Acetic Anhydride, synthesis, a | 116 |
Acetoxylation, hexane-1, cyclohexane, in PdCl4 2, a | 173 |
Acetylene, reactions, a | 117, 229 |
Acrolein, asymmetric Michael addition, a | 49 |
Advanced Coating Technology, A.C.T.™ | 62 |
Air, pollution control | 210 |
Alcohols, allyl, for addition of steroidal acetylenes, a | 117 |
benzyl, electro-oxidation on [Ruv(L)(0)]2+/Nafion, a | 43 |
electro-oxidation, on [Ru(trpy)(bpy)O] 2+, a | 44 |
methyl, adsorbed species on Pt electrodes, a | 42 |
electro-oxidation, at modified Pt/Nafion electrode, a | 117 |
at Pt/, Pt-Ru/C electrodes, a | 110 |
on Ir, a | 43 |
on Pt/Au, a | 42 |
to HCHO and CO2, a | 228 |
optically active, synthesis, a | 115 |
oxidation with tert-butyl hydroperoxide + Rh catalyst, a | 175 |
oxidation, a | 117 |
sensor, a | 227 |
unsaturated, synthesis from citral hydrogenation, a | 47 |
Aldehydes, reactions, a | 114, 115, 117, 173 |
Alkanes, trichlorosilyl, synthesis, a | 115 |
Alkenes, reactions, a | 49, 113, 115, 116, 173 |
Alkyl Halides, oxidation to carboxylic acids, a | 117 |
Alkylation, of allylic carbonates, a | 48 |
Alkynes, reactions, a | 48, 115, 173, 175 |
Allylic Carbonates, O-alkylation, a | 48 |
Alphacalcidiol, synthesis, a | 48 |
Ammonia, reactions, for NO reduction with Pt electrode | 8 |
oxidation, Russian catalysis | 136 |
Anilines, reactions, a | 47, 230 |
Arenes, mono-, dinitro-, carbonylation, a | 173 |
Aromatisation, ethane, hexanes, a | 46, 114, 171 |
Aryl Triflates, for biaryl synthesis, a | 48 |
Benzene, reactions, a | 171, 228 |
Benzylideneacetone, reduction, by Ir complex, a | 174 |
Biaryls, electrosynthesis, a | 48 |
Biology, Pt in, book review | 85 |
Bonding, Pt, Pd in | 45, 143 |
Book Reviews, “Availability of Platinum and | |
Platinum-Group Metals”, U.S. Bureau of Mines | 71 |
“Catalytic Activation of Dioxygen by Metal Complexes” | 23 |
“Catalytic Control of Air Pollution: Mobile and Stationary Sources, ACS Symp. Series 495” | 210 |
“Homogeneous Transition Metal Catalysed Reactions” | 151 |
membrane catalysis | 153 |
“Noble Metals and Biological Systems: Their Role in Medicine, Mineral Exploration and the Environment” | 85 |
“Transition Metal Organometallics for Organic Synthesis” | 71 |
Brazil, Pt potential, geology, research | 223 |
n-Butane, reactions, a | 47, 114, 228 |
Butenes, production from neohexane, a | 116 |
γ-Butyrolactones, substituted, production, a | 114 |
Cadmium, determination in water, a | 170 |
Calcitriol, synthesis, a | 48 |
Cancer, antitumour complexes, a | 50, 175, 231 |
Capacitors, multilayer, ceramic, with Pd inks, a | 166 |
Carbon, determination in seawater, a | 170 |
fibres, oxidation in Pt holder, a | 113 |
structural, Ir coatings on | 219 |
Carbon Oxides, CO2, reduced, adsorbed species on Pt, a | 42 |
sensor, a | 45 |
CO, adsorption in 3 forms on Pt, a | 42 |
carbonylation of pentane by RhCl(PMe3 )2 (CO), a | 168 |
for cyclooctadiene hydrogenation, a | 114 |
interaction with Pt(NH3)4 2+/zeolite NaX, a | 171 |
oligomerisation with norbornene, a | 46 |
oxidation, on Pd, a | 46, 114 |
removal with NO over Pt/V2 O5 /TiO2, a | 43 |
sensors, a | 227 |
Carbonylation, a,Ω-diamines, polyurea synthesis, a | 174 |
arenes, by Pd clay + Ru3 (CO)12, a | 173 |
book review | 151 |
pentane, by Rh complex, a | 168 |
Carboxylic Acids, reactions, a | 48, 117, 173, 175 |
Catalysis, heterogeneous, a | 45-47, 113-114, 171-172, 228-229 |
homogeneous, a | 47-49, 114-117, 172-175, 229-230 |
book review | 151 |
membrane, review of journals | 153 |
Iridium, Ir/Al2O3, sol gel preparation, a | 47 |
Ir/γ-Al2 O3, for selective reduction of NOx by HC, a 171 Iridium Complexes, IrCl3 H(P’Pr3 )2, for reduction of unsaturated organic substrates, a | 174 |
Osmium Complexes, OsO4 for crotylsilane, olefin dihydroxylation, a | 116, 174 |
for oxidation of fluorinated olefins, a | 116 |
Palladium, amine precursor anchoring to SiO2, a | 46 |
black, for cyclooctadiene hydrogenation, a | 114 |
giant ligand stabilised clusters, a | 171 |
for norbornene-CO oligomerisation, a | 46 |
Pd+Ag/C, preparation, properties, a | 42 |
Pd(110), for CO oxidation, a | 114 |
Pd-Rh, Hg poisoning, a | 229 |
Pd-Rh/SiO2, CO oxidation, a | 46 |
Pd/Al2 O3, graphite, AIF3, Pd black, CF3 Cl2 conversion, a | 229 |
Pd/C, for organic waste pollution control in water, a | 46 |
for phenol hydrogenation, a | 114 |
Pd/γ-Al2 O3, for selective reduction of NOx by HC, a | 171 |
Pd/Pt colloids+polymer, for diene hydrogenation, a | 229 |
Pd/support, solvated metal atom impregnation | 72 |
Pd(II), electroless, for photopatterning, a | 169 |
Pd(II) complex/montmorillonite | |
silylpropylethylenediamine, olefin oxidation, a | 46 |
Pd(II) polymer supported, for dec-1 -ene oxidation, a | 229 |
PdO-MoO/γ-Al2O3, for NO reduction, a | 172 |
PdO/ZrO2, preparation, activity, a | 47 |
PdSO4 -H2 SO4 /SiO2, for methane oxidation, a | 172 |
Palladium Alloys, Pd-Cu, for nitrate, nitrite removal | 211 |
Palladium Complexes, chiral monophosphine-Pd, a | 115 |
colloidal, for hydrogenation, dehydrohalogenations, a | 230 |
for cross-coupling reactions, a | 48 |
Pd(0) highly active from Pd(OAc)2 + Bu3 P, a | 173 |
for O-alkylation of allylic carbonates by phenols, a | 48 |
Pd2 (dba)3 -PBu3, for alkynes hydrogenation, a | 173 |
Pd2 (dba)3.CHCl3 +PPh3, for vitamin D synthesis, a | 42 |
Pd-R-, S-l-(4-vinylphenyl)ethylamine+styrene+ | |
divinylbenzene, for hydrolysis, a | 172 |
Pd(acac)2 -Ph3 P-CF3 COOH, aniline-isoprene reaction, a | 47 |
PdCl2, with phosphine, for olefin hydrocarboxylation, a | 48 |
PdCl2 (PhCN)2.SnCl2, for butyrolactones & furanones, a | 114 |
PdCl2 (PPh3)2 for aryl vinyl ketones, a | 115 |
for biaryl synthesis from aryl triflates, a | 48 |
for ethyl arylpropiolates, a | 48 |
PdCl4 2 nitrate-iodate, for hexanes, cyclohexane, a | 173 |
Pd(dba)2 -2P(OCH2)3 CEt, for alkyne insertion into | |
Ge-Ge bonds, a | 48 |
Pd(II) montmorillonilebypyridinyl acetate + | |
Ru3 (CO)12, for arene carbonylation, a | 173 |
Pd(II)tetraammine chloride, metallising lipid tubules, a | 174 |
Pd(OAc)2 diamines carbonylation polymer synthesis, a | 174 |
for coupling reactions a | 48, 230 |
for ene-yne synthesis, a | 173 |
for hydrocarboxylation, a | 173 |
for isomerically pure cyclopentanes, a | 173 |
for polymer, polyurea synthesis, a | 174 |
Pd(OAc)2, Pd(acac)2, PdCl2 (PPh3 )2, diazomethane | |
cyclopropanation with olefins, a | 173 |
Pd(OAc)2, PdCl2 (PPh3)2, for phthalides synthesis, a | 115 |
Pd(PPh3 )4 for 1,3-diene synthesis, a | 48 |
cross coupling reactions, for ketone enol acetates, a | 115 |
Platinum, amine precursor anchoring to SiO2, a | 46 |
C content of seawater, a | 170 |
colloidal, for H2 photogeneration, a | 168 |
EUROPT-1, diesel exhaust control, alkane reactions, a | 228 |
for H2 photogeneration from H2O, a | 168 |
holder for C fibre oxidation, a | 113 |
Pt film/YSZ disc in reactor, for MeOH oxidation, a | 228 |
Pt polycrystalline films/Y2O3 -ZrO3, NEMCA, a | 113 |
Pt-Co/Al2 O3, interface studies, a | 45 |
Pt-Cr/SiO2 /Al2O3 /Na2O, Pt effect on, a | 46 |
Pt-Rh/γ-Al2O3, for engine NOx reduction | 101 |
Pt-Sn/Al2O3, Nb3O3, characterisation, a | 228 |
Pt-WO3 /Al2O3, for hexane reactions, a | 113 |
Pt/Al2O3, benzene hydrogenation, a | 228 |
for halogenated VOCs destruction | 186 |
for NO reduction by methane, a | 171 |
surface area effects, in 2-methylimidazole synthesis, a | 46 |
Pt/Bi2 O3 /RuO2, for H2 photoproduction, a | 112 |
Pt/γ-Al2O3, NOx selective reduction by HC, a | 171 |
Pt/KL+KCl, for hexane aromatisation, a | 171 |
Pt/KL, for hexane aromatisation, S poisoning, a | 114 |
Pt/SiO2, EUROPT-1, diesel emission control, a | 228 |
sol gel prepared, a | 113 |
Pt/SiO2 gel, silicalite, H-ZSM-5, + Mg, Ca, Sr, Ba,, a | 228 |
Pt/TiO2, for HCOOH photooxidation, a | 168 |
Pt/V2O5 -TiO2, for NO, CO removal, a | 46 |
Pt/zeolite Y, L, mordenite, for n-hexane aromatisation, a | 171 |
Pt/ZSM-5 zeolite, for reducing NO by ethene, a | 113 |
PtNi/TiO2, for crotonaldehyde hydrogenation, a | 171 |
PtRe/H-mordenite, for xylene isomerisation, a | 113 |
Platinum Alloys, Pt-Cr/C, for phenol hydrogenation, a | 114 |
Pt-Rh for HNO3 production | 76, 136 |
Platinum Complexes, H2 PtCl6, polymer protected, for | |
acetylene hydrosilylation, a | 229 |
Pt diphosphine-Sn(II)fluoride, for asymmetric | |
styrene hydroformylation, a | 229 |
PtCl(SnCl2 )+p-aryl substituted ligands, for styrene | |
asymmetric hydroformylation, a | 172 |
Pt(NH,)4 2+/zeolite NaX, interaction with CO, a | 171 |
Rhodium, amine precursor anchoring to SiO2, a | 46 |
monoliths, for syngas formation from methane, a | 172 |
Pd-Rh/SiO2, studies during CO oxidation, a | 46 |
Rh/Al2O3, /SiO2, for butane hydrogenolysis, a | 114 |
Rh/CeO2, a | 172, 229 |
Rh/γ-Al2 O3, for selective reduction of NOx by HC, a | 171 |
Rh/NO3/CeO2, for nitrate reduction, a | 47 |
Rh/TiO2, for n -butane hydrogenolysis, a | 47 |
RhSn(n -C4 H9 )2 /SiO2, hydrogenation, a | 47 |
Rhodium Alloys, Rh-Pt, for HNO3 production | 136 |
Rhodium Complexes, [(1,5-COD)RhH]4, a | 116 |
[(COD)RhCl]2, for silylformylation of aldehydes, a | 174 |
diRh(II) carboxamides, carboxylates, perfluorobutyrate, | |
in C-H insertion reactions, a 115 diRh(Il) perfluorobutyrate, for silylcarbonylation of | |
terminal acetylenes, a | 115 |
[(Et3P)2RhCl]2 + LiNHPh, for styrene-aniline | |
hydroamination, a | 230 |
R-C(COCH3)2Rh(CO)3 /SiO2, for hydrogenation, a | 49 |
[Rh2 (cod)2 (imH)2 im]PF6, for phenlyacetylene | |
polymerisation, a | 49 |
Rh2 (OAc)4, chloro-diazoacetophenone decomposition, a | 116 |
for oxathioles, oxazolethione synthesis, a | 115 |
Rh(Ac)2 (CO)2 + organophosphites, hydroformylation, a | 230 |
[Rh(acac)(CO)2 ]-polymer TRIM, for propene | |
hydroformylation, a | 230 |
RhCl3 (pybox)+Ag* salts, for ketone silylation, a | 174 |
RhCl(PMe3 )2 (CO), for pentane photoreaction, a | 168 |
[Rh(η3-2-Me-allyl){(Pr2 lPCH2 )2 }], for vinylarene | |
hydroboration, a | 48 |
RhH(CO)(PPh3 )+TRAP, for Michael additions, a | 49 |
RhI2 (CO)2, for acetic anhydride synthesis, a | 116 |
Rh(II) acetate, for ethyl diazoacetate cyclopropanation, a | 116 |
for furan synthesis, a | 115 |
Rh(II) trifluoroacetamide, for cyclopropanation of ethyl | |
diazoacetate with alkenes, a | 116 |
Rh(II) triphenylacetate, for C-H aromatic insertion, a | 49 |
[Rh(NBD)(PMe2 Ph)3 [BF4 ], for ether oxidation, a | 49 |
Ruthenium, amine precursor anchoring to SiO2, a | 46 |
Nix Ru1-x,S2 /Al2 O3, increased hydrogenation activity, a | 229 |
Pt/Bi2 O3 /RuO2, for H2 photoproduction, a | 112 |
Ru/, Cs-Ru/, Cs-Ru-Ba/C/Al2 O3, N2 chemisorption, a | 47 |
Ru/Al2 O3, Fischer-Tropsch, pore sizes, a | 47 |
Ru/γ-Al2 O3, reduction of NOx by HC, a | 171 |
Ru/SiO2, D exhange with HCs, a | 172 |
RuO2 /TiO2, for HCOOH photooxidation, a | 168 |
Ruthenium Alloys, Ru-Fe, for water gas shift reaction, a | 172 |
Zr-Co-Ni-Ru-Cu, for Fischer-Tropsch, a | 114 |
Ruthenium Complexes, [(bpy)2 (H2 O)Ru-O- | |
Ru(H2 O)(bpy)2 4+/Nanon film, for water oxidation, a | 168 |
Cp*Ru+, reactivity to acyclic hydrocarbons, a | 116 |
Ru2 Cl4 (binap)(NEt3 ), asymmetric hydrogenation of | |
2-fluoroalkenoic acids, a | 116 |
Ru3 (CO)12, [Ru(RCOO)(CO)2 (L)]2, a | 175 |
RuO2.xH2 O for RuO4 reduction by H2 O, a | 230 |
[RuO4 ]-, for alcohols oxidation, a | 117 |
Ru(PPh3 )2 Cl, for steroidal acetylenes+allyl alcohols, a | 117 |
Ru(PPh3 )3 Cl2, for acyl cyanides synthesis, a | 175 |
Catalytic Reactors, Pt single pellet, MeOH oxidation, a | 228 |
Cells, electrochemical, for O isotope exchange, a | 42 |
electrolysis, zero-gap, anode performance, a | 43 |
photoelectrochemical, a | 112 |
Cellulose Acetate, Pd(OAc)2 in, a | 40 |
Ceramics, bonding, using Pt | 143, 228 |
Pt-PSZ, powders, thin films, a | 225 |
Cerium, in electrodes, see Electrodes | |
catalyst promoter for Pt, Rh, a | 40 |
Chemisorption, reactions, a | 47, 228 |
Chlorocarbons, catalytic emission control | 186 |
2-Chloroethyl Ethyl Sulphide, adorption on Pt(111), a | 225 |
Chlorofluorocarbons, conversion, a | 229 |
Cholesterol.sensor | 219 |
Chromatography, thin layer, using Pt microelectrode, a | 169 |
Chromium, diffusion through Pt coatings, glass technology | 62 |
CIS, nitric acid production | 136 |
Cisplatin, analogues, synthesis, DNA binding, a | 50 |
Citral, hydrogenation, by RhSn(n-C4 H9 )2 /SiO2, a | 47 |
Clusters, see Palladium, see Platinum, see Iridium | |
Coatings, for glass manufacturing equipment by A.C.T.™ | 62 |
Ir on structural C materials | 219 |
Pd, deposited on a-Al2 O3, a | 44 |
Pd thin films, for H2 sensor, a | 44 |
Pt aluminide on Ni base superalloys | 16, 112 |
RuO2, IrO2, TiO2,/ Ti, glassy C substrates, a | 112 |
Zr-Pd-Rualloys | 194 |
Cobalt, in Co/Ni/Co/Pt multilayers, magnetism in, a | 40 |
in Co/Pd multilayers, films, magnetism, a | 40, 108 |
in Co/Pt alloys, for recording media 13 in Co/Pt multilayers, magnetism, superlattices, a | 108, 225 |
see also Magneto-Optics; Thin Films | |
ultrathin films/Ru(0001), growth, magnetic properties, a | 109 |
see also Palladium Alloys; Platinum Alloys | |
Cold Fusion, 3rd Intl. Conf. report | 14 |
Colloids, Pd, stabilised, for electroless Ni deposition, a | 111 |
Pd/Pt, polymer protected, for diene hydrogenation, a | 229 |
Pt-Ag, preparation, characterisation, a | 225 |
RuO2.xH3 O, a | 230 |
Composites, C-C Ir coatings on | 219 |
powders, Pt-PSZ, a | 225 |
Condensation, aldol-type, enol esters with aldehydes, a | 114 |
reconstitutive, Ru catalysed, a | 117 |
Conferences, 10th Int. Conf. Internal Friction & Ultrasonic | |
Attenuation in Solids, Rome, 6-9 Sept. 1993 | 322 |
13th Fuel Cell Seminar, Tuson, Nov.-Dec, 1992 | 24 |
1st Intl. on Diffusive-Cooperative Phenomena in | |
Metal-Hydrogen Isotope Systems, Donetsk, Sept., 1992 | 97 |
3rd Grove Fuel Cell Symp., London, Sept.-Oct., 1993 | 197 |
3rd Intl. Conf. on Cold Fusion, Oct., 1992, Japan | 14 |
3rd Intl. Symp. Heterogeneous Catalysis and Fine | |
Chemicals, Poitiers, April 1993 | 144 |
“Auto Emissions 2000”, future standards for E.C. | 7 |
Platinum Group Elements in Brazil, Univ. Brasilia, | |
12-14 April, 1993 | 223 |
“Precious Metals-Horizon 2000”, Nice, Oct., 1992 | 38 |
The Chemistry of the Platinum Group Metals, 5th Int. | |
Symp., St. Andrews, 11-16 July 1993 | 212 |
Contacts, see Electrical Contacts | |
Copper, determination in water, a | 170 |
Corrosion, protection, stainless steel in acid media a | 117 |
Coupling reactions, N heterocycles with cyclic ethers, a | 230 |
Cresols, isomeric, hydrogenation, a | 114 |
Cross-Coupling Reactions, by Pd catalysts, a | 115 |
Crotonaldehyde, hydrogenation, a | 171 |
Crotylsilanes, dihydroxylation, a | 116 |
Cyanides, acyl, synthesis from cyanohydrins, a | 175 |
α-Cyano Carboxylates, reaction with vinyl ketones, a | 49 |
Cyanohydrin, oxidation, to acyl cyanides, a | 175 |
Cyclisation, reactions, a | 48, 115 |
Cyclohexane, reactions, a | 173, 228 |
Cyclohexanone, production from phenol, a | 114 |
Cyclooctadiene, hydrogenation, a | 114 |
Cyclooctene, production, a | 114 |
Cyclopentanes, isomerically pure, syntheses of, a | 173 |
Cyclopropanation, ethyl diazoacetate with alkenes, a | 116 |
Dec-l-ene, oxidation, on Pd(II) polymer supported, a | 229 |
Dehydrofurans, hydroformylations, a | 230 |
Dehydrogenations1 by alkaline modified Pt/oxides, a | 228 |
cyclohexane, on Pt-Sn/Al2 O3, Nb2 O3, a | 228 |
Dehydrohalogenations, by Pd colloidal catalysts, a | 230 |
Detectors, a | 44, 45, 113, 169-171 |
acidity monitoring of phosphate esters, a | 167 |
alcohol, by Ru-dispersed graphite enzyme, a | 227 |
biosensors for H2 O2 oxidation on Pt+Ir wire, Pt disk, a | 175 |
optical, using Pt-, Pd porphyrins, a | 170 |
C in seawater, Pt catalysts for, a | 170 |
cholesterol | 219 |
CO, O2, by Pt-SnO2 -Si3 N4 -SiO2 -Si-Al, a | 227 |
constant potential electrolysis sensors | 146 |
DNA, binding mode probe, by Ru complex, a | 228 |
gas, PdCl2 -SnO2, a | 45 |
glucose, a | 113, 170 |
glutamate, ultra micro | 70 |
hydrogen by Pd-SiO2 -Si, a | 44 |
optical detection at Pd/dielectric interface, a | 227 |
methane, by planar Pt sensor, a | 170 |
MOS field effect | 146 |
nitrobenzene, by Pt-Pb denuder, a | 170 |
NO2, by Langmuir-Blodgett film, a | 171 |
O, in gases and liquids, by Si/LaF3 /Pt, a | 44 |
Pd-gate MOS, CO, H2, study, a | 170 |
pH by IrO2 film/Au wire, a | 227 |
luminescent, a | 45 |
Se, in water | 158 |
Sn, in seawater, Pd in W-coated graphite tube, a | 170 |
in thin layer chromatography, a | 169 |
toxic gas, catalytic | 146 |
trimethylamine, by Ru/In/TiO3, a | 113 |
Deuterium, in cold fusion reactions, conference | 14 |
cracking in Pd, a | 111 |
exhange reactions with hydrocarbons, over Ru/SiO2, a | 172 |
Ω-Diamines, carbonylation, polymer, polyurea synthesis, a | 174 |
a-Diazocarbonyl Compounds, reactions, a | 49, 116 |
Diazomethane, cyclopropanation with Pd catalysts, a | 173 |
Dichlorodifluoromethane, conversion, over Pd catalysts, a | 229 |
Dienes, cycloocta-1, 3-diene, hydrogenation, a | 229 |
1,3-Dienes, 2-thiophenyl substituted, synthesis, a | 48 |
Diesel Engines | 101, 228 |
Diffusion, atomic, during PtSi formation, a | 40 |
bonding, Pt to Al2 O3, a | 45 |
H in Pd-Ag alloys, Pd, Ni membranes | 108, 220 |
through Pt coatings, by Ni, Cr | 62 |
Difluoromethane, production from CF2 Cl2, a | 229 |
Digermanes, alkyne insertion into Ge-Ge, a | 48 |
Dihydroxylation, reactions, a | 116, 174 |
Diodes, photochemical, with Ru(bpy)3 2+,a | 169 |
planar Si p*n, Pt diffusion in, a | 231 |
Diols, reactions, a | 116, 117 |
Dioxygen, catalytic activation, book review | 23 |
Diphenylacetylene, hydrogenation, by Pt-Ru cluster, a | 109 |
DNA, binding to antitumour agents, a | 50, 228 |
E.C., Stage 2, Stage 3 standards for automobile emissions | 7 |
Electrical Conductivity, in RuO2 -glass resistors, a | 118 |
Electrical Connectors, Pd, Pd-Ni, porosity, a | 44 |
Electrical Contacts, ohmic, Pd/Zn/Pd to p-GaP, a | 50 |
Ti/Pd/Au to Zn/p*-GaAs, in microwave devices, a | 50 |
Ti/Pt/Au,a | 118, 175 |
Electrochemical Cells, for O isotope exchange, a | 42 |
Electrochemiluminescence, for DNA binding probe, a | 228 |
Electrochemistry, a | 42-44, 110-111, 167-168, 227-228 |
Electrodeposition, a | 44, 112, 169 |
Electrodes, anodes, Pd foil, for Pd complex formation, a | 111 |
Pd-Ag/Ni for AFC, a | 231 |
Ru/YSZ, for SOFC a | 231 |
RuO2 /IrO2 /Ti, for brine electrolysis cell, a | 43 |
Au/Pt/polypyrrole, for MeOH oxidation, a | 42 |
C paste, for Pd(II),Pd(0),Pd black electrochemical study, a | 43 |
cathodes, Pd black, for organic reductions, a | 110 |
for glucose detection, screen printed, a | 170 |
Ir, for MeOH electro-oxidation, a | 43 |
Ir in Hg, ultramicroelectrode for Cu, Cd, Pb analysis, a | 170 |
ITO/Nafion[Ru(bpy)3 2+]/Nafion[MV2+]/ITO, a | 169 |
[Os(bipy)2 (PVP)10 Cl]Cl, for nitrite reduction, a | 43 |
Pd, in cold fusion | 14 |
electrocatalytic behaviour in NaOH, H2 SO4, a | 167 |
Pd inks, for capacitors, a | 165 |
photo-, Ru(bpy)3 2++Nafion/ITO, a | 112 |
poly(pyrrole-[Ru(trpy)(bpy)(OH2 )]2+), alcohol oxidation, a | 44 |
Pt+Co3 O4, electrochemical behaviour, a | 167 |
Pt+Ir wire, for H2 O2 oxidation, a | 175 |
Pt(111 ), Pt(322), hydrazine behaviour on, in H2 SO4, a | 42 |
Pt, H2 SO4 adsorbed species from MeOH, HCOOH, CO2, a | 42 |
disk, for H2 O2 oxidation, a | 175 |
electrodeposited, glucose oxidation, a | 110 |
in glucose sensor, a | 113 |
luminescence on O evolution, a | 111 |
micro-, cyclic voltammetry of Cu-histidine system, a | 110 |
microwire, for thin layer chromatography, a | 169 |
O isotope exchange in electrochemical cell, a | 42 |
paste, impedance of hydronium-nasicon electrolyte, a | 110 |
polycrystalline, Potentiometrie NO reduction by NH3 | 8 |
Pt-Fe, in PAFC, a | 117 |
Pt/C gas diffusion, in SPE, PEM fuel cells, a | 111, 117 |
Pt/perfluorinated Nafion, modified, in fuel cell, a | 117 |
reference, high impedance responses, a | 42 |
ring disk, for S-O compound reactions, a | 42 |
rotating disk, for O reduction in H3 PO4, a | 167 |
single crystal, for nitrite, NO reduction, a | 110 |
sputtered in PEMFC, a | 230 |
thin film, in glutamate sensor | 70 |
Pt-Ru/C for AFC, a | 230 |
preparation, MeOH oxidation, a | 110 |
Pt-Ru/Pt-Rh/Pt/Pd, in Ni-Zr, Ni-Ti, in fuel cells, a | 49 |
Pt/C in fuel cells, a | 49 |
porous, for O reduction in H3 PO4, a | 175 |
preparation, MeOH oxidation, a | 110 |
Pt/Ir/C gas diffusion, in SPE, H2 -Cl2 fuel cells, a | 117 |
Ru-Ni, La phosphate bonded, Η, O evolution reaction, a | 227 |
Ru-Sn-Ti/Ti, service life and O evolving ability, a | 167 |
RuTiCeO, characteristics, a | 43 |
ultramicro Ir-based Hg, for Cu, Cd, Pb in water, a | 170 |
Pt, for phosphate ester acidity monitoring, a | 167 |
Electroless Plating, Ni, a | 111, 169, 175 |
Electrolysis, brine, in cation exchange membrane cell, a | 43 |
Electromigration, damage resistance, by Pd-Cu alloys, a | 165 |
Emission, from W-Os alloys, a | 166 |
Electron Transfer Reactions, in membrane system, a | 50 |
Electroplating Baths, Pt | 17, 169 |
see also Plating Baths | |
Emission Control, automobile, Europe standards | 7 |
NO, SO2, in diesel exhaust, a | 228 |
for VOCs | 186 |
Ene-Yne, synthesis, by Pd(OAc)3, a | 173 |
Engines, diesel and lean burn, catalyst to control NOx | 101 |
Enthalpy, of intermetallic alloys, a | 108, 225 |
Entropies, of intermetallics, a | 225 |
Environment, air pollution control, book review | 210 |
reduced pollution by fuel cell use | 197 |
see also Emission Control; Pollution Control | |
Enynes, for vitamin D metabolite, synthesis, a | 48 |
Epoxy Resins, electroless metallisation, by Pd(O)1 a | 226 |
Esters, cyclic osmate(VI), sythesis, a | 116 |
enolf aldol-type condensation with aldehydes, a | 114 |
phosphate, acidity moitoring, a | 167 |
Etching, sputter, SiN for Pt/Co multilayer films, a | 118 |
Ethane, aromatisation, a | 46 |
Ethene, for selective reduction, by NO1 a | 113 |
Ethers, allylic aryl, synthesis, a | 48 |
cyclic enols, coupling reactions, with N heterocycles, a | 230 |
oxidation, CO2 -aerobic, a | 49 |
silyl enol, synthesis, a | 174 |
Ethyl Arylpropiolates, synthesis from aryl iodides, a | 48 |
Ethyl Diazoacetate, cyclopropanation with alkenes, a | 116 |
Ethylenediamine, for 2-methylimidazole, synthesis, a | 46 |
EUROPT-l, catalyst reactions, a | 228 |
Fabergé, Carl, Pt jewellery | 159 |
Fibre Optics, for CO2 sensor, a | 45 |
Films, Pd-Cu/SiO, wafers, properties, a | 165 |
Pt, Pt-C, changing surface morphology, by STM, a | 165 |
see also Thin Films; Langmuir-Blodgett; Thick Films | |
Fine Chemicals, manufacture, conference | 144 |
Fischer-Tropsch, reactions, a | 47, 114 |
2-Fluoroalkanoic Acid, optically active, synthesis, a | 116 |
Fluoroalkenes, reaction with OsO4, to osmate esters, a | 116 |
Formaldehyde, from MeOH in catalytic reactor, a | 228 |
Formic Acid, reactions, a | 42, 168, 173 |
Fuel Cells, 13th Fuel Cell Seminar | 24 |
3rd Grove Symp. | 197 |
alkaline, a | 49, 230, 231 |
H2 -Cl2, a | 117 |
H-O H3 SO4, electrodes for, a | 49 |
MeOH oxidation at Pt/, Pt-Ru/C electrodes, a | 110 |
PAFCa | 49, 117, 175 |
PEM, a | 111,230 |
SOFC, anodes for, a | 231 |
SPE, a | 117 |
Furanones, substituted, production, a | 114 |
Furans, synthesis, a | 115 |
Gas Separation Technology, journal reviews | 153 |
Gauzes, catchment, in Russian nitric acid plants | 136 |
knitted Pt-Rh, for nitric acid manufacture | 76 |
Geology, new Rustenburg Pt mine | 224 |
Os isotopes, in Falconbridge East Mine, Canada, a | 45 |
Pt in Brazil | 223 |
Germanes, digermanes, alkyne insertion, a | 48 |
Glass, industry equipment, A.C.T.™ coated | 62 |
seals to metals with Pd alloy | 143 |
Glucose, a | 110, 113, 170 |
Glutamate, ultra micro, sensor | 70 |
Glycals, furanoid, coupling with N heterocycles, a | 230 |
Guanine, crosslinking with cis-[Pt(NH3 )2 (H2 O)2 ]2+,a | 118 |
Halocarbons, catalytic destruction | 186 |
Heteroannulation, of acetylenic compounds, a | 115 |
Heterocycles, N, coupling reactions, a | 230 |
Hexanes, reactions, a | 46, 113, 114, 171, 173 |
1-Hexene, regioselective oxidative hydroamination, a | 230 |
History, Fabergé | 159 |
Pt in Spain | 102 |
Hydrazine, a | 42, 47 |
Hydroamination, styrene with aniline, by Rh complex, a | 230 |
Hydroboration, vinylarenes with catecholborane, a | 48 |
Hydrocarbons, added to exhaust gas to control NOx | 101 |
aromatic, hydrogenation, a | 116 |
chlorinated, toxic organics in waste water, a | 46 |
exchange reactions with D, over Ru/SiO2, a | 172 |
to reduce N oxides, a | 171 |
unsaturated acyclic, reactivity with Cp*Ru+ a | 116 |
Hydrocarboxylation, reactions, a | 48, 173 |
Hydrocracking, hexanes, on Pt/WO3 /Al2 O3, a | 113 |
Hvdrodechlorination, toxic orgànics in waste water, a | 46 |
Hydroformylation, reactions, a | 172, 229, 230 |
Hydrogen, in 1D Pd rod, temperature effects, a | 108 |
adsorption on Pt electrodes, hydrazine effects, a | 42 |
chemisorption, on Pt-Sn/Al2 O3, Nb3 O3, a | 228 |
effects in Pd-Ag alloys | 220 |
evolution reactions, on Ni-Ru La phosphate electrodes, a | 227 |
optical detection, a | 227 |
in ordered and disordered Pd alloys | 26 |
oxidation, in fuel cell, a | 49 |
permeable membranes for | 97, 117 |
phase Naklep, conf. report | 97 |
photoproduction, a | 112, 168 |
purification, by Pd membranes, a | 44 |
reactions with Hf3 Pd, Zr3 Pd, a | 165 |
sensor, a | 44, 227 |
up-hill diffusion, in Pd, Ni membranes, a | 108 |
Hydrogen Peroxide, oxidation on Pt, Pt+Ir electrodes, a | 175 |
Hydrogenation, alkenes, a | 49, 113 |
alkynes, to cis-alkenes, by Pd complex catalyst, a | 173 |
aromatic hydrocarbons, a | 116 |
asymmetric, of fluoro-alkenoic acid, a | 116 |
benzene, a | 228 |
by Pd colloidal catalysts, a | 230 |
catalysts, conference | 144 |
citral, a | 47 |
Crotonaldehyde, a | 171 |
cyclooctadiene, on Pd catalysts, a | 114 |
diphenylacetylene, by Pt-Ru cluster complex, a | 109 |
increased activity by Ni1 Ru1-x S2/ Al2 O3, a | 229 |
of organic molecules, at Pd black electrodes, a | 110 |
phenol, to cyclohexanones, a | 114 |
Hydrogenolysis, reactions, a | 47, 114, 172 |
Hydrolysis, by Pd chiral polymeric catalysts, a | 172 |
Hydrosilylation, acetylene, alkenes, olefins, a | 49, 115, 229 |
Impedance, of hydronium-nasicon electrolyte, | |
Ν2 /Η2 /Η2 Ο gas phase, Pt paste electrodes, a | 110 |
Infrared, studies of Pd-Rh/SiO2 in CO oxidation, a | 46 |
Inks, Pd in capacitors, morphology, a | 165 |
Integrated Circuits, manufacture, a | 175 |
Ion Beam Mixing, Pd/Si, a | 45 |
Iridium, clusters, in NaY zeolite, formation, a | 226 |
coatings on structural C | 219 |
electrodes, see Electrodes | |
InFe4 N, Properties, a | 166 |
Ir-Sb phase diagram, a | 226 |
for modifying YBaCuO superconductors | 86 |
in sensors, see Detectors | |
thin films, MOCVD, characterisation, a | 226 |
Iridium Complexes, [Ir4 (CO)11 H], fluxional behaviour, a | 43 |
Iridium Oxides, IrO2, RuO2, TiO2, on Ti, glassy C, a | 112 |
Iron, Fe4 N,With Ir1 Os, Ru, a | 166 |
in Fe/Pd compositionally modulated films, a | 40 |
Fe/Pd/Fe, electronic, magnetic properties, a | 108 |
in magneto-optics see Magneto-Optics | |
Isomerisation, hexanes, xylene isomers, a | 113 |
Isoprene, reaction with aniline on Pd complexes, a | 47 |
Jewellery, Pt, Fabergé | 159 |
Johnson Matthey, Advanced Coating Technology, A.C.T.™ | 62 |
knitted Pt-Rh alloy gauzes | 76 |
“Platinum 1993” | 145 |
Pt-Co coated magneto-optic disks | 130 |
VOC destruction | 186 |
Joining, a | 45, 228 |
Pd alloy for glass to metal | 143 |
Pt foil in bonding ceramics | 143 |
Josephson Junctions, YBCO with SrRuO3, a | 231 |
Kerr Rotation Spectra, of Fe/Pt, Co/Pt multilayers, a | 108 |
Ketones, dehydrogenative silylation, a | 174 |
enol acetates of, stereodefined, a | 115 |
synthesis, a | 46, 115, 117, 229 |
Knitting, for Pt-Rh gauze | 76 |
γ-Lactones, trans-4,5 substituted, synthesis, a | 116 |
Langmuir-Blodgett Films, a | 40, 118, 168, 171 |
Lead, determination in water, a | 170 |
Lipid Tubules, Pd ions to metallise rigid structures, a | 174 |
Lubricants, acidity monitoring, a | 167 |
Luminescence, at a Pt electrode on O evolution, a | 111 |
[Pt(dansen)Cl2 ] cisplatin analogue, a | 50 |
in Ru, Os mixed ligand complexes, a | 110 |
[Ru11(bpy)2 ]2+ for pH sensor, a | 45 |
tris[2-(2-pyrazinyl)thiazole]Ru(II), for CO2 sensor, a | 45 |
Magnetism, AC susceptibility, NdRhRuSi, phase diagram of | 109 |
in Co ultrathin films/Ru(0001 ), a | 109 |
in Co-Cr-Pt and Co-Cr-Ta films, read/write, a | 231 |
in Co/Ni/Co/Pt multilayers, a | 40 |
in Co/Pd in multilayered films, a | 40, 108 |
inCo/Pt | 13, 169, 225 |
in Fe/Pd/Fe, electronic, magnetic properties, a | 108 |
in Ir, Os, Ru-substituted Fe4 N, a | 166 |
in NdRu2 Si2, magnetoresistance at Neel point, a | 226 |
in Pd2 GdIn, induced, a | 41 |
in Pd-Cu-M alloys, a | 165 |
in Pt/Co/SiN, a | 118 |
in Ru perovskites, BaLaRuSbO, BaTaRuNaO, a | 166 |
in Srn LaCuRuOn+5, spin glass behaviour, a | 226 |
U3 Rh4 Sni13, a | 09 |
Magneto-Optics, Co/Pt | 13, 118, 175 |
in Fe/Pt, Co/Pt multilayers, a | 108, 118 |
see also Thin Films | |
Magnetocooling, by Rh-Fe alloys | 37 |
Medical, A | 50, 118, 175, 231 |
DNA binding probe to antiviral agents, a | 228 |
Pt complexes, carsinostatic, a | 231 |
Zr-Pd-Rualloys | 194 |
Membranes, bilayer, with Ru complex, electron transfer, a | 50 |
catalysis, journal reviews | 153 |
Ni, Pd, H strain induced diffusion, a | 108 |
Pd, thin films, for H; purification, a | 44 |
Pdalloys | 97, 117, 153, 220 |
Mercury, effects on Pd-Rh catalysts, a | 229 |
Metallisation, electroless, by Pd(O) complex, a | 226 |
lipid tubules, by Pd ions, a | 174 |
of MOS devices, for IC manufacture, a | 175 |
Methane, for NO reduction on Pt/Al2 O3, a | 171 |
oxidation reactions, a | 113, 172 |
planar Pt sensor, a | 170 |
Methanol, see Alcohols, methyl | |
Methyl Formate, for acetic anhydride synthesis, a | 116 |
2-Methylimidazole, synthesis, a | 46 |
Michael Addition, asymmetric, α-cyano carboxylates, a | 49 |
Microwave Devices, Ti/Pd/Au ohmic contacts, a | 50 |
Mining, Platinum group metals | 70, 223, 224 |
Mirrors, X-ray, Pt-Pd alloy films for | 158 |
MOS devices, metallisation for, a | 175 |
MOSFETs, in H sensor, a | 44 |
Multilayers see Thin Films | |
Nanoscale Technology, Pt | 101 |
NEMCA, reactions, a | 42, 113 |
Nickel, diffusion through Pt coatings, glass technology | 62 |
electroless deposition on Pd/Si, a | 175 |
membranes, up-hill diffusion, a | 108 |
superalloys, with Pt alumininde coatings | 16 |
Nitrates, reduction, in Rh/-. NO3 /CeO2, a | 47 |
removal from drinking water | 211 |
Nitric Acid, production by knitted Pt-Rh alloy gauzes | 76 |
Russian production | 136 |
Nitric Oxide, see Nitrogen Oxides, NO | |
Nitrite, electroreduction, a | 43, 110 |
removal from drinking water | 211 |
Nitroalkanes, oxidation to carboxylic acids, a | 117 |
Nitrobenzene, effect of humidity on detection, a | 170 |
Nitrogen, chemisorption, on Ru/, Cs-Ru-Ba/C Al2 O3, a | 47 |
Nitrogen Oxides, in diesel and lean-burn engines | 101 |
NO2, detection by Langmuir-Blodgett film, a | 171 |
NO, catalytic reductions | 171, 172 |
electroreduction, on Pt | 8, 110 |
reduction, selective, by ethene, a | 113 |
removal with CO over Pt/V2 O5 /TiO2, a | 43 |
catalytic oxidation in presence of SO;, a | 228 |
selective reduction, by hydrocarbons, a | 171 |
Norbornene, oligomerisation with CO, a | 46 |
Ohmic Contacts, see Electrical Contacts | |
Olefins, for aryl vinyl ketones production, a | 115 |
asymmetric dihydroxylation, by OsO4, a | 174 |
fluorinated, conversion into fluorinated diols, a | 116 |
hydrocarboxylation, a | 48 |
hydrosilylation, a | 115 |
oxidative hydroamination, a | 230 |
terminal, selective oxiadation to methyl ketones, a | 46 |
unsaturated, cyclopropanation with diazomethane, a | 173 |
Oligomerisation, norbornene-CO, a | 46 |
Organohalides, addition to Pd(II), for Pd(IV) complexes 2 | |
Organometallic Chemistry, Pd(IV) complexes, | 2 |
Osmium, electrodes, see Electrodes | |
in Fe4 N, properties, a | 166 |
isotopes, in Falconbridge East Mine, Canada, a | 45 |
for modifying YBaCuO superconductors | 86 |
Osmium Alloys, Os-W, electron emission, a | 166 |
Osmium Complexes, [OS3 ( CO)10 (μ-L)] clusters, a | 167 |
Os(bpy)3 2+ in PE matrices, photophysics, a | 168 |
polypyridine, luminescence, a | 110 |
Oxathioles, synthesis, a | 115 |
Oxazolethione, synthesis, a | 115 |
Oxidation, aerobic, ethers in CO2, by Rh catalysts, a | 49 |
alcohols, for carbonyl synthesis, a | 175 |
alcohols, halides, aldehydes, diols, a | 117 |
CO, a | 46, 114 |
cyanohydrins, to acyl cyanides, a | 175 |
dec-l-ene, on Pd(II) polymer supported, a | 229 |
electro-, MeOH, in fuel cell, a | 117 |
glucose, at Pt electrodes, a | 110 |
H, in fuel cell, a | 49 |
high temperature of Ru alloys | 75 |
methane, catalytic, a | 113, 172 |
olefins, terminal, to methyl ketones, a | 46 |
water, Ru complex/Nation catalyst, a | 168 |
Oxygen, coverage of Pd(110), effect on CO oxidation, a | 114 |
electrochemical reduction, by Ru(NH3 )5 +Co compIex/C, a | 43 |
in fuel cells, a | 49, 111, 167 |
evolution with luminescence at Pt electrode, a | 111 |
isotope exchange, in electrochemical cell, a | 42 |
sensors, a | 44, 227 |
Palladium, AuPd films, as lift-off mask for Si pillars, a | 225 |
clusters, <100Å, synthesis, in diblock copolymers, a | 41 |
giant, ligand stabilised, a | 171 |
Pd/Pt polymer protected, diene hydrogenation, a | 229 |
Co/Pd | |
thin films, magnetism in, a | 40, 108 |
colloids, preparation, stabilisation, a | 111 |
compounds, A2 PdH2, electronic properties, a | 41 |
electrochemical study at C paste electrode, a | 43 |
Hf2 Pd, Zr2 Pd, reaction with H2, a | 165 |
LnPd2 Ga, structure, a | 41 |
in organometallic chemistry, book review | 71 |
Pd2 GdIn, induced magnetism, a | 41 |
PdCl2, additive in SnO2 gas sensors, a | 45 |
YPd2 Si, structure, A 41 in contacts, see Electrical Contacts | |
D cracking mechanism in, A | 111 |
electrodes, see Electrodes | |
as electroless catalyst for photopatterning, a | 169 |
Fe/Pd films, structure, magnetism in, a | 40 |
Fe/Pd/Fe, electronic, magnetic properties, a | 108 |
for H technology, in CIS, conf. report | 97 |
ink, in capacitors, a | 165 |
membranes, see Membranes | |
for modifying YBaCuO superconductors | 86 |
Pd/dielectric interface for optical detection of H. a | 227 |
Pd/Si, ion beam mixing, a | 45 |
porosity in connectors, a | 44 |
powder, in PE, PS matrix, a | 165 |
in sensors, see Detectors | |
simultaneous deposition with Ag on stainless steel, a | 169 |
sols, preparation, a | 111 |
supply, demand, availability | 70, 145 |
thin films, see Thin Films, see also Schottky | |
to activate Si for Ni electroless deposition, a | 175 |
Palladium Alloys, hydrogen in ordered and disordered | 26 |
membranes, conf. report | 97 |
Pd-Ag, H interstitial structures | 220 |
Pd-Ag-Cu-Au-Pt-Zn, for glass to metal seals | 143 |
Pd-Cu films/SiO2, electromi grati on resistant, a | 165 |
Pd-Cu-M. magnetic susceptibility, a | 165 |
Pd-Mn, structure, H solubility in | 26 |
Pd-Ni, Au-flashed in connectors, a | 44 |
Pd-Pt, membranes, H permeable, a | 117 |
for X-ray mirrors | 158 |
Pd-Rh, membranes, H permeable, a | 117 |
Pd-Ti-Co, phase equilibria, a | 165 |
Zr-Pd-Ru, wear resistant | 194 |
Palladium Complexes, chloro, bromo, electrosynthesis, a | 111 |
(Me2 Et2 N][Pd(dmit)2 ]2, superconductivity, a | 109 |
organo Pd(IV) | 2 |
Pd(0), synthesis, a | 41 |
Pd(0)(4,4)-(2,3-epoxypropoxy)dibenzylideneactone, a | 226 |
Pd thioazobenzene. synthesis, structure, a | 41 |
Pd-rhodamine B. anti-cancer activity, a | 50 |
PdL'Cl, O insertion into Pd-C bond, a | 41 |
[Pd(Me)(OMe)((S,S)-bdpp)], synthesis, a | 166 |
Pd(OAc)2, in cellulose acetate, a | 40 |
for zerovalent Pd formation, a | 41 |
valine-derived chiral Ρ,Ν-bidentate, a | 109 |
Palladium Hydrides, 1D rod, temperature effects, a | 108 |
Li2 PdH2, Na2 PdH2, electronic properties, a | 41 |
Palladium Silicides, films, strain, a | 166 |
Pd2 Si, from ion beam mixing Pd/Si, a | 45 |
Patterns, micro, by Pt, photo, with Pd(II), a | 168, 169 |
Pentane, photocatalytic conversion, a | 168 |
α-Peptides, with Ru complex, in electron transfer system, a | 50 |
pH, sensor, a | 45, 227 |
Phase Diagrams, Ir-Sb. a | 226 |
magnetic, NdRhRuSi, in high magnetic field, a | 109 |
Pd-Ti-Co, a | 165 |
Phenol, hydrogenation, vapour phase, a | 114 |
Phenylacetaldehyde, for cyclooctadiene hydrogenation, a | 114 |
Phenylacetylenc, reduction, by Ir complex, a | 174 |
Photo Systems, with Ru bipyridine, in artificial proteins, a | 50 |
Photocatalysis, a | 44, 111, 112, 168, 169 |
Photodeposition, of homogeneous Rh/TiO2 /SiO2, a | 112 |
Photoelectrochemical Cells, a | 112 |
Photoproduction, H2, a | 112, 168 |
Photoreduction, dyes, a | 112 |
Rh(III),a | 112 |
Phthalides, synthesis, a | 115 |
Plating, Rh on reed switches, a | 231 |
Plating Baths, Pd tetramine sulphate for Pd/α-Al2 O3, a | 44 |
see also Electroplating Baths | |
“Platinum 1993” | 145 |
Platinum, 195Pt NMR, for monitoring Pt electroplating baths | 17 |
in A.C.T.™ coatings | 62 |
aluminide coatings, for Ni superalloys, a | 112 |
clusters, <100Å, synthesis, in diblock copolymers, a | 41 |
in a network on NaY zeolite, a | 225 |
Pd/Pt polymer protected, diene hydrogenation, a | 229 |
compounds, oxides, thin hydrous, reduction behaviour, a | 227 |
in contacts see Electrical Contacts | |
diffusion bonding to Al2 O3, a | 45 |
diffusion effect in planar Si p*n diodes, a | 231 |
doping in MOS internal diode, a | 118 |
in electrical contacts, see Electrical Contacts | |
electrodes see Electrodes | |
electroplating baths | 17, 169 |
films, see Thin Films, see also Films | |
foil, for ceramic bonding | 143 |
geology | 223, 224 |
holder for C fibre oxidation, a | 113 |
ions, sputtered in stainless steel, a | 165 |
jewellery, Fabergé | 159 |
joining to TiOÅ by Ti interlayer, a | 45 |
magnetic anisotropy in Co/Pt multilayers, a in magneto-optics see Magneto-Optics | 225 |
micropatterns on TiO2, a | 168 |
for modifying YBaCuO superconductors | 86, 165 |
in multilayers see Thin Films | |
in nanoscale technology | 101 |
Pt(111), for 2-chloroethyl ethyl sulphide reactions, a | 225 |
Pt III, spark spectra, 5d+5d6s-5d6p transitions, a | 108 |
Pt-Ce/Al2 O3 ), SiO2, microstructures, a | 40 |
Pt-NiO couples, for metal-ceramic bonding, a | 228 |
Pt-Pb denuder for nitrobenzene detection, a | 170 |
Pt-PSZ ceramic, powders, films, a | 225 |
in sensors, detectors, see Detectors | |
supply, demand, availability | 70, 145 |
thin films, see Thin Films | |
Platinum Alloys, Pt-Ag, colloids, a | 225 |
Pt-Co, in magneto-optics see Magneto-Optics | |
Pt-Fe, Pt-Ni, Pt-Fe-S, behaviour in H2 SO4, a | 227 |
Pt-Pb, enthalpy of formation, a | 108 |
Pt-Pd, for X-ray mirrors | 158 |
Pt-Rh, knitted gauzes for HNO3 manufacture | 76 |
ZGS | 62 |
Platinum Complexes, carcinostatic, a | 231 |
in Langmuir-Blodgett films, a | 40 |
Ρt3 Ru6 (CΟ)21,(μ-Η)3 (μ3 -Η), synthesis, a | 109 |
[Pt(bpy)2 ]2 [Pt2 (pop)4 ].nH2 O, a | 168 |
[Pt(dansen)Cl2 ], antitumour, a | 50 |
Pt(H2 O)4 2+, in Pt plating bath, a | 169 |
Pt(IV) ethylenediamine, antitumour, a | 175 |
[Pt(μ-CI)CI(PR3 )12 phosphines, syntheses, a | 226 |
cis-[Pt(NH3 )2 (H2 O)2 ]2+. cross-linking guanine residues, a | 118 |
Pt(NH3 )4 2+/zeolite NaX, CO interaction, a | 171 |
with Ru, (Ru(CO)2 (PPh3 )2 (μ –O2 CCO2 )2 Pt(PPh3 )2 ], a | 167 |
tetrakis-(trifluorophosphine)-Pt for nanotechnology | 101 |
valine-derived chiral Ρ,Ν-bidentate, a | 109 |
Platinum Group Metals, conf. on chemistry of | 212 |
Platinum Oxide, hydrous, thin films, a | 227 |
Platinum Silicides, PtSi, growth study, a | 40 |
PtSi/p-Si, IR absorption, a | 40 |
Poisons, catalysts, Hg, on Pd-Rh, a | 229 |
S as thiophene, effect on Pt/KL catalyst, a | 114 |
Pollution Control, air, book review | 210 |
automobile, Europe Stage 2, Stage 3 standards 7 | |
diesel emissions, a | 228 |
NOx from diesel-, lean burn engines | 101 |
toxic organics in waste water, a | 46 |
for VOCs | 186 |
Polymerisation, phenylacetylene, a | 49 |
Polymers, PE, PS with Pd, RuO2, a | 165 |
synthesis, with oxamide, urea links, a | 174 |
Polyphenylacetylene, synthesis, a | 49 |
Polyureas, synthesis, with oxamide, urea links, a | 174 |
Powders, Pd, RuO2, in PE, PS matrix, a | 165 |
Pt-PSZ ceramic, composite, a | 225 |
[Pt(bpy)2 ]2 [Pt2 (pop)4 ].nH2 O, for H2 photogeneration, a | 168 |
Rh, from fullerene-[(l,5-COD)RhCl]3, a | 167 |
Promoters, Ce, for Pt, Rh catalysts, a | 40 |
Pt, to Cr/zeolite catalysts, a | 43 |
Propane, reactions on modified EUROPT-1, a | 228 |
Propene, hydroformylation, by Rh-TRIM catalysts, a | 230 |
Proteins, artificial, electron transfer system, a | 50 |
Proust, Joseph Louis, Pt in Spain, history | 102 |
Reactors, for Fischer-Tropsch reaction, a | 114 |
Reduction, NOx, selective, a | 171,172 |
O, at Pt/Nafion interface in PEM fuel cell, a | 111 |
unsaturated organic substrates, by Ir complex, a | 174 |
Reed Switches, Rh plated, a | 231 |
Refrigerants, Rh-Fe alloys, for magnetocooling | 37 |
Resistors, Pd thin film, for Josephson LSI circuits, a | 50 |
RuO2 thick film, temperature dependence, a | 118 |
Rhodium, compounds, NdRhRuSi, magnetic properties, a | 109 |
in organometallic chemistry, book review | 71 |
[Rh2 (O2 CCMe3 )4 BQ]n, chain, a | 109 |
Rh2 O3, optical bandgap, electron affinities, a | 50 |
Rh selenide, for cathodic stripping voltammetry | 158 |
U3 Rh4 Sn13, structural, magnetism, a | 109 |
crystallites, production from [(1,5-COD)RhH]4, a | 116 |
homogeneous particles on TiO,/SiO2, a | 112 |
for modifying YBaCuO superconductors | 86 |
plated reed switches, a | 231 |
powders, nanocomposite, synthesis, a | 167 |
reactions with Ce, a | 229 |
Rh-Ce/Al2 O3, -/SiO2, microstructures, a | 40 |
supply, demand, availability | 70,145 |
Rhodium Alloys, Pt-Rh alloy knitted gauzes | 76 |
Rh-Fe, in magnetocooling devices | 37 |
Rhodium Complexes, [(pp3 )RhSC(S)SCH3 ], synthesis, a | 166 |
trans-Rh(CI)(CO)(PPh3 )2 conversion to Rh(CI)(PPh3 )3, a | 174 |
Russia, Fabergé, jewellery | 159 |
nitric acid production | 136 |
Rustenburg, new Pt mine | 224 |
Ruthenium, compounds, CeRu3 Si3. energy detection, a | 166 |
H2 Ru4 (CO)13 /SiO3, photochemistry, a | 112 |
Mn3 RuH6, preparation, a | 227 |
NdRhRuSi, magnetic properties, a | 109 |
NdRu2 Si2, magnetoresistance at Néel point, a | 226 |
Pb2 Ru2 O7, high temperature formation, a | 226 |
perovskites, BaLaRuSbO, BaTaRuNaO, structure, a | 166 |
Srn LaCuRuOn+5 , spin glass behaviour, a | 226 |
SrRuO3, with YBCO Josephson junctions, a | 231 |
URuSi, superconductivity in, a | 109 |
electrodes, see Electrodes | |
in Fe4 N, properties, a | 166 |
for modifying YBaCuO superconductors | 86 |
Ru(0001), Co ultrathin films grown on, a | 109 |
in Schottky contacts, a | 231 |
in sensors, see Detectors | |
thin mirror films, synthesis, properties, a | 41 |
Ruthenium Alloys, Ru-Al, Ru-Al-Y, for high temp, use | 75 |
Zr-Pd-Ru, wear resistant | 194 |
Ruthenium Complexes, [(bpy)2 (H2 O)Ru-O-Ru(H2 O) | |
(bpy)2 ]4+/Nafion film, water oxidation catalyst, a | 168 |
(cymene)Ru(μ-Cl)3 Ru(μ-Cl)3 Ru(cymene), a | 42 |
K4 [Ru2 (HPO4 )3 (PO4 )(H2 O2 )], a | 110 |
poly(pyrrole-[Ru(txpy)(bpy)(OH2 )]2+),a | 44 |
Pt3 Ru6 (CO)21 (P-H)3 (P3 -H)1 a | 109 |
with Pt, [Ru(CO)2 (PPh3 )2 (μ-O2 CCO2 )2 Pt(PPh3 )2 ], a | 167 |
Ru2 (dpf)4 (CCC6 H5 )2, a | 111 |
Ru ammines, crown ether interactions, a | 174 |
Ru bipyridyl, in Langmuir-Blodgett films, a | 118 |
Ru tris(l,10-phenanthroline), DNA probe, a | 228 |
Ru trisbypyridine, for electron transfer system, a | 50 |
[Ru(bpy)2 bpaH][PF6 ]2, luminescence, a | 110 |
Ru(bpy)3 2++Nafion/lTO, electrode, a | 112 |
Ru(bpy)3 2+, excited state energy, a | 169 |
[Ru(bpy)3 ] 2+, for photoelectrochemical cells, a | 112 |
Ru(bpy)3 2+, Ru(bpy)2 (biq) 2+, in PE matrices, a | 168 |
Ru(bpy)3 2+/zeolite Y, electron transfer, a | 44 |
Ru(bpy)3 2+, in Langmuir-Blodgett film, a | 168 |
[Ru11(bpy)3 ]2+, in luminescent pH sensors, a | 45 |
Ru11tris[2-(2-pyrazinyl)thiazole], in CO2 sensor, a | 45 |
Ru(NH3 )5 +Co meso-tetrakis(4-pyridyl)porphyrin/C, a | 43 |
Ru(OEP), on gas sensing Langmuir-Blodgett film, a | 171 |
[Ruv(L)(O)] 2+/Nafion, benzyl alcohol oxidation, a | 43 |
Ruthenium Oxides, powder, in PE, PS matrix, a | 165 |
RuO2 +TiO2, pzc, a | 111 |
RuO2, hydrate, oxidative dissolution, a | 41 |
thick film mK thermometers | 39 |
TiO2, IrO2 /Ti, glassy C, a | 112 |
RuO2 -glass, thick film resistors, size effect, a | 118 |
RuO2.XH2 O, colloid preparation, a | 230 |
Schottky Barrier, in PtSi/p-Si, a | 40 |
Schottky Contacts, Ru n-GaAs, thermal stability, a | 231 |
Schottky Diodes, Pd/n-InP, high barrier heights, a | 50 |
Seawater, organic C content, a | 170 |
tin content, a | 170 |
see also Water Selective Catalytic Reduction, NO by ethene, a | 113 |
Selenium, in water, detection | 158 |
Semiconductors, Pt doped MOS, switching speed, a | 118 |
Rh2 O3 (I)/(III), properties, a | 50 |
Silicon, ion beam mixing with Pd, a | 45 |
pillars, using AuPd lift-off mask, a | 225 |
Silver, electroless plating with Pd, a | 169 |
Silylation, dehydrogenative, of ketones, a | 174 |
Silylcarbonylation, alkynes, a | 115 |
Silylformylation, aldehydes, Rh catalyst for, a | 174 |
α-Silyloxyaldehydes, synthesis, a | 174 |
Sodium Chloride, electrolysis, a | 43 |
Sol Gel, method of catalyst preparation, a | 47, 113 |
Sols, Pd, preparation, a | 111 |
Solvated Metal Atom Impregnation | 72 |
Specific Heat, in superconducting URuSi, a | 109 |
Spectroscopy, Kerr rotation, of Fe/Pt, Co/Pt multilayers, a | 108 |
NMR, for monitoring Pt electroplating baths | 17 |
Pt III, by triggered and sliding spark, a | 108 |
Sputtering, Pt ion in stainless steel, a | 165 |
SQUIDS, to detect resistance oscillations in CeRuSi, a | 166 |
Steel, stainless, surface modification, a | 117, 165, 169 |
Styrene, reactions, a | 172, 229, 230 |
Sulphur, levels in gasoline | 7 |
S-O compounds, voltammetry on Pt electrodes, a | 42 |
Sulphuric Acid, Pt electrodes test media, a | 42 |
Superalloys, Pt aluminide coatings | 16, 112 |
Superconductivity, a | 109, 231 |
Superconductors | 86, 165, 231 |
Superlattices, Co/Pt, Fe/Pd, a | 108 |
SynthesisGas | 151, 172 |
Thermocouples, A.C.T.™ coated, glass manufacture | 62 |
Thermodynamics, Pt-Transition Metal Systems, a | 225 |
Thermometers, RuO2 /Al2 O3, for mK use | 39 |
Thick Films, RuO2 /Al2 O3, for mK thermometers | 39 |
Thin Films, C/Co-Cr-Pt/Cr, read/write characteristics, a | 231 |
Co, ultrathin, growth on Ru(0001), a | 109 |
Co/Ni/Co/Pt, multilayers, magnetism in, a | 40 |
Co/Pd, multialyers, magnetism in, a | 40, 108 |
CoNi/Pt, multilayers, cyclability, a | 175 |
Fe/Pd, compositionally modulated films, a | 40 |
Fe/Pt multilayers, a | 108 |
Ir, MOCVD deposited, a | 226 |
IrO2 on Au wire, for pH sensor, a | 227 |
membranes, journal reviews | 153 |
Pd, deposition, for H2 sensor, a | 44 |
permeation membranes for H2 purification, a | 44 |
resistors, for LSI circuits, a | 50 |
Pt, for methane sensor, a | 170 |
ultrathin, morphology, a | 44 |
Pt oxide, hydrous, formation, reduction, a | 227 |
Pt poly cry stalline structures, nanoscale technology | 101 |
Pt-Pd, for X-ray mirrors | 158 |
Pt-PSZ, properties, a | 225 |
Pt/Co multilayers, a | 108, 118, 169, 175, 225 |
Pt/Co, Pt/Fe multilayers see Magneto-Optics | |
Pt/Co/SiO2, Si, magnetic properties | 13 |
FVMgO(100), pulsed laser deposition, a | 169 |
Ru, mirror, synthesis, properties, a | 41 |
see also Films; Langmuir-Blodgett Films; Magneto-Optics | |
Thiocarbonyl Ylide, synthesis, a | 115 |
Thiophene, catalyst poison effects, a | 114 |
Tin, determination in seawater, a | 170 |
Titanium, adhesive layer between Pt/Al2 O3,TiO2, SiO2, a | 45 |
TiO2, photoetched/photoreduced Pt patterns, a | 168 |
Transistors, IrO2 -Au for pH sensor, a | 227 |
Trichloroethane, hydrodechlorinated, a | 46 |
Trimethylamine, sensor, a | 113 |
Urethanes, mono-, di-, synthesis, a | 173 |
U.S. Bureau of Mines, supply, of Pt,Pd,Rh | 70 |
Vinyl Esters, synthesis, a | 175 |
Vinyl Ketones, a | 49 |
Vinylarenes, hydroboration, a | 48 |
Vinylation, carbonylative, of arylmercuric chlorides, a | 115 |
Vitamin D, metabolites, synthesis, a | 48 |
Volatile Organic Compounds, halogenated, destruction | 186 |
Voltammetry, anodic stripping, metal detection in water, a | 170 |
cathodic stripping, Se detection in water | 158 |
cyclic, of Cu-histidine system, on Pt micro-electrode, a | 110 |
of Ru complex/Nafion for water oxidation catalyst, a | 168 |
Wacker, type catalysts, a | 229 |
Water, containing Cu, Cd, Pb, detection by voltammetry, a | 170 |
containing Se, detection by voltammetry | 158 |
nitrate, nitrite removal | 211 |
organic pollution control, a | 229 |
oxidation catalyst, a | 168 |
see also Seawater | |
Water Gas Shift Reaction, a | 172 |
X-Rays, Pt-Pd surfaced mirrors for | 158 |
Xylene, isomers, isomerisation, a | 113 |
Zirconium Alloys, Zr-Pd-Ru, wear resistant | 194 |