | 99 |
| Pt/CdS, H2 photoproduction, a | 41, 148 |
| Pt-V/C, in fuel cells, a | 310 |
| Pt-Zr/C,-ZrO2, preparation, characterisation | 23 |
| Pt colloid/gel, olefin hydrogenation, a | 208 |
| Pt colloid/polymerised micelle, H2 photoproduction, a | 149 |
| Pt-PV2+, for H2 evolution, a | 149 |
| Pt/SiO2, Pt-Ru/SiO2, C2H5OH oxidation, a | 42 |
| Pt/SrTiO3 powders, water photolysis, a | 206 |
| Pt/TiO2, effect of T on H2 photoevolution, a | 98 |
| in alcohol, amine preparation, a | 97 |
| particles, H2 photoproduction, a | 40 |
| powder, Br− oxidation, a | 206 |
| cyanide photooxidation | 11, 40 |
| Pt colloid/thylakoid membranes, photosynthetic, a | 97 |
| Pt/YSZ, CO oxidation, a | 150 |
| Platinum Metals, water photodecomposition, literature review, a | 206 |
| clusters, book review | 166 |
| Platinum Metals/Cr2O3, H2 adsorption, a | 204 |
| Platinum Metal Complexes/support, book review | 83 |
| Rhodium, polycrystalline ribbon, for CO oxidation, NO-CO, NO-CO-O2 reactions, a | 43 |
| Rhodium Alloys, Rh-Pd-Pt, Rh-Pd-Pt-Ru, gauze, O2 reaction with, a | 96 |
| Rh-Pt gauzes, reconstruction | 54 |
| Rhodium Complexes, book review | 28 |
| Rh, Ru complexes, CO hydrogenation, a | 45 |
| Rh(acac) [P(OPh)3]2, reactions with H2, CO, olefins, a | 151 |
| Rh4(CO)1 2, Rh6(CO)1 6, hydroformylation activity, a | 44 |
| Rh-tri-N-alkylphosphine, syngas reaction, a | 209 |
| RhCl(PPh3)3, methyl formate synthesis, a | 100 |
| RhCl(PPh3)3 + Li salts, hydrogenations, a | 100 |
| (PPh3)3 polyacrylate Rh(I), crosslinked, a | 44 |
| rhodium porphyrin, modifying borane reactions, a | 151 |
| Rh/Al2O3, SiO2, Cl effects, syngas reaction, a | 208 |
| Na-Rh/Al2O3, CO hydrogenation, a | 151 |
| Pt/Pd/Rh/Al2O3, -/Ce/Al2O3, automotive, a | 43 |
| Rh/α -Al2O3, benzene conversion, a | 43 |
| Rh/CdS, dispersion, cyanide disposal, a | 206 |
| Rh/CdS, in dihexadecyl phosphate, H2 photoproduction, a | 41 |
| Rh salt/CdS, for H2S photocleavage, a | 206 |
| Rh/SiO2, C2H5OH oxidation, a | 42 |
| hydrocracking soybean oil, a | 151 |
| TiO2 promoter, for NO reduction, a | 99 |
| Rh(I) complexes/SiO2, cationic hydrogenation of alkenes, a | 208 |
| Rh-Ti-Fe-Ir/SiO2, ethanol production, a | 44 |
| Rh/SrTiO3 powders, water photolysis, a | 206 |
| Rh/support, syngas conversions, trifunctional, a | 151 |
| Rh + Pt/TiO2, CH4 synthesis, a | 100 |
| Ruthenium, alcohol oxidation, a | 152 |
| melt, N-alkylformamide production, a | 45 |
| in alcohols, chemical mixing procedure, a | 209 |
| CO, CO2 hydrogenation, a | 151 |
| Ruthenium Complexes, aldehyde, ketone hydrogenations, a | 151 |
| reduction of nitro compounds, under H2, H2/CO, CO/H2O, a | 209 |
| Ru + Rh complexes, I promoted, CO hydrogenation, a | 45 |
 , in Belousov-Zhabotinsky reaction, a | 98 |
| in photopolymerisation, a | 206 |
| on photoelectrode, a | 149 |
| [Ru(bpy)3]2+ + Co(II)complex, H2O, CO2 photoreduction, a | 206 |
EDTA/ , colloidal Pt, H2 photoproduction, a | 149 |
 /MV2+/EDTA, system assessment, a | 41, 149 |
| Ru3(CO)12, N-alkylformamide production, a | 45 |
| Co2(CO)8-Ru3(CO)12, olefin hydroformylation, a | 152 |
| [(η 4-Ph4C4CO)(CO)2Ru]2, [(η 4-Ph2Me2C4CO)(CO)2Ru]2, alkene, alkyne hydrogenations, a | 45 |
| Ru-tris-(1,4,5,8-tetraazaphenanthrene), photocatalyst, a | 98 |
| Ru/Al2O3, + additions, CO hydrogenation, a | 44 |
| Ru-Co-I/Bu4PBr melt, for CH3COOH formation, a | 100 |
| Ru/C black, CO, CO2 hydrogenations, a | 151 |
| RuO2/CdS + Al2O3, H2 from H2S, a | 149 |
| RuOx/CdS, powder, preparation, H2 photoproduction, a | 41 |
| Ru clusters/polymer, hydroformylation, isomerisation, a | 209 |
| RuO2/polypyrrole, photocatalysts, a | 149 |
| Ru/SiO2, C2H5OH oxidation, a | 42 |
| [Ru3H(CO)11]−/SiO2, water gas shift reaction, a | 44 |
| RuO2/Y zeolite + FeOx/Y zeolite, photocatalysts, a | 149 |
| RuO2/VS, RuO4/VS, aqueous, photocatalyst, a | 98 |
| Cathodic Protection, impressed current | 158 |
| miniature | 63 |
| Cells, electrolysis, CH4 conversion to CH3OH, a | 99 |
| galvanic, seawater treatment, a | 40 |
| photoelectrochemical, with Pd, RuO2-modified electrodes, a | 41 |
| Ceramics, reaction bonded to metals | 129 |
| Cermets, Pt-Al2O3, coatings, properties, a | 41 |
| Charge Coupled Device, i.r., PtSi Schottky barriers, in, a | 46 |
| Chemicals, ultra pure, production | 68 |
| Chemisorption, CO, O2 by Os clusters | 14 |
| H2, on Pd clusters, a | 147 |
| Chlorine, evolution from NaCl, a | 148, 205 |
| Chloroplasts, platinised, H2 photoevolution, a | 97 |
| Chromium, electroplating, by anodes, a | 97 |
| Claddings, Pt, in composites | 132 |
| Clusters, in catalysis, book review | 166 |
| Coal, used in MHD generators | 2 |
| Coatings, Pd, electroless, a | 149 |
| Pd-Ni, new HCl electrolyte, a | 42 |
| Pt on Cu, Ni alloys | 132 |
| Pt-Al2O3 cermets, properties, a | 41 |
| Pt black, low reflectance | 21 |
| protective, for refractories, conference report | 196 |
| Commodities, Annual Meeting, Inst. Mining & Metallurgy | 166 |
| Concrete, reinforced, corrosion prevention in | 158 |
| Conference, Biomedical Engineering | 13 |
| Chemistry of Platinum Group Metals. Sheffield 1987 | 119 |
| Fuel Cells | 73 |
| “Paraplatin”, anti-cancer drug | 116 |
| Precious Metals, Tenth International | 196 |
| Corrosion, protection, miniature impressed current system | 63 |
| reinforced concrete, impressed current | 158 |
| Crucibles, Ir, for crystal growth | 12 |
| Crystals, Rh50Al50−xCux growth, a | 205 |
| Ru-Ir superlattice, a | 39 |
| single, TiO2, platinised, electrode, H2,O2 evolution, a | 40 |
| Cyanide, photooxidation by platinised TiO2 | 11, 40 |
| photocatalytic transformation by Rh/CdS, a | 206 |
| Cyclohexene, reactions, a | 152, 209 |
| Dehydrogenation, propan-2-ol, photocatalytic by Sn-Ir, a | 96 |
| Detectors, ammonia, biosensors, a | 99 |
| CO, by PdO-Pd MOSFET, a | 42 |
| electrical overheating by Pt-gate MOSFET, a | 207 |
| glucose, electrodes for, a | 205 |
| HCOOH groups, in flowing solutions, a | 207 |
| H2, by resistance strain gauge, a | 96 |
| Pd MOS, a | 42 |
| Pd film/pn-Si/MIS, a | 207 |
| Pd hydride reference, a | 207 |
| proton conducting polymer, a | 207 |
| H plasma, H ions, PdMOS diode, a | 207 |
| N in amino acids, aminoglycosides, a | 207 |
| O2, literature review, a | 207 |
| S, in compounds, in flowing solutions, a | 207 |
| Diffusion, H2 through Pd clusters, a | 147 |
| Pt into Ti, solid phase bonding, a | 99 |
| PdMOS, in H plasma detector, a | 207 |
| Divinylbenzene, photopolymerization, a | 206 |
| Döbereiner, Johann Wolfgang, history | 141 |
| Drugs, “Paraplatin” anti-cancer | 116 |
| ultra pure, production | 68 |
| Electrical Contacts, Pd, S effects on wear, a | 210 |
| Pd-Ni | 67 |
| Pd plated, fast process, a | 41 |
| In/Pt/GaAs, a | 46 |
| PtSi, preparations, a | 210 |
| Electrical Resistivity, Ir, Pd, Rh, W wires, a | 38 |
| thin Pd films, a | 204 |
| Electricity, extraction from salt gradients, a | 152 |
| production by MHD generators | 2 |
| Electrocatalysis, Ta-, Ti- platinum metals alloys | 120 |
| Electrochemistry, a | 39, 40, 97, 148, 205 |
| Electrodeposition, a | 41, 42, 149, 150 |
| Pd, high speed, for contacts, a | 41 |
| Pd-Ni, Au flashes, electronic contacts, a | 149 |
| new HCl electrolyte, a | 42 |
| Ru, from LiCl-KCl melt, a | 42 |
| Electrodes, anode, impressed current, corrosion protection | 63 |
| Pd-Ir-P, Cl2 evolution, a | 148 |
| Pd-Rh, Cl2 evolution, a | 205 |
| Pt plate, CH4 conversions, a | 99 |
| Pt/C, H2, fuel cells, preparation, a | 100 |
| Pt/Ti, with IrO2 for Cr electroplating, a | 97 |
 , electrochemistry, a | 205 |
| cathodes, Pt/C, fuel cells | 129 |
| IrO2, cyclic voltammetry of redox proteins, a | 40 |
| Hg drop [PtH(PEt3)3]+ behaviour at, a | 205 |
montmorillonite   , glass C, SnO2/glass, electrochemistry, a | 40 |
| Pd, CsHCO3 reduction, a | 205 |
| dissolution in acidic chloride solutions | 80 |
| Pd/PdO, pH sensing, a | 97 |
| Pd, proton injection into solid sample, a | 150 |
| Pd-C, from organic Pd complex, in fuel cell, a | 210 |
| photoanodes, Fe oxide/n-Si, modified with Pd, RuO2, in photoelectrochemical cell, a | 41 |
| Pt in α -Fe2O3, a | 40 |
| n-Si/SnO2/Pt + Fe, a | 205 |
| photocathode, Pt/p-InP, H2 evolution, a | 205 |
| Pt, in H sensor, a | 207 |
| in magnetohydrodynamic generators | 2 |
| in organic detectors, a | 207 |
| microdisk, in voltammetry, a | 39 |
| Pt-Al, for seawater desalination, a | 40 |
| Pt-SPE, electrochemical behaviour, a | 148 |
| Pt-Zr, amorphous, doped, methanol oxidation, a | 210 |
| Pt silicide gate, ultra small, a | 46 |
| Pt/Bi2Ru2O7, for O2 evolution, a | 148 |
| Pt/C, in phosphoric acid fuel cell, a | 100 |
| coconut-shell, charcoal, in fuel cells, a | 45 |
| Pt/active C/C cloth, in energy production, a | 152 |
| Pt/glassy C, for fuel cells, a | 152 |
| Pt-Cr/C, in phosphoric acid fuel cells, a | 209 |
| Pt/KF felt, in fuel cell, a | 45 |
| Pt thin film/mica, a | 148 |
| Pt/Re(4-vinyl-4′-methyl-2,2′-bipyridine) (CO3)Cl, CO2 reduction, a | 40 |
| Pt/n-Si, in solar cells, a | 205 |
| Pt/Sn, in organic fuel cells, a | 45 |
| Pt/TiO2, electrochemical behaviour, a | 40 |
 , Prussian blue/graphite, photoproperties, a | 149 |
| tris(5,5′-dicarboxyester-2,2′-bipyridine)Ru, electrochemical response, a | 97 |
| RuO2, thin film, cyclic voltammetry of redox proteins, a | 40 |
| RuO4/RuO2 redox, electrooxidation of alcohols, aldehydes, a | 148 |
| RuS2, crystalline, photoproperties, a | 41, 98 |
| Electrodissolution, Pd in acidic chloride | 80 |
| Electrolytes, for Pd plating, a | 41, 42 |
| Electroplating, Cr, by platinised Ti anode, a | 97 |
| Emerson, Peter H., platinotype prints | 182 |
| Emission Control, automotive, a | 43, 99, 150, 208 |
| U.S. experience | 106 |
| Energy, extraction from salt gradients, a | 152 |
| solar, conversion, literature survey, a | 206 |
| using Pt/n-Si electrodes, a | 205 |
| using RuS2 electrodes, a | 41 |
| transmission as H | 174 |
| Engines, H2-burning, for trucks, a | 43 |
| H2, 2-stroke diesel, with Pt ignition, a | 152 |
| Ethylene Glycol, production, a | 45, 209 |
| Esters, production, a | 151 |
| Ethers, production, a | 151 |
| Ferrocene, detection using Pt electrodes, a | 39 |
| Films, Pt transparent | 20 |
| Pt-O, optical properties, a | 38 |
| Fire, detector, electrical overheating, a | 207 |
| Fuel Cells, a | 45, 100, 152, 209, 210 |
| electrodes for | 45, 100, 129, 210 |
| formic acid, a | 45 |
| phosphoric acid, characterisation, a | 100, 209 |
| conference | 73, 196 |
| Techmart Exhibition | 167 |
| Gauzes, Pd-Ni, for Pt,Rh recovery in HNO3 plant, a | 100 |
| Pt, for Ag separation from Cu, a | 152 |
| Pt-Pd-Rh,Pt-Pd-Rh-Ru, reaction with O2, a | 96 |
| Pt-Rh, NH3 oxidation | 100, 168 |
| Rh-Pt, reconstruction after NH3 oxidation | 54 |
| Generators, magnetohydrodynamic | 2 |
| Glass, for nuclear waste immobilisation, a | 96 |
| Glasses, metallic, PdNiP, He solubility in, a | 204 |
| Glucose, sensor, mediators for, a | 205 |
| Greenwich Time Signal, history | 29 |
| Grinberg, Alexander Abramovich, history | 198 |
| Halogenation, CH4 over Pt/Al2O3, Pd/BaSO4, a | 99 |
| Helium, low temperature cooling, Pt powder for, a | 150 |
| solubility in PdNiP glass melts, a | 204 |
| Heptanes, production from C7 hydrocarbons, a | 208 |
| Heterojunction, n-Si/SiOx/SnO2, platinised + Fe, a | 205 |
| 1-Hexene, hydroformylation, a | 44, 152 |
| Hex-1-ene, hydroformylation, isomerisation, simultaneous, a | 209 |
| History, discovery of catalysis, Döbereiner | 141 |
| Greenwich time signal | 29 |
| A. A. Grinberg, Pt co-ordination compounds | 198 |
| platinotype prints, Emerson’s | 182 |
| Pt-Ir, kilogram standard | 74 |
| Standard of light | 84 |
| Hot Water Storage Tanks, corrosion protection | 63 |
| Hydrocarbonate, anions, reduction at Pd electrode + Cs+, a | 205 |
| Hydrocarbons, C7, reforming over sulphided Pt-Re/Al2O3, a | 208 |
| C1-C5, production from syngas conversions, a | 151 |
| emission control, U.S. experience | 106 |
| polyunsatured, hydrogenation, a | 150 |
| Hydrocracking, soybean oil, a | 151 |
| Hydrocyanic Acid, synthesis from NH3 and CH4 on Pt, a | 99 |
| Hydroformylation, olefins, a | 44, 152 |
| hex-l-ene, a | 209 |
| Hydrogen, activation of Pt gauze, for Ag/Cu separation, a | 98 |
| adsorption, in fuel cell electrodes, a | 209 |
| on Pt, Pd, Rh on Cr2O3, a | 204 |
| chemisorption, diffusion on Pd clusters, a | 147 |
| detector | 42, 96, 207 |
| electrochemical evolution at platinised TiO2, a | 40 |
| energy system | 174 |
| engine, ignition in, a | 152 |
| H2-O2 atmospheres, for H2O production, a | 43 |
| implanted, efect on Pd2Si, a | 38 |
| in Pd foil, electrochemistry, a | 97 |
| oxidation in catalytic converter, a | 42 |
| photoproduction, a | 40, 41, 97, 98, 148, 149, 205, 206 |
| from alkaline solutions by Pt-Fe2O3, a | 40 |
| from Pt/p-InP cathodes, a | 205 |
| with colloidal Pt-PV2+, a | 149 |
| by Pt-loaded alkaline aqueous TiO2, a | 40 |
| from H2O with T present by Pt/TiO2, a | 98 |
| by Pt/,Rh/SrTiO3 powders, a | 206 |
| with Pt colloids/polymerised micelles, a | 149 |
simultaneous with CO2 reduction, using  , a | 206 |
| from Pt/thylakoid, a | 97 |
| with Pt/CdS, a | 148 |
| using CdS/Rh, CdS/Pt, a | 41 |
| from RuOx/CdS, a | 41 |
| from aqueous sulphide solutions by polypyrrole/RuO2, a | 149 |
| from H2S, a | 98, 149, 206 |
| plasma, ions detector, a | 207 |
| production, [PtH(PEt3)3]+, from water, a | 205 |
| of methyl formate, a | 100 |
| reaction with Rh(acac)[P(OPh)3]2, a | 151 |
| with CO, a | 151, 208, 209 |
| with CO, CO2, a | 151 |
| Hydrogen Sulphide, photodecomposition to H2, a | 98, 149, 206 |
| Hydrogenation, alkenes, alkadienes, a | 208 |
| alkenes, alkynes, a | 45 |
| alkyne to alkenes, a | 100 |
| benzene, a | 209 |
| CO, C2H6, benzene, toluene | 23 |
| CO, over Pd, a | 43 |
| over Ir, a | 100, 208 |
| over Rh, a | 151, 208, 209 |
| over Ru-Rh, a | 45 |
| over Ru, a | 44 |
| CO2 on Ru/C black, a | 151 |
| C2H4, a | 44 |
| 4-methylcyclohexanone, a | 44 |
| olefins, a | 44, 208 |
| pent-1-ene, a | 44 |
| polyunsaturated hydrocarbons, a | 150 |
| soybean oil, a | 43 |
| Hysteresis, in Ti/WO3/Ir, a | 100 |
| Impressed Current System | 63, 158 |
| Institution of Mining and Metallurgy, Annu. Commodity meeting | 166 |
| International Precious Metals Institute, annual conference | 196 |
| Iridium, crucibles, for crystal growing | 12 |
| electrical resistivity, a | 38 |
| industrial uses | 12 |
| 192Ir analyser for UO2/PuO2, a | 99 |
| Ir MOS, NH3 biosensor, a | 99 |
| medical uses | 12 |
| superlattice with Rh, a | 39 |
| Ti/WO3/Ir, I/V characteristics, a | 100 |
| Iridium Oxides, thin films, preparation, properties, a | 204 |
| Isomerisation, over platinum metals, a | 44, 209 |
| Jewellery, platinum alloys | 195 |
| Johnson Matthey, ammonia oxidation test rig | 168 |
| at Techmart exhibition | 167 |
| university loans scheme | 167 |
| Joining, Pt to Ti, a | 99 |
| Pt, Pt alloys to Cu, Ni alloys | 132 |
| reaction bonding metals to ceramics | 129 |
| Ketones, production from alcohols, a | 41, 152 |
| Kilogram, international standard | 74 |
| Laboratory Apparatus, a | 42, 98, 99, 150, 207 |
| Langmuir-Blodgett Films, a | 147, 152 |
| Lead, automotive emissions, control | 106 |
| tolerant catalysts, a | 208 |
| Light, international standard, history of | 84 |
| reflection by Pt, Rh, Os, Au, a | 96 |
| Magnesium, promoter for Pt/TiO2, a | 98 |
| Magnetism, PtCo, permanent magnetic films, a | 38 |
| Fe3Pt, shape memory effect, a | 38 |
| PtMnSb thin films, a | 204 |
| UPt3, a | 38 |
| Magnetohydrodynamics, generators | 2 |
| Mass, international standard | 74 |
| Medical, biomedical engineering | 13 |
| “Paraplatin”, anti-cancer drug | 116 |
| Pt(II) complexes, water soluble, a | 204 |
| ultrapure drug production | 69 |
| Membranes, Pd/Cu on Ta, Nb in water splitting, a | 207 |
| Memory, shape, in Fe3Pt, a | 38 |
| Memory Device, optical photochemical, a | 98 |
| Metals, reaction bonded to ceramics | 129 |
| Methane, reactions, a | 42, 99 |
| synthesis, a | 100, 151 |
| Methylcyclohexane, H2 energy system | 174 |
| H2 production, for engines, a | 43 |
| 4-Methylcyclohexanone, hydrogenation, a | 44 |
| Methyl Formate, production, a | 100 |
| Methyl Methacrylate, photopolymerisation, a | 206 |
| Molecular Beam Epitaxy, Pt interaction with GaAs, a | 98 |
| Molybdenum, activated sintering | 184 |
| Moscow International Exhibition | 130 |
| Nitric Acid, manufacture, test rig for | 168 |
| Pt, Rh recovery from, a | 100 |
| Nitrobenzenes, reduction to anilines, a | 209 |
| Nitrogen, detection in amino acids, a | 207 |
| Nitrogen Oxides, emission control, U.S. experience | 106 |
| NO, adsorptions, a | 39, 147 |
| reactions with CO, O2, a | 43 |
| reductions, a | 99, 151 |
| NMR, 195Pt spectroscopy, variable temperature, a | 207 |
| Nuclear Waste, Ru in borosilicate metals for glass, a | 96 |
| Olefins, reactions over platinum metals, a | 44, 151, 152, 208 |
| Optical Memory Device, a | 98 |
| Optical Properties, Pt | 20, 21, 38, 41 |
| Organic Compounds, (Ph2P)2C = CH2 addition to, a | 209 |
| Organometallic Chemistry, Pd, book review | 183 |
| Organometallic Compounds, dictionary, book review | 72 |
| Osmium, reflection of light, a | 96 |
| Osmium Complexes, [(bpy)2(OH2)OsIIIOOsIV(OH)(bpy)2]4+, a | 147 |
| [Os(CNR)6](PF6)2, synthesis, a | 39 |
| Oxidation, alcohols, a | 42, 150, 152 |
| alkenes, a | 96 |
| CO, CH4, C3H6, H2, a | 42 |
| CO, a | 43, 150, 208 |
| glucose oxidase, a | 205 |
| photo, bromide ions, a | 206 |
| cyanide wastes | 11, 40 |
| platinum jewellery alloys | 195 |
| Oxygen, adsorption on Pt(210), a | 147 |
| chemisorption on Os cluster/support | 14 |
| detector, literature review, a | 207 |
| evolution, at platinised TiO2 electrode, a | 40 |
| at Pt/Bi2Ru2O7 electrode, a | 148 |
| for H2O production, a | 43 |
| photoproduction, a | 40, 41, 97, 149, 206 |
| reactions, a | 41, 96 |
| storage in exhaust catalyst, a | 150 |
| Pacemaker Leads | 13 |
| Palladium, anodic dissolution in chloride solutions | 80 |
| clusters, H2 chemisorption, diffusion on, a | 147 |
| coated membrane, for H2O splitting, a | 207 |
| composites, Pd-Cu, in contacts | 67 |
| compounds, Zr0.7Pd0.3, as temperature reference, a | 210 |
| electrical resistivity, a | 38 |
| film on Si MIS, H2 detection, a | 207 |
| organometallic chemistry, book review | 183 |
| PdNiP glass melts, He solubility in, a | 204 |
| Pd MOS, H detectors, a | 42, 207 |
| PdO-Pd MOSFET CO sensor, a | 42 |
| plating, electroless, a | 149 |
| process, high speed, a | 41 |
| thin films, electrical resistivity, a | 204 |
| Palladium Alloys, amorphous, in NaCl, a | 205 |
| PdNiSi, wires, structural behaviour, a | 96 |
| Palladium-Cerium, ingot, structure, a | 38 |
| Palladium-Gold, phase diagram, a | 38 |
| Palladium-Hydrogen, electrochemistry, a | 97 |
| Palladium-Iridium-Phosphorus, for Cl2 | |
| evolution from NaCl, a | 148 |
| Palladium-Nickel, coatings, new HCl electrolyte, a | 42 |
| high speed plating, a | 150 |
| Palladium Complexes, AcOPdO2, supcroxo, oxidation agent, a | 96 |
| Palladium Hydride, sensor, for H detection, a | 207 |
| Palladium Silicide, Pd2Si, formation in presence of H, a | 38 |
| “Paraplatin”, new anti-cancer drug | 116 |
| Permeability, control by Pt grid, a | 39 |
| Petroleum, refining, catalysts, conference | 196 |
| pH, sensing by Pd electrodes, a | 97 |
| Phase Changes, Pd5Ce, a | 38 |
| Fe3 Pt, a | 38 |
| UPt3, a | 38 |
| Phase Diagrams, Pd-Au, a | 38 |
| Pd-Nd-U, a | 147 |
| Pt-Al, a | 147 |
| Pt-Z-Y at 1000°C | 79 |
| Photocatalysis, a | 40, 41, 97, 98, 148, 149, 205, 206 |
| Photochemical Smog | 111 |
| Photodiodes, Au/Pt/Ti metallisations in, a | 152 |
| Photography, platinum prints of Emerson | 182 |
| Photo-Oxygenation, alkylbenzenes, a | 206 |
| Plating, Pd, a | 41, 149 |
| Pd-Ni, a | 42, 150 |
| Ru, a | 42 |
| Platinotype, Emerson’s photographs | 182 |
| “Platinum 1986” | 146 |
| Platinum, annual commodity meeting | 166 |
| batteries, for Greenwich time signal, history | 29 |
| biosensor, NH3, PtMOS, a | 99 |
| black, coatings, reflectance | 21 |
| black powder, as heat exchanger, a | 150 |
| bonding to Ti, solid phase, a | 99 |
| claddings, on base materials | 132 |
| coatings, cermet, Pt-Al2O3, a | 41 |
| compounds, blues, review, a | 39 |
| cluster, review, a | 96 |
| Pt(III), properties, preparation, a | 39 |
| PtMnSb thin films, magneto-optical properties, a | 204 |
| corrosion protection for reinforced concrete | 158 |
| drug, “Paraplatin” | 116 |
| evaporation, for molecular beam epitaxy, a | 98 |
| gauze for Ag separation from Cu, a | 152 |
| gratings, structure, a | 152 |
| grid for permeability control, a | 39 |
| ignition, in hydrogen engine, a | 152 |
| layers in InPt/GaAs electrical contacts, a | 46 |
| metallisation in Ge-APD, a | 152 |
| pacemaker leads | 13 |
| 195Pt NMR spectroscopy, a | 207 |
| reflection of light, a | 96 |
| standard of light | 84 |
| transparent films | 20 |
| urea-paint/Pt gate MOSFET for overhcating detection, a | 207 |
| wire, ultrafine, fabrication | 27 |
| for HCN synthesis, a | 99 |
| Platinum Alloys, claddings, on base materials | 132 |
| for jewellery, oxidation behaviour | 195 |
| pacemaker leads | 13 |
| Platinum-Aluminium, diagram, a | 147 |
| Platinum-Cobalt, sputtered, magnetic films, a | 38 |
| Platinum-Iridium, mass standard | 74 |
| Fe3Pt, shape memory effect, a | 38 |
| Platinum-Oxygen, films, optical properties, a | 38 |
| Platinum-Palladium-Rhodium,-Ruthenium, gauzes, a | 96 |
| Platinum-Rhodium, catalytic reconstruction | 54 |
| recovery from HNO3 acid manufacture, a | 100 |
| UPt3, magnetic, superconducting properties, a | 38 |
| Platinum-Zirconium, Sn, Ru doped, fuel cell electrodes, a | 210 |
| Platinum-Zirconium-Yttrium, phase diagram | 79 |
| Platinum Complexes, cis-Pt(II), water soluble, a | 204 |
| [PtH(PEt3)3]+, electrochemistry, H2 production, a | 205 |
| [Ni38Pt6(CO)48H6-n]n−, clusters, synthesis, a | 39 |
| Platinum Silicide, formation from Pt and SiH4, a | 42 |
| gate electrodes, a | 46 |
| glass transition, a | 147 |
| Schottky barriers in IR-CCD, a | 46 |
| Platinum Metals, additives in activated sintering | 184 |
| chemistry, conference announcement | 119 |
| co-ordination compounds, history | 198 |
| Platinum Metals Alloys, Ta-, Ti-, electrocatalytic properties | 121 |
| Plutonium, concentration, by 192Ir analyser, a | 99 |
| Poisoning, catalytic converters, a | 42 |
| Pollution Control, automotive exhaust, a | 43, 150 |
| U.S. experience | 106 |
| automotive three-way catalyst, a | 99, 106, 208 |
| cyanide wastes | 11, 40 |
| Polymerisation, photo-, styrene, divinylbenzene, a | 206 |
| Powder Metallurgy, sintering, activated | 184 |
| Powders, Pt/TiO2/Nafion, Br− oxidation, a | 206 |
| Printing Head, barium ruthenate | 140 |
| Propan-2-ol, dehydrogenation, a | 97 |
| Propane, reactions, a | 150, 208 |
| Proteins, cyclic voltammetry of, a | 40 |
| Proton Injection, from Pd electrode, a | 150 |
| Reaction Bonding, ceramics-metals | 129 |
| Rebars, in concrete, corrosion protection | 158 |
| Reduction, hydrocarbonate anions, a | 205 |
| Refining, petroleum, catalysts, conf. rep. | 196 |
| Reforming, C7 hydrocarbons, a | 208 |
| Resistance Thermometers, a | 46, 210 |
| Review, Int. Symp. Biomedical Engineering | 13 |
| literature, of water photodecomposition, a | 206 |
| O detectors, a | 207 |
| Pt cluster compounds, a | 96 |
| Pt(III) compounds, preparation, properties, a | 39 |
| progress in anodic detection in flowing solutions, a | 207 |
| Rhenium, activated sintering | 184 |
| Rhodium, compounds, Rh2As, synthesis, a | 204 |
| Rh50Al50−xCux, crystal growth, a | 205 |
| electrical resistivity, a | 38 |
| reflection of light, a | 96 |
| single crystals, NO adsorption, desorption, a | 39 |
| Ruthenium, compounds, RuS2, catalytic, photochemical behaviour, a | 98 |
 , Ru(NH3)5py2+, electrochemistry of, a | 205 |
| electrodeposition from LiCl-KCl melt, a | 42 |
| in glass for nuclear waste, a | 96 |
| on CdTe, amphoteric behaviour, a | 96 |
| superlattice with Ir, a | 39 |
| Ruthenium Complexes, on SnO2, electrode, a | 97 |
| [Ru(bpy)3]2+, [RuC12B]2+, luminescence, a | 39 |
| Ru(2,3-bis(2-pyridyl)pyrazine), a | 147 |
| [Ru(CNR)6](PF6)2 synthesis, a | 39 |
| Nd2−xCuxRu2O7−x, a | 148 |
| Ruthenium Oxide, RuO2 thick film, l/f noise, a | 204 |
| Schottky Barriers, PtSi in i.r.-CCD, a | 46 |
| Seawater, desalination, a | 40 |
| Shape Memory, in Fe3Pt, a | 38 |
| Silica, colloidal, removal from seawater, a | 40 |
| Silver, separation from Cu, by Pt gauze, a | 152 |
| Sintering, activated | 184 |
| S.I. Units, international kilogram | 74 |
| Solar Cells, Pt/n-Si electrode, a | 205 |
| Soybean Oil, a | 43, 151 |
| Spectroscopy, 195Pt NMR, variable temperature, a | 207 |
| Standard, international kilogram | 74 |
| light | 84 |
| Stereodynamics, 195Pt NMR spectroscopy for, a | 207 |
| Structure, Pd-Ce, a | 38 |
| Pd-Au, a | 38 |
| Ni-Pt clusters, a | 39 |
| Ru-Ir, superlattice, a | 39 |
| Styrene, reactions, a | 152, 206 |
| Sulphur, detection in flowing solutions, a | 207 |
| in wear tracts in Pd, a | 210 |
| photoproduction from sulphide solutions, a | 149, 206 |
| Superconductivity, UPt3, a | 38 |
| Syngas, reactions, a | 43, 44, 45, 100, 151, 208, 209 |
| Tantalum Alloys, electrocatalysts | 120 |
| Techmart, Barclays, technology transfer exhibition | 167 |
| Technology, platinum, Moscow Exhibition | 130 |
| platinum, Techmart Exhibition | 167 |
| Temperature Control, 85-105K, a | 210 |
| Temperature Measurement, a | 46, 210 |
| Temperature Scale, IPTS, revision proposals, a | 46 |
| Thermocouples, Rh + 0.5 Fe-chromel, in high pressure cells, a | 210 |
| Thick Films, RuO2-based, l/f noise, a | 204 |
| Thin Films, IrOx, preparation, properties, a | 204 |
| Ti/WO3/Ir, I/V characteristics, a | 100 |
| Pd, electrical resistivity, a | 204 |
| Pt, structure, a | 152 |
| Pt-Co, permanent magnetic, a | 38 |
| PtMnSb, magneto-optical properties, a | 204 |
| Pt/mica electrodes, a | 148 |
| Pt on p-InP, photocathodes, a | 205 |
| resistor, barium ruthenate, printing head | 140 |
| Thiocyanate, formation from CN− using Rh/CdS, a | 206 |
| Titanium Alloys, electrocatalysts | 120 |
| Toluene, hydrogenation | 23 |
| in H energy system | 174 |
| Tritium, effect in H2 photoevolution, a | 98 |
| oxidation over Pd/-, Pt/Al2O3, a | 42 |
| Tungsten, activated sintering | 184 |
| University Loans Scheme, operated by Johnson Matthey | 167 |
| Uranium, concentration, by 192Ir analyser, a | 99 |
| Vitamin K4, ultra pure, production | 68 |
| Voltammetry, cyclic, of [PtH(PEt3)3]+, a | 205 |
| of Ta, Ti-platinum metal alloys | 120 |
| of redox proteins, a | 40 |
| for fuel cell electrodes, a | 209 |
| square wave, Pt microdisk electrode, a | 39 |
| Water, photochemical splitting, a | 40, 41, 97, 98, 149, 206 |
| photodecomposition, literature review, a | 206 |
| photoreduction with CO2, a | 206 |
| production on Pd-SiO2-Si from O2-H2, a | 43 |
| thermochemical splitting, laboratory cycle, a | 207 |
| tritiated, adsorption in catalyst bed, a | 42 |
| Water Gas Shift Reaction, a | 44, 45 |
| Wear, on Pd alloy/Au alloy surfaces, a | 210 |
| Wire, Pd, Rh, Ir, W, electrical resistivity, a | 38 |
| Ir-based Ti, for corrosion prevention | 158 |
| PdNiSi amorphous, mechanical properties, a | 96 |
| Pt, for HCN synthesis, a | 99 |
| Pt, ultrafine, fabrication | 27 |
| Pt-clad Cu-cored Nb, for corrosion prevention | 158 |
| Wollaston, W.H., fine wire production method | 27 |
| Young’s Modulus, amorphous PdNiSi wires, a | 96 |
