Acetaldehyde, synthesis, a | 55, 231 |
Acetals, silyl, synthesis, a | 169 |
Acetylenes, amine addition, a | 57 |
Acylation, amines, a | 113 |
N -Acyldehydrophenylalanine, hydrogenation, a | 56 |
Adsorption, anions, on Pt(111) defects, a | 48 |
chlorophyll, adsorption on Pt electrode, a | 51 |
CO, on Pd/Ce2, a | 229 |
ethylene, on Pt(111), a | 48 |
H2,onCo/Pt(110),a | 48 |
N2O and CO, photo-, on Pt(111), a | 52 |
nitroethane, on skeletal Rh-Ru, a | 52 |
O2,OnPd(111), a | 166 |
trimethylamine, on Ru/TiO2, a | 112 |
Alcohols, alkynemono-ols, isomerisation, a | 169 |
ethyl, sensor, a | 227 |
fuelled vehicles, exhaust control | 185 |
methyl electro-oxidation, on Pt, a | 166, 226 |
on Rh-, Pt-, Ir-Sn oxides, a | 225 |
photooxidation, by Pd0/TiO2, a | 227 |
synthesis, by modified Pd catalysts, a | 111 |
from syngas, a | 56 |
oxidation, by Ru complexes, a | 114 |
oxidation by K2PtCL4, Pt/O2, a | 229 |
photoproduction, a | 107 |
propan-2-ol, for imine hydrogenation, a | 230 |
propynyl, for trimethyl aconitate synthesis, a | 229 |
Aldehydes, synthesis, a | 57, 113 |
Alkanes, C5-C6, aromatisation, a | 228 |
C6, reactions with H2, on Pt/Al2O2, a | 228 |
n -, hydrocracking, a | 230 |
oxidation by K2PtCl4, Pt/O2, a | 229 |
photooxidation to alcohols, a | 107 |
Alkenes, hydrogenation, by anchored Rh complexes, a | 112 |
Alkyl Carbamates, production, a | 111 |
Alkylamines, oxidative carbonylation, a | 111 |
sensor, a | 168 |
Alkylidene-γ-Butyrolactone, hydrogenation, a | 113 |
C-Alkylimidazole, synthesis, using Pt/Al2O3, a | 228 |
N-Allyloxycarbonyl, reactions, a | 113 |
Amides, synthesis, a | 113 |
Amines, acylation, by Pd(OAc)2, a | 113 |
addition to acetylenes, a | 57 |
alkynyl-, for cyclic imine synthesis, a | 57 |
catalyses, a | 110 |
detection system, a | 110 |
for synthesis of Ν,Ν’-disubstituted ureas, a | 55 |
Amino Acids, chemiluminescence reaction detector, a | 110 |
Ammonia, catalyses, a | 110 |
detector, a | 137 |
synthesis, a | 112, 169, 229 |
used in Pd/SiO2 preparation, a | 112 |
Aniline, synthesis, a | 230 |
Arenes, hydrogenation, in trickle-bed reactor, a | 56 |
Aromatisation, C5-C6 alkanes, over Pt/BaKL zeolite, a | 228 |
hexane, n -, by Pt/molecular sieves, a | 110 |
methane, by Pt/pentasil catalysts, a | 228 |
propane, on Pt-Ir,La,Re/ZSM-5, a | 54 |
Aryl Chlorides, vinylation, a | 230 |
Arylboronic Acids, coupling with haloarenes, a | 169 |
Azobenzene, selective hydrogenation, a | 55 |
Benzaldehyde, one-pot synthesis from olefins, a | 166 |
Benzene, hydrogenation, a | 111, 112, 169 |
Biaryls, sterically hindered, synthesis, a | 169 |
Biphenyl, hydrogenation, a | 111 |
Bismuth, catalyst modifier, a | 111 |
Bonding, diffusion, Pd to ZrO2, a | 165 |
wafer, for Pd/GaAs, a | 115 |
Book Reviews, Carbonylation: Direct Synthesis of | |
Carbonyl Compounds | 39 |
Catalysis Volume 9: a Specialist Periodical Report | 85 |
Chemistry of the Platinum Group Metals | 34 |
“Platinum 1992” | 150 |
The Ayrton Metals Platinum Yearbook 1992 | 89 |
Brazing, ceramic-metal, by Pd alloys, a | 110 |
p-Bromotoluene, hydrodehalogenation, a | 169 |
Butadienes, for disubstituted aldehyde synthesis, a | 57 |
n-Butenes, hydroformylation, a | 113 |
Cancer, Pt complexes, synthesis, characterisation, a | 59 |
Pt compounds, effect on tumour cells, a | 59 |
Pt drugs, a | 178, 231 |
Carbenoid Reaction, Rh(II) ligand change effects, a | 113 |
Carbocyclisation, tetraene, by Pd(OAc)2, a | 113 |
Carbon, composites, ZrPt3 coated | 201 |
Carbon Oxides, CO2 | |
Electroreduction in water on TiO2/RuO2 | 226 |
for formic acid synthesis, a | 169 |
photoreduction to HCOOH and HCHO, a | 53 |
CO, adsorption ability of Pd/CeO2, a | 229 |
atmospheric, global trends | 126 |
binding to [Rh(TMPP)2(CO)]+ in glass, a | 225 |
copolymerisation with olefins, a | 57 |
cyclohexane carboxylation, a | 57 |
formation on methane oxidation, a | 228 |
hydrogenation, by Pd/SiO2-modified catalysts, a | 111 |
for liquid hydrocarbon synthesis, a | 168 |
oxidation, catalytic, a | 54, 110 |
photo-coadsorption with N2O, on Pt(111), a | 52 |
sensors | 79, 184 |
Carbonylation, book review | 39, 79, 184 |
methylacetate, by [PPh2Pt]2, a | 57 |
nitrobenzene, a | 170 |
oxidative, alkylamines, a | 111 |
propynyl alcohol, for trimethyl aconitate, a | 229 |
triarylbismuthines, a | 113 |
Carboplatin | 178 |
Carboxylation, cyclohexane, a | 57 |
Carboxylic Acids, C-H bond hydroxylation, a | 57 |
derivatives, photodecomposition to H2, a | 107 |
Catalysis, 10th Int. Congress 1992 | 202 |
heterogeneous, a | 54-56, 110-112, 168-169, 228-229 |
homogeneous, a | 56-58, 112-114, 169-170, 229-231 |
transition metal and enzymes, review, a | 110 |
Catalysts, automotive, in lean burn engines | 2 |
three-way, model catalyst, a | 104 |
emission control, SAE 1992 Int. Congr. | 86 |
Iridium, Ir, peroxidicarbonate electrosynthesis, a | 106 |
Ir-In/Al2O3, paraffin dehydrogenation, a | 56 |
Ιr/Al2Ο3, characterisation | 98 |
Ir/Al2O3,TiO2,Al2O3-TiO2, TPR | 98 |
Ir/Cr2O3, Ir/MoO3, alcohol synthesis, a | 56 |
Iridium Complexes, Ir pentamethylcyclopentadienyl, | |
water gas shift reaction, a | 52 |
for non-gasoline powered engines | 185 |
Osmium, K2[OS3(CO)]/C, NH3 synthesis, a | 229 |
OsO4+N -memylmorpholine-N -oxide, | |
sulphide oxidation, a | 56 |
Osmium Complexes, K2[Os3(CO11)]+K/C, for | |
NH3 synthesis, a | 112 |
for olefin asymmetric dihydroxylation, a | 170 |
Palladium, in membrane reactors, see Membranes, see also Reactors | |
Pd0/TiO2, for enhanced photooxidation, a | 227 |
Pd single crystals, for cyclisations, a | 111 |
Pd-Co/Al2O3,for hydrocarbon synthesis, a | 168 |
Pd-Ni/Al2O3, preparation, adsorption, a | 55 |
Pd-Pt/ Al2O3, valence study, a | 168 |
wash-coat treatment, for oxidation, a | 54 |
Pd-Ru-graphite-H3PO4, acetaldehyde synthesis, a | 55 |
Pd/Al2O3, for CO oxidation, a | 110 |
for methane oxidation, a | 111, 228 |
Pd/Al2O3,Pd/SiO2-Al2O3, S poisoning, a | 111 |
Pd/C+Pb,Bi,Te, for propylene glycol oxidation, a | 111 |
Pd/C, for liquid-phase hydrogenation, a | 229 |
Pd/CeO2, CO adsorption ability, a | 229 |
Pd/La2O3-SnO2, for EtOH sensor, a | 227 |
Pd/SiO2+Cu+/Cu2+, naphthalene oxidation, a | 112 |
Pd/SiO2, preparation by ion exchange, a | 112 |
Pd/SiO2-metal oxide modified, for CO | |
hydrogenation, a | 111 |
Pd/TiO2, doped, hydrogenation activity, a | 111 |
PdCu/NaY zeolite, Cu leaching, a | 55 |
PdO-ΜοΟ3/γ-Al2O3, preparation, a | 112 |
Pd(OAc)2 bipyridine/montmorillonite, for | |
urea syntheses, a | 55 |
Pd(OAc)2/bipyridine-carboxyl copolymer, | |
for azo, nitro group reductions, a | 55 |
Pd,Rh,Ru/C+NaI, for alkyl carbamate synthesis, a | 111 |
preparation from solvated solutions | 80 |
Palladium Alloys, in membrane reactors, see Membranes, see also Reactors | |
Pd-Ag, Pd-Y, for ethylene hydrogenation, a | 112 |
Pd-Ru membranes, for dehydrolinalool | |
hydrogenation, a | 106 |
Pd-Zr, Pd-Zr/Al2O3, amorphous, hydrogenations, a | 169 |
Palladium Complexes, Pd2(dba)3. CHCl3.CHCl3+ | |
diols, for ketone synthesis, a | 169 |
Pd(acac)2+Ph3P, substituted aldehyde synthesis, a | 57 |
PdCl2(MeCN)2, for cyclic imines, a | 57 |
PdCl2(PPh3)2+NaI, for alkyl carbamates, a | 111 |
PdCl2(PPh3)2+OP(n -Bu)+KBr, for | |
N-phenylcarbamate, a | 229 |
PdCl2(PPh3)2+-SnCl2, for nitrostyrene | |
heterocyclisation, a | 229 |
PdI2+KI or Pd/C+KI/[Pd(thiourea)4]I2, for | |
trimethyl aconitate synthesis, a | 229 |
Pd(II)+Ph2P(CH2)PPh2, for | |
CO+olefins copolymerisation, a | 57 |
Pd(II) chelates+tridenlale salicylaldimines, | |
synthesis, a | 57 |
Pd(OAc)2+dippb ligand, for aryl chloride | |
vinylation, a | 230 |
Pd(OAc)2, for amine acylation, a | 113 |
CN insertion in oligosilane Si-Si bonds, a | 57 |
for cyclohexane carboxylation, a | 57 |
Pd(PPh3)4+Ba(OH)2, for biaryls synthesis, a | 169 |
Pd(PPh3)4, for amide, peptide synthesis, a | 113 |
Platinum, preparation from solvated solutions | 80 |
Pt, peroxidicarbonate electrosynthesis, a | 106 |
Pt black, for Np from radioactive waste, a | 228 |
Pt-CdS+RuO2+K[Ru(H-EDTA)Cl].2H2O,for | |
CO2 photoreduction to HCOOH and HCHO, a | 53 |
Pt-Rh/CeO/Al2O3, for propane oxidation, a | 168 |
Pt-Sn/ Al2O3, reforming | 81, 151 |
Pt-Sn/poly(3-methyl)thiophene, for MeOH | |
electro-oxidation, a | 226 |
Pt/Al2O3+pentasil zeolite, gasoline reforming, a | 168 |
Pt/Al2O3, for C-alkylimidazole synthesis, a | 228 |
for choroacetonitrile oxidation, a | 110 |
for CO oxidation, a | 110 |
γ-irradiated, textura! changes, a | 54 |
in Pd membrane reactor, a | 170 |
pretreatment effects for C6-alkane reactions, a | 228 |
Sn modified, coking resistance, a | 110 |
Pt/Al2O3,TiO2,Al2O3,-TiO2, TPR | 98 |
Pt/BaKL zeolite, C5-C6, aromatisation, a | 228 |
Pt/C fibres, preparation, properties, a | 51 |
Pt/C/Nafion, in PEM fuel cells, a | 114 |
Pt/CdS+WO3, H2 photoproduction, a | 52 |
Pt/La2O3-SnO2, for EtOH sensor, a | 227 |
Pt/molecular sieves, properties, a | 110 |
Pt/O2, in aqueous media, for ethers, alcohols, | |
esters, alkanes, oxidation, a | 229 |
Pt/pentasil,+Cr,Zn, catalysts, properties, a | 228 |
Pt/SiO2, surface hydroxyl effects, a | 54 |
Pt/TiO2, doped, hydrogenation activity, a | 111 |
H2 photoevolution from carboxylic acid, a | 107 |
Pt/zeolite+diphenyldiethoxysilane, for | |
nonene hydrogenation, a | 228 |
Pt/zeolite, for decane isomerisation, a | 54 |
Platinum Alloys, Pt-Ir/Al2O3,TiO2,Al2O3,-TiO2, TPR | 98 |
Pt-Ir/PS-DVB, for CO sensor | 79 |
Pt-Ir,La,Re/ZSM-5 for propane aromatisation, a | 54 |
Pt-Rh(100) 3-way model, for NO reduction, a | 104 |
Platinum Complexes, H2PtCl6+PVA, for | |
water photoreduction, a | 107 |
K2PtCl2, for alcohols, alkane, ester, ether | |
oxidation, a | 229 |
(L2Pt(CO)X), asymmetric hydroformylation, a | 56 |
[PPh2Pt]2 in RCOOR’, for ester isomerisation, | |
carbonylation, a | 57 |
[Pt3(CO6)]n2- in NaY zeolite, | |
photocatalyst for water gas shift reaction, a | 226 |
Pt metal halogenides, alkane, photooxidation, a | 107 |
PtCl2(CH3CN)2 in BF3/clay, for arene | |
hydrogenation, a | 56 |
Pt(II) ions, in water, for carboxylic acid | |
C-H bond hydroxylation, a | 57 |
Pt(P(m -C6H4SO3Na)3)2CI2/pore glass, | |
for hydroformylations, a | 112 |
Platinum Group Metals, characterisation | |
by TPR/TPD | 98 |
reactivation, regeneration, book review | 85 |
Rhodium, K2[Ru4(CO)11]/C, for gas phase NH3 | |
synthesis, a | 229 |
Rh(111), for HCHO, HCOOH, HREELS study, a | 55 |
[Rh2(O2CCH3)4]γ-amminopropyl silicate gel, | |
hydrodehalogenation of bromotoluene, a | 169 |
Rh, peroxidicarbonate electrosynthesis, a | 106 |
Rh complexes/USP-zeolites, support effects, a | 56 |
Rh ultrafine/polymer, support effect on selectivity, a | 56 |
Rh-Ru, skeletal, for nitroethane adsorption, a | 52 |
Rh/Al2O3, for CO oxidation, a | 110 |
Rh/ Al2O3, films, H/D reactions on, a | 55 |
Rh/SiO2, for chloroethanes hydrodechlorination, a | 229 |
Rh/TiO2, doped, hydrogenation activity, a | 111 |
[RhCl(COD)L], [RhCl(CO)2L], | |
[Rh(PPh3)]/SiO2, Y-zeolite, activity, a | 112 |
Rh(II) complexes/polymers, structure, activity, a | 169 |
Rhodium Complexes, [Rh(Cod)Cl2]-Ph2P(CH2)4PPh2, | |
for formic acid synthesis, a | 169 |
[(C5Me5)RhCl2]2, for chloroaromatic conversion, a | 170 |
di-Rh(II), effects of ligand changes, a | 113 |
[PPN]2[MRh2(CO)15] M=O, Ru,+bipy for | |
nitrobenzene carbonylation, a | 170 |
[Rh2(μ-S(CH2)3NMe2)2(cycloocta-1,5-diene)2], | |
for hydroformylation, a | 170 |
Rh4(CO)12, butene reactions, a | 113 |
[Rh5(CO)15]-, nitrobenzene carbonylation, a | 170 |
Rh phosphite, polymer bound, hydroformylation, a | 113 |
[Rh(acac)(CO)(PPh3)], hexene reactions, a | 230 |
RhCl3-3H2O, water gas shift reaction, a | 58 |
RhCl3,4H2O formaldehyde hydroformylation, a | 170 |
[RhCl(CO)2]2, RhCl3,3H2O, for triarylbismuthine | |
carbonylation, a | 113 |
[RhCl(PPh3)3], dimethyl muconate | |
hydrosilylation, a | 169 |
formaldehyde hydroformylation, a | 170 |
[Rh(CO)4], nitrobenzene carbonylation, a | 170 |
Ruthenium, Ru+promoter/MgO+support, | |
for NH3 synthesis | 169 |
Ru-Co/Al2O3, for hydrocarbon synthesis, a | 168 |
Ru/Al2O3, for NH3 synthesis, a | 169 |
Ru/TiO2, doped, hydrogenation activity, a | 111 |
trimetbylamine adsorption, oxidative | |
interaction, a | 112 |
Ruthenium Complexes, BINAP-Ru(II), for | |
asymmetric hydrogenation, a | 113 |
Bu4N[Ru(CO)3I3]+NaI, for alkyl carbamates, a | 111 |
K2[Ru4(CO)13]+K/C, for NH3 synthesis, a | 112 |
K[Ru(H-EDTA)Cl].2H2O+Pt-CdS-RuO2,for | |
CO2 photoreduction, a | 53 |
Ru3(CO)12-i -Bu2AlH1 for alkane | |
hydrocracking, a | 230 |
Ru3(CO)12, cyclooctadiene, cyclooctatriene, | |
for coal liquefaction, a | 230 |
Ru6(CO)16+PS, molecular size control, a | 230 |
Ru(bpy)32+, for photo-induced pigment pattern formation, a | 227 |
RuCl2(PPh3)3, imine transfor hydrogenation, a | 230 |
[RuH2(PPh3)4], for nitriles conversions, a | 170 |
[RunCl2(PPh3)4L], for alcohol oxidation, a | 114 |
[RumCl2(AsPh3)2(8-hq)], for alcohol | |
oxidation, a | 114 |
[Ru(Salen)(NO)(H2O)SbF6, for Diels-Alder | |
reaction, a | 230 |
RuSiW11O395-, for double bond cleavage, a | 166 |
Catalytic Etching, Pt/Rh, a | 168 |
Cathodic Protection, ships in sea water, a | 58 |
Cells, photobioelectrochemical, a | 107 |
photoelectrochemical, anodes in, a | 108 |
rechargeable, characteristics, a | 52 |
Ceramics, ceramic/Pt sintered compacts, a | 224 |
Chemical Production, by electrogenerative means | 202 |
Chemical Vapour Deposition, | |
organometallic, Rh, Ir films, a | 227 |
Pt from Pt bihexafluoroacetylacetonate, a | 53 |
Rh on glass, a | 108 |
Rh on Si(111), TiO2/Si(111), a | 167 |
see also Coatings; Electrodeposition; Plating | |
Chemotherapy, see. Cancer | |
Chlorate, formation, from NaCl, a | 166 |
Chloroacetonitrile, oxidation, a | 110 |
Chloroaroma tics, hydrodechlorination, a | 170 |
Chlorophyll, adsorption, on amalgamated Pt electrode, a | 51 |
Chloroplasts, platinised, in photobioelectrochemical cells, a | 107 |
Chromium, catalyst promoter, a | 56 |
in Pt+NiCr/glass, properties, a | 224 |
Cisplatin | 171, 178 |
Coal, liquefaction catalysts, a | 230 |
Coatings, for gas turbine blades | 89 |
Ir/Re, for rocket thrusters | 103 |
organometallic, by various deposition techniques | 26 |
Os-Ru, on W cathodes 33 Pd, thin layers, on less noble metals, a | 104 |
Pt/Ti, for seawater, a | 114 |
Ru/Ti mixed oxides/Si, on anodes, a | 108 |
ZrPt3 for high temperature C composites | 201 |
see also Chemical Vapour Deposition; Electrodeposition; Plating Cobalt | |
in Co/Pd multilayer films, magnetic properties, a | 224 |
in Co/Pt superlattices, atomic interdiffusion, a | 224 |
in magneto-optic films, a | 58, 104, 165 |
see also Palladium, Co/Pd; Platinum, Co/Pt | |
Coking, resistance of Pt/Al2O3, a | 110 |
Cold Fusion, a | 49,114 |
Colloids, from solvated atom solution | 80 |
Pt/Au, Pd/Au, ligand stabilised, a | 50 |
Colombia, Pt history | 40 |
Composites, C-C, ZrPt3 coatings | 201 |
RuO2-glass, AC complex impedance spectra, a | 59 |
Conductivity, detectors, for chlorinated | |
hydrocarbons, a | 108 |
Conferences, 10th Int. Congr. on Catalysis, | |
19-24 June 1992, Paris | 202 |
1992 SAE Int. Congr. | 86 |
5th Int. on Chemistry of PGMs, St. Andrews, | |
July, 1993 149 7th int. Symp. on Temperture Measurement, | 149 |
7th int. Symp. on Temperture Measurement, | |
Toronto, Spring, 1992 | 135 |
9th World Hydrogen Energy, June, Paris | 196 |
Int. Symp. on Metal-Hydrogen Systems, | |
1992 biennial, June, Uppsala | 196 |
Copper, electroless plating, on Pd1Si, a | 115 |
Corrosion, ICCS, for steel in sea water, a | 58 |
platinised Ti, in sea water, a | 114 |
prevention, of Ta, by Pt ion implantation | 149 |
protection, Pd coatings on less noble metals, a | 104 |
resistance, of Pd ions in Ti-Si1 a | 114 |
of TbFeCo+Pt,Nb, magneto-optical films, a | 104 |
Crucibles, periclase, to melt Ir | 146 |
Pt, for Bi-Sr-Ca-Cu-O glass production, a | 53, 231 |
for crystal growth, a | 54 |
Crystals, bulk single, from Pt wire in Pt crucible, a | 54 |
Cs4[IrO4], structure, a | 225 |
Czochralski, quasicrystal growth, Al70Pd20Mn10, a | 165 |
decagonal quasi, in Pd-Al-Mn, a | 49 |
single-quasi, Al70Pd20Mn10, a | 165 |
SrBaNb, Rh doped, photorefraction, a | 225 |
ThRu2P2, URu2P2, a | 225 |
Cyanides, insertion in Si-Si bonds, Pd catalysed, a | 57 |
Cyclisation, ethyne, a | 111 |
Cyclohexane, carboxylation, a | 57 |
conversions, by catalytic membrane systems | 70 |
dehydrogenation, on irradiated Pt/Al2O3, a | 54 |
in membrane reactors, a | 55, 111, 170 |
on Pd catalysts, a | 111 |
Cyclohexanecarboxylic Acid, synthesis, a | 57 |
Cyclooctenes, reactions, a | 107, 113 |
Cyclopentanones, synthesis, a | 113 |
Decane, isomerisation, a | 54 |
Dehydrogenasen, n -paraffins, on Ir-In/Al2O3, a | 56 |
Dehydrolinalool, hydrogenation, by Pd-Ru | |
membranes, a | 106 |
Detectors, a | 53-54, 108-110,167-168, 227-228 |
alkylamines, a | 168 |
amino acids, chemiluminescent reaction, a | 110 |
CO | 79, 184, 225 |
conductivity of chlorinated hydrocarbons, a | 108 |
DNA unwinding monitor, a | 171 |
electrochemical catalyst probe, a | 55 |
EPIC, for H isotope separation, a | 167 |
ethylene oxidation, a | 55 |
EtOH vapour in air, a | 227 |
gas, Pt thin film, micro-, a | 108 |
glucamate, in vivo, a | 171 |
glucose, a | 53, 59, 106, 108, 227 |
glucose measurement, a | 171 |
H2, a | 109,184 |
IR, a 55,58,231 | |
NADH, a | 168 |
NH3, a | 137 |
nitrite, a | 54, 109, 168 |
O2, in myoglobin, a | 59 |
oxalate, a | 168 |
pΗ,a 109, 168 | |
polymer electroactivity, a | 108 |
strain gauges, a | 228 |
tryptophan, a | 52 |
tunable internal photoemission, a | 167 |
Deuterium, a | 55, 114, 226, 231 |
Dialysis, electrode, a | 171 |
Diazirine, adsorbed on Pd(110), study, a | 166 |
1,2-Dichloroethane, hydrodechlorination, a | 229 |
2,2-Dichoropropionate, photooxidation, a | 227 |
Diels-Alder Reaction, a | 230 |
Diesel Engines, emission control catalysts 2, 185 | |
Diffusion, D, in Pd, a | 226, 231 |
interatomic, in Co/Pt superlattices, a | 224 |
membranes, Pd alloys | 12, 70, 90, 112, 224 |
Pd, in (001) Pt, a | 224 |
Pt in Si, a | 48 |
Re through Ir, in rocket thrusters | 103 |
Dihydroxylation, asymmetric, olefins, a | 170 |
1,2-Diketones, for water photoreduction, a | 107 |
Dimethyl Muconates, hydrosilylation, a | 169 |
Dimethylformamide, formation, a | 112 |
DNA, a | 108, 171, 231 |
Dopants, W6+, Ta5+, for catalysts, a | 111 |
see also Modifiers; Promoters | |
Electrical Conductivity, Bal-xK2RuO3, BaRuO3, a | 50 |
in Pd amorphous ultrathin films, a | 224 |
Electrical Contacts, Al-Si-Pd-Nb+Mo, bilayered, a | 171 |
ohmic, Ge/Pd/InP, a | 115 |
Pd/AuGe/Ag/Au/GaAs, a | 115, 171 |
Pd/Ge, for GaAs epitaxial lift-off, a | 115 |
Pt, by CVD, a | 53 |
with Pt/Ti, a | 114 |
Si/Pd/n-GaAs, a | 171 |
using PdVGaAs, a | 115 |
Pt/Ti on binary, ternary semicondutors, a | 114 |
RuO3/Au, Ag, for superconductors 97 Electrical Resistivity, in U-Ru1-Rh1-Ir compounds, a | 225 |
Electrochemical Cells, for glucose detection, a | 53 |
Electrochemistry, a | 51, 106, 166, 225-226 |
Electrodeposition, a | 108, 167, 227 |
see also Chemical Vapour Deposition; Coatings; Plating | |
Electrodes, anodes, Pd/Nafion-coated glassy C, for | |
HCOOH oxidation, a | 226 |
Pt clad Nb, for ICCP system, a | 58 |
Pt foil, for cathodic protection of ships, a | 58 |
Ru/Ti mixed oxides/Si, in photoelectrochemical | |
cells, a | 108 |
RuO2/TiO2, for NaCl electrolysis, a | 166 |
C paste+[Ru(bpy)2(PVP)10Cl]Cl, for nitrite | |
determination, a | 168 |
cathodes, W, Os-Ru coatings on | 33 |
Ir2+RuO2/Ti, surface studies, a | 106 |
Ir-Sn oxides, for MeOH oxidation, a | 225 |
IrO2, in pH detectors, a | 109, 168 |
LaF3/Pt, in hydrocarbon sensor, a | 108 |
modified with [Ru(bpy)2(vpy)2]2+, nitrite detection, a | 54 |
[Os(bipy)2(PVP)10Cl]Cl/glassy C, in nitrite sensor, a | 109 |
OsX, X=S,Se,Te disks, for H2O oxidation, a | 226 |
Pd-Pt, preparation, for H2 evolution, a | 106 |
platinised C fibres, in biosensors, a | 108 |
Pt+phenol, for glucose oxidase immobilisation, a | 106 |
Pt, amalgamated, irreversible chlorophyll adsorption, a | 51 |
dual layer, in SPE fuel cell, a | 230 |
in electrogenerative systems | 202 |
for glucose oxidation, a | 51, 106 |
in glucose sensor, a | 227 |
H2, O2, adsorption states, review, a | 51 |
in MeOH/air fuel cells, a | 230 |
perovskite modified/graphite, MeOH oxidation, a | 166 |
in polymer electroactivity sensor, a | 108 |
Pt wire, Teflon coated, glutamate measurement, a | 171 |
Pt-glucose oxidase, for glucose detection, a | 53 |
Pt-graphite sheet, for dissolved SO1 oxidation, a | 51 |
Pt-Sn oxides, for MeOH oxidation, a | 225 |
Pt/C+Nafion/electrolyte, thin film, | |
in PEM fuel cells 145 | |
Pt/Nafion, for O2 reduction, in SPE fuel cell, a | 51, 166 |
Pt/SPE membrane, for HCOOH oxidation, a | 225 |
Pt/YSZ, in fuel cell, a | 170 |
Rh-Sn oxides, for MeOH oxidation, a | 225 |
Ru+Tl,Pb, for O2 reduction, a | 106 |
Ru-Ir oxide, for H2, O2 evolution, a | 226 |
TiO2/RuO2 rotating disks, CO2 reduction in | |
H2O, H2 evolution, a | 226 |
Electrogenerative Systems | 202 |
Electroless Deposition, Cu on Pd2Si, a | 115 |
Pd films, a | 227 |
Electrolysis, NaCl, by RuO2/TiO2 anode, a | 166 |
Electronics, organometallic compounds for | 26 |
Emission Control, automotive, legislation | 126 |
NOx, from lean bum engines | 2 |
SAE 1992 Int. Congr. 86 | |
of vehicles powered hy non-gasoline fuel | 185 |
Ene-Lactams, synthesis, a | 170 |
Energy, conferences | 196 |
conversion, in photoelectrochemical cells, a | 108 |
transfer in polymers, a | 107 |
Engines, diesel, see Diesel Engines | |
gas turbine, protective coatings | 89 |
jet, intermetallic compounds for | 138 |
Environment, vehicle exhaust pollution | 126 |
Epoxidation, cyclooctene, stilbene, styrene, a | 107 |
Esters, oxidation by Pt, a | 229 |
Etching, catalytic, Pt/Rh gauzes, a | 168 |
plasma, RuO2 thin films, a | 166 |
Ethers, oxidation, a | 229 |
Ethylene, reactions, a | 48, 55, 112, 231 |
Ethylene Glycol, oxidation, a | 51 |
Ethyne, cyclisation, a | 111 |
Flue Gas, clean up from coal powered plants, | |
electrogeneratively | 202 |
Fluorine, in U-PGM-F phase diagrams, a | 48 |
Formaldehyde, reactions, a 53,55,170 | |
Formate, species, formation, a | 112 |
Formic Acid, oxidation | |
at Pd/Nafion-coated glassy C anode, a | 226 |
at Pt/SPE membrane electrodes, a | 225 |
photoproduction from CO2, a | 53 |
reactions on Rh( 111), a | 55 |
synthesis from H2+-CO2, a | 169 |
Fuel Cells, a | 114, 170, 230 |
MeOH | 184, 230 PEM 51, 114, 145, 166 |
SPE, a | 230 |
Gas Turbine Engines, protective coatings | 89 |
Gauzes, Pt/Rh, catalytic etching, a | 168 |
Glass, phosphate, Pt, DVS-Pt, corrosion in | 14 |
preparation in Pt crucibles, a | 231 |
Pt used for | 14 |
pyrex, supporting Pt+NiCr, properties, a | 224 |
RuO2-glass, composites, impedance spectra, a | 59 |
substrates, for Pt, Rh deposition, a | 108 |
Glasses, metallic, bulk, Pd-Ni-P, a | 109 |
Pd loaded, photochromism, a | 109 |
Glucal Derivatives, hydroformylation, a | 170 |
Glucose, detectors, a | 53, 59, 106, 108, 171, 227 |
electro-oxidation at Pt electrodes, a | 51,106 |
Glucose Oxidase, a | 106, 171 |
Glutamate, in vivo monitoring, a | 171 |
Glycol Aldehyde, synthesis, a | 170 |
Haloarenes, coupling with ary lboronic acids, a | 169 |
Heterocyclisation, nitrostyrene, a | 229 |
n-Hexane, catalytic reactions, a | 110 |
Hexenes, hydroformylation, isomerisation, a | 112, 230 |
History, 18th century purification of Pt in Colombia | 40 |
Sophus Mads Jorgensen | 217 |
Hydration, nitriles, a | 170 |
Hydrazobenzene, synthesis, a | 55 |
Hydrocarbons, atmospheric, global trends | 126 |
liquid, synthesis, a | 168 |
sensor, a | 108 |
Hydrocracking, n-alkanes, a | 230 |
Hydrodechlorination, a | 170, 229 |
Hydrodehalogenation, p-bromotoluene, a | 169 |
Hydroformylation, asymmetric, by (L2Pt(CO)X), a | 56 |
n-butenes, a | 113 |
catalyst, Rh phosphite preparation, a | 113 |
formaldehyde, a | 170 |
glucal derivatives, a | 170 |
hexenes, a | 112, 230 |
Hydrogen, adsorption at Pt/acid electrode, review, a | 51 |
adsorption on Co/Pt(110), a | 48 |
in catalytic membrane reactors | 70, 170 |
see also Membranes | |
conference | 196 |
detectors | 109, 184 |
diffusion, in Pd, Pd alloys, a | 104, 112, 224 |
evolution.on coated Ru-Ir oxide electrodes, | |
from NaOH, H2SO4, a | 226 |
from propane oxidation, a | 168 |
from water, on ΤiΟ2/RuO2 electrode, a | 226 |
for formic acid synthesis, a | 169 |
for gas sensitivity of Schottky barrier, a | 167 |
in He, sensor, humidity effect, a | 109 |
implanted in Pd-Rh, structure, properties, a | 49 |
induced ordering in Pd-Mn, a | 49 |
isotope separation, a | 167 |
for Uquid hydrocarbon synthesis, a | 168 |
in Pd, cold fusion, a | 49, 114 |
in Pd/[(Li2O)(B2O3)2][WO3]-glass, coloration, a | 109 |
photoproduction, a | 52, 107 |
pure, production, membrane technology | 12, 90, 224 |
reactions on Rh/Al2O3 films, a | 55 |
sorption at Pd-Pt alloy electrodes, a | 106 |
storage in formic acid, a | 169 |
Hydrogenation | |
alkylidene-butyrolactone, by ΒIΝAΡ-Rut(II), a | 113 |
arenes, by Pt, in trickle-bed reactor, a | 56 |
aromatic compounds, on Pt,Pd,Rh,Ru/TiO2 a | 111 |
benzene,biphenyl,naphthalene, on Pt,Pd,Rh,Ru/TiO2, a | 111 |
benzenes, on Pd catalysts, a | 55, 112, 169 |
CO, by Pd/SiO2-modified catalysts, a | 111 |
dehydrolinalool, by Pd-Ru membranes, a | 106 |
dinitrotoluene, liquid-phase, a | 229 |
ethylene, a | 112 |
imines, by propan-2-ol, a | 230 |
methylcyclopropane, on Pt/molecular sieves, | |
SAPO, a | 110 |
N-acyldehydrophenylalanine, on Rh/USP-zeolite, a | 56 |
nitrobenzene, by Pd(II)-tridentate salicylaldimines, a | 57 |
nonenes, by Pt/zeolite+diphenyldiethoxysilane, a | 228 |
olefins, by Rh catalysts, a | 56, 112 |
Hydrosilylation, dimethyl muconates, a | 169 |
Hydroxylamine, electrogenerative production | 202 |
Hydroxylation, reactions, a | 54, 57 |
Hypochlorite, formation, from NaCl, a | 166 |
Imines, hydrogenation.synthesis, a | 57, 230 |
Impressed Current Systems, for steel, ships, | |
in sea water, a | 58 |
Indoles, derivatives, synthesis, a | 229 |
Infra Red, detectors, a | 55, 58, 231 |
Integrated Circuits, Pd lead finishes, a | 59 |
Ion Exchange, for Pd/SiO2 preparation, a | 112 |
Iridium, compounds, HfIr3, for high temperature | |
C composites | 201 |
IrNb, high temperature structural use | 138 |
IrO2, SIROFs, as pH detectors, a | 109 |
U3Ir, superconductivity, a | 225 |
electrodes see Electrodes | |
in IR Schottky diode detectors, a | 231 |
Ir/Re coatings for rocket thrusters | 103 |
secondary refining | 146 |
thin films, by organometallic CVD, a | 227 |
Iridium Alloys, Ir-U, electrical/magnetic properties, a | 225 |
Ir-W, high temperature strength | 13 |
Ir-W-Th-Al, intermetallic layers with Mo, a | 105 |
Iridium Complexes, Cs4[IrO4], crystal structure, a | 225 |
Iridium Oxide, in detectors see. Detectors | |
Iridium Silicides, in Schottky IR detectors, a | 231 |
Isomerisation, reactions, a | 54, 57, 169, 230 |
Isomerism, linkage, in [(bpy)2Ru(HPTN)], a | 167 |
Johnson Matthey1 new South African autocatalyst, | |
chemical salt and noble metals plant | 164 |
“Platinum 1992” | 150 |
Jorgensen, Sophus Mads, history | 217 |
Ketones, photoproduction, synthesis, a | 57, 107, 169 |
Lactic Acid, oxidation, on Pd/C+Pb,Bi,Te, a | 111 |
Leaching, oxidative, Cu from, PdCu/NaY zeolite, a | 55 |
Lead, catalyst modifier, a | 111 |
for modifying Ru electrode, a | 106 |
Lean Burn Engines, emission control catalysts | 2 |
Liquefaction, coal, a | 230 |
Luminescence, dicyano(tetraazamacrocyclo)Rh(III) | |
complexes, a | 227 |
photo, [OsN(NH3)4]3+, a | 167 |
Ru(bpy)32+/Nafion film, for oxalate, alkylamines, | |
NADH, sensor, a | 168 |
Ru(bpy)33+, for amino acid sensor, a | 110 |
in silk fibroin membrane, a | 107 |
Magnetism, in Co/Pd multilayered films, a | 58, 104, 224 |
ferro, in Rh, Ru overlayers on Ag(001), a | 165 |
in Gd3Pd4, Gd4Pd5, a | 104 |
in Pd-Cu alloys, on ordering, a | 49 |
in Pt/Co multilayer films, a | 48, 58, 104,165 |
structure after solidification, in Pt-Co-B, a | 48 |
TbFeCo doped with Pt, Nb, a | 104 |
in U-Ru, -Rh, -Ir compounds, a | 225 |
U(Ru1-xRhx)2Si2, phases, a | 50 |
Magneto-Optics, for data storage, a | 58, 104, 165 |
see also Cobalt; Magnetism | |
Medical, a | 59, 171, 231 |
Membrane Reactors | 54, 55, 70, 111, 170, 231 |
Membranes, M/H3PO4/M’, C2H4 oxidation | |
catalyst probe, a | 55 |
Pd, Pd alloys, composites, progress | 216 |
Pd alloys, in catalytic reactors | 54, 55, 70, 111 |
Pd-Ag, Pd-Y, for ethylene hydrogenation, a | 112 |
Pd-Ru, for dehydrolinalool hydrogenation, a | 106 |
for pure industrial H2 production | 12, 90, 224 |
Pd/Al2O3, in reactors, a | 170 |
Pd/Zr, for D diffusion, a | 231 |
PEM, Pt/Nafion, a | 114 |
see also Diffusion | |
Metal Organic Vapour Phase Epitaxy, H2 for | 12 |
Metallisation, Cu of Pd2Si, a | 115 |
Pd acetate, by e-beam, a | 115 |
Methane, aromatisation, by Pt/pentasil, a | 228 |
oxidation, a | 111, 168, 228 |
Methanol, see Alcohols, methyl | |
Methyl Ethyl Ketone, electrogenerative production | 202 |
Methyl Phenylcarbamate, synthesis, a | 170 |
Methylacetate, carbonylation, by [PPh2Pt]2, a | 57 |
Methylcyclopropane, hydrogenation, on | |
Pt/molecular sieves, a | 110 |
Methylformate, isomerisation, by [PPh2Pt]2, a | 57 |
Modifiers, metal oxides, for Pd/SiO2, a | 111 |
Pb,Bi,Te, for Pd/C, a | 111 |
see also Dopants; Promoters | |
Molybdenum, catalyst promoter, a | 56 |
intermetallic layers with Ir-W-Th-Al, a | 105 |
Myoglobin, O2 saturation detector, a | 59 |
NADH, sensor, a | 168 |
Naphtha, reforming, by Pt-Sn/Al2O3, catalyst | 151 |
Naphthalene, reactions, a | 111, 112 |
Natural Gas, fuelled vehicles, exhaust control | 185 |
Neptunium, extraction from radioactive waste, a | 228 |
Nickel, in Pt+NiCr/glass, properties, a | 224 |
Niobium, magneto-optics, superconductivity, a | 104, 225 |
Nitriles, hydration, a | 170 |
Nitrite, detectors, a | 54, 109, 168 |
Nitrobenzene, reactions, a | 57, 170, 229, 230 |
Nitroethane, adsorption, on skeletal Rh-Ru, a | 52 |
Nitrogen Oxides, atmospheric, global trends | 126 |
emission control from lean bum engines | 2 |
Ν2Ο, reactions on Pt(111), a | 52 |
NO, electrogenerative reduction | 202 |
reduction on model Pt-Rh( 100), a | 104 |
Nitrostilbene, for phenylindole synthesis, a | 229 |
Nitrostyrene, for indole synthesis, a | 229 |
diNitrotoluene, liquid-phase hydrogenation, a | 229 |
Nonenes, hydrogenation, a | 228 |
Nuclear Fuel Reprocessing, Ru deposition, a | 114 |
Olefins, reactions, a | 56, 57, 112, 166, 170 |
Oligosilanes, CN insertion in Si-Si, a | 57 |
Organometallics, for electronics | 26 |
Osmium, electrodes see. Electrodes | |
Osmium Complexes, Os polypyridyl in polymer, | |
for energy transfer, a | 107 |
[Os(bipy)2(PVP)10Cl]Cl, in nitrite sensor, a | 109 |
[Oslv(Salen)(OPr)2], synthesis, a | 105 |
[OsN(NH3)4]3+, photoredox properties, a | 167 |
tetradentate dianionic chelating ligands, a | 105 |
Oxalate, sensor, a | 168 |
Oxidation, alcohols, by Ru complexes, a | 114 |
chloroacetonitrile, on Pt/Al2O3, a | 110 |
CO on Pt/Al2O3, a | 110 |
ethers, alcohols, esters, alkanes, by Pt, a | 229 |
ethylene, partial, on Pd-Ru-graphite-H3PO4, a | 55 |
ethylene glycol, on Pt single crystals, a | 51 |
Fe-Cr-Pd/Ru/Mo-Pd, high temperature, surface, a | 105 |
glucose, at Pt electrode, a | 51 |
HCOOH, at Pt/SPE membrane electrodes, a | 225 |
on Pd/Nafion-coated glassy C anode, a | 226 |
MeOH, on perovskite modified Pt electrodes, a | 166 |
on Pt-Sn/poly(3-methyl)thiophene, a | 226 |
on Rh-,Pt-,Ir-Sn oxide electrodes, a | 225 |
methane, for Pd-Pt/Al2O3, valence study, a | 168 |
on Pd/Al2O3, a | 111, 228 |
naphthalene, by Pd/SiO2+Cu+/Cu2+, a | 112 |
propane, on Pt-Rh/CeO2/Al2O3, a | 168 |
propylene glycol, lactic acid, on Pd/C+Pb,Bi,Te, a | 111 |
SO2, dissolved, at Pt-graphite sheet electrode, a | 51 |
sulphides to sulphones, a | 56 |
xylene isomers, propene, CO, on Pd+Pt/Al2O3, a | 54 |
Oxygen, adsorption at Pt/acid electrode, review, a | 51 |
adsorption on Pd(111), study, a | 166 |
electroreduction, at Pt/Nafion electrodes, a | 51, 166 |
on Ru+Tl, Pb, a | 106 |
evolution, at RuO2/TiO2 anode, a | 166 |
at OsS2 electrode, from H2O, a | 226 |
at Ru-Ir oxide electrodes, a | 226 |
photo, from Η2Ο, with carbonates, a | 107 |
Palladium, amorphous, ultrathin films, electrical | |
conductivity, a | 224 |
black, doped Pb phthalocyanine detector, for H2 | 184 |
Co/Pd multilayer films, properties, a | 58, 104, 224 |
Co/Pd, see also Cobalt | |
colloids, Pd/Au, a | 50 |
compounds, Al70Pd20Mn10, quasicrystal growth, a | 165 |
Gd4Pd5, Gd3Pd4, magnetic properties, a | 104 |
K2PdH4, Li2PdH2, Na2PdH2, properties, a | 50 |
NaPd3O4, in rechargeable cell, a | 52 |
Pd acetate, e-beam metallisation, a | 115 |
Pd/Mg(NO3)2+H2, modifier, in AAS, a | 109 |
UPd2Al3, superconductors, a | 165, 225 |
Zr2PdHx, phase studies, thermodynamics, a | 50 |
in Detectors, see Detectors | |
diffusion in (001 ) Pt, a | 224 |
diffusion bonding Pd foils to ZrO2 | 165 |
diffusion rate of D, during cathodic charging, a | 226 |
in electrical contacts, see Electrical Contacts | |
electrodeposited thin films, on PA and polypyrrole, a | 108 |
energy emissions, when loaded with D, H, a | 114 |
films, discontinuous, for strain gauge, a | 228 |
electroless deposition of, a | 227 |
H isotope separator, a | 167 |
ions, implanted in Ti-Si, corrosion resistance, a | 114 |
lead finish in surface mounted ICs, a | 59 |
loaded glass, photochromism, a | 109 |
in membrane reactors, see Membrane Reactors | |
membranes, see Membranes | |
Pd(110), diazirine adsorption study, a | 166 |
Pd(111), O adsorption study, a | 166 |
phosgene photodissociation, a | 52 |
in Schottky devices, see. Schottky | |
solvated atoms, precursors to colloids, films, catalysts | 80 |
structure on hydriding, T release, a | 49 |
thin films, see Thin Films | |
Palladium Alloys, conference | 196 |
Fe-Cr-Pd/Mo-Pd, high temp, oxidation, a | 104, 105 |
Pd-Ag, diffusion membranes 12, 90 | |
see also Membranes | |
Pd-Ag-Au-Y-Ru-Pt-Al1 for production | 90 |
Pd-Cu, electrical, magnetic properties, a | 49 |
Pd-Mn, rapidly quenched, H induced ordering, a | 49 |
Pd-Mo, rapidly solidified, structure, a | 49 |
Pd-Nb, thermodynamic stability, a | 49 |
Pd-Ni, pure H2 production | 90 |
Pd-Ni-P glass, preparation, a | 109 |
Pd-Pt, electrodes, preparation, a | 106 |
Pd-Rh, structure, property on H addition, a | 49 |
Pd-Si, mechanical alloying, a | 49 |
see also Palladium Silicides | |
Pd-Ti-Co-Ni, phase diagram, a | 224 |
Pd-Y(Gd)-Ag, H2 diffusion in, a | 224 |
Palladium Complexes, β-[(CH3)4N][Pd(dmit)2]2, a | 105 |
paramagnetic, a | 52 |
Pd porphyrin, O2 in myoglobin sensor, a | 59 |
Pd(NH3)2Br2, Pd(NH3)2(NO2)2, in plating baths, a | 167 |
tetrakistriphenyl Pd(0), synthesis, a | 105 |
Palladium Silicides, Cu electroless plating on, a | 115 |
n -Paraffins, dehydrogenation, on Ir-InAl2O3, a | 56 |
Patents | 60-68,116-124,172-176, 232-236 |
Peptides, production, by Pd(PPh3) 4, a | 113 |
Permeability see Diffusion | |
H2,in thin Pd coatings, a | 104 |
Petroleum, reforming, a | 168 |
pH, sensors, a | 109, 168 |
Phase Diagrams, Pd-Mo alloys, a | 49 |
Pd-Ti-Co-Ni at 800°C, a | 224 |
U-PMGs, thermodynamics, a | 48 |
Phenol, hydrogenation, by membrane systems | 70 |
Phenylcarbamate, formation, a | 229 |
Phosgene, photodissociation, a | 52 |
Phosphorescence, in Pd porphyrin, a | 59 |
Photoanation, in [(bpy)2Ru(HPTN)], a | 167 |
Photocatalysis. a | 52-53,107,166-167, 226 |
Photoconversion, in solar cells | 38 |
Photodissociation, DNA, a | 108 |
N2O, a | 52 |
O2, a | 166 |
phosgene, a | 52 |
Photoelectrochemical Cells, a | 108 |
Photolysis, reactions, a | 167, 227 |
Plasma Etching, RuO2 thin films, a | 166 |
Plating, baths, Pd complexes, a | 167 |
electroless, involving Pd, a | 115, 227 |
see also Chemical Vapour Deposition; Coatings; Electrodeposition | |
Platinum 1992” | 150 |
Platinum, aluminide coatings, for gas turbine blades | 89 |
chloroplasts, in photobioelectrochemical cells, a | 107 |
Co/Pt, a | 48,58, 104, 165, 224 |
colloids, Pt/Au, a | 50 |
compounds, (C3H12)Pt(N3)2, photochemistry, a | 226 |
effect on tumour cells, a | 59 |
ZrPt3 for C coated composites | 201 |
crucibles, a | 53, 54, 231 |
in detectors, see. Detectors | |
diffusion profiles in Si, a | 48 |
in electrical contacts, see. Electrical Contacts | |
electrodeposition, see Electrodeposition | |
electrodes, see Electrodes | |
in fuel cells, see Fuel Cells | |
in glass making | 14 |
in high temperature superconductors | 97 |
ion implantation of Ta | 149 |
market influences in 1991, book review | 89 |
Pt(111), anion adsorption on defects, a | 48 |
ethylene adsorption, reactions on, a | 48 |
N2O, CO, photo-coadsorption on, a | 52 |
N2O photochemistry on adsorption, a | 52 |
Pt in TbFeCo magneto-optical films, a | 104 |
Pt-NiCr/pyrex glass, dealloying, a | 224 |
Pt/Rh gauzes, catalytic etching, a | 168 |
Pt/Si/ErSi1,, for internal photoemission sensor, a | 167 |
Pt(hkl) surfaces, ethylene glycol oxidation, a | 51 |
purification, 18th century | 40 |
resistance thermometers, see. Resistance Thermometers | |
in Schottky devices, see. Schottky | |
in sintered ceramics, a | 224 |
solvated atoms, precursors to colloids, | |
films, catalysts | 80 |
thick films for low temperature measurement, a | 231 |
Platinum Alloys, Pt-Co-B, magnetism, structure | |
after solidification, a | 48 |
Pt-Ir wire, in glucose sensor, a | 59 |
in traction MeOH fuel cells | 184 |
Platinum Complexes, anti-cancer drugs | 59, 178, 231 |
[Net4]2[Pt12(CO)24]/graphite, STM, a | 165 |
[Pt2(P2O5H2)4]4-, DNA photocleavage, a | 108 |
tetrakistriphenyl Pt(0), synthesis, a | 105 |
for unwinding DNA, a | 171 |
Platinum Silicides, in Schottky devices, see Schottky | |
Poisoning, CO, on MeOH electro-oxidation, a | 166 |
S, effects in Pd/Al2O3, Pd/SiO2-Al2O3, a | 111 |
thiophene, on Pt/Al2O3, effects, a | 228 |
Pollution Control, book review | 85 |
by electrogenerative systems | 202 |
by motor vehicles | 126 |
in lean burn engines | 2 |
in vehicles powered by non-gasoline fuel | 185 |
Polymerisation, CO+olefins, a | 57 |
Polymers, electroactivity in cell, monitor, a | 108 |
[Rh(TMPP)2(CO)]+, for binding CO, a | 225 |
[Ru(bpy)2(PVP)10Cl]Cl, a | 168 |
Ru,Os-containing, for energy transfer, a | 107 |
Potassium, catalyst promoter, a | 55 |
Powders, bimetallic, ultra-fine, Pt, Pd, Au, preparation | 80 |
Promoters, alkali metal, for NH3 synthesis, a | 169 |
Cr,Mo,V, to Ir catalysts, a | 56 |
K,for Pd-Ni/Al2O3, a | 55 |
NaI, catalyst, a | 111 |
see also Dopants; Modifiers | |
Propane, fuelled vehicles, exhaust control | 185 |
reactions, a 54, 168 | |
Propene, oxidation, a | 54 |
Propylene Glycol, oxidation, a | 111 |
Quasicrystals, growth, Czochralski, a | 165 |
Radioactivity, Np, extraction, a | 228 |
Reactors, catalytic membrane, see. Membrane Reactors continuous-flow stirred, for water gas shift reaction, a | 58 |
fixed bed, a | 110 |
trickle-bed, a | 56 |
Recording Film, see Magneto-Optics | |
Reforming, naphtha, book review | 85 |
Pt-SnVAl2O3 catalyst | 151 |
pyrolysis gasoline, a | 168 |
steam, for H2 formation, a | 168 |
Resistance Thermometers | 11, 59, 135 |
Rhenium, in rocket thrusters | 103 |
Rhodium, compounds, ClRh(CO)(PPh3)2, | |
photochemical behaviour, a | 227 |
Mg2RhH1, Mg2Rh1 synthesis, a | 105 |
Rh(CO)2(C5H7O2), thermal deposition, a | 167 |
deposition by CVD, strips, thin films, a | 108, 167, 227 |
doped SrBaNb crystals, photorefraction, a | 225 |
ferromagnetism in Rh/Ag, a | 165 |
in high temperature superconductors | 97 |
Pt/Rh gauzes, catalytic etching, a | 168 |
in resistance thermometry | 11 |
U-Rh, electrical/magnetic properties, a | 225 |
W/Rh/C multilayers, X-ray mirrors, a | 50 |
Rhodium Alloys, Rh-Pd, changes on H addition, a | 49 |
Rhodium Complexes, dicyano(tetraazamacrocyclo) | |
Rh(III), photoproperties, a | 227 |
Rh(CO)2thd, Rh(CO)2hfa, CVD, a | 108 |
[Rh(η-C5Ph5)Br2] 2(1,3-/1,5-C5H12), a | 105 |
[Rh(TMPP)2(CO)]+, to bind CO, a | 225 |
Rockets, thrusters, coated with Ir | 103 |
Ruthenium, compounds, AlRu, RuSc, RuTa, | |
high temp. structural use | 138 |
Ba2Ru3Ta2O10Br1, synthesis, a | 166 |
BaRuO3, Ba1-xK1RuO3, electrical conductivity, a | 50 |
oxides, doped Pb phthalocyanine detector, for H2 | 184 |
ThRu2P2, URu2P2, properties, a | 225 |
U-Ru, electrical/magnetic properties, a | 225 |
U(Rul-xRh2)2Si2, magnetism, a | 50 |
deposition on stainless steel, nuclear reprocessing, a | 114 |
in detectors, see Detectors | |
electrodes, see Electrodes | |
ferromagnetism in Ru/Ag, a | 165 |
in n-GaAs Schottky contacts, a | 231 |
Ru(III)-EDTA-ascorbate-H2O3, hydrocarbon | |
epoxidation, a | 107 |
in Schottky diodes, a | 115 |
Ruthenium Alloys, Ce(Ru1-xCu2)2Si2, | |
resistivity, thermopower, a | 165 |
Fe-Cr-Ru, high temperature oxidation, a | 105 |
Ru-Os coatings, on W cathodes | 33 |
Ruthenium Complexes, in glucose analysis, a | 171 |
[Ru10N(CO24)]-, synthesis, a | 106 |
Ru polypyridyl, for energy transfer, a | 107 |
[Ru(bpy)2(PVP)10Cl]Cl, nitrite detection, a | 168 |
[Ru(bpy) 2(vpy)2]2+, nitrite detection, a | 54 |
Ru(bpy)32+/Nafion, chemiluminescence detector, a | 168 |
Ru(bpy)33+, in fibroin membrane, luminescence, a | 107 |
tryptophan detection, a | 53 |
Ru(dppnen)22+, photoexcited, quenching, a | 53 |
Ru(II) pyridyltriazole, photoreactions, a | 167 |
RuL2-(μ-CN)Ru(CN)L’2)2, in solar cells | 38 |
[RuMn(μ-Η)(μ-ΡΡ2)(η25-C5Η5)(CΟ)5], | |
synthesis, reactions, a | 105 |
[Ru(PPh3)2(TCNQ)]2, structure, a | 50 |
Ruthenium Oxides, RuO2 thin films, plasma etching, a | 166 |
RuO2-glass, composites, impedance spectra, a | 59 |
RuO2/Au, Ag, superconductor contacts | 97 |
SAE, 1992 Int. Congr. | 86 |
Schottky Barrier Detectors, IR | 58 |
Schottky Barrier Diodes, laser CVD Pt deposition, a | 53 |
Pd/n -GaAs, fabrication, annealing, a | 58 |
Pt/GaAs, sensor sensitivity, a | 137 |
Pt/n -GaAs, construction, a | 171, 231 |
NH3 detection, a | 137 |
PtSi-n -Si(100),a | 171 |
PtSi-Si.a | 115 |
Ru/GaAs, a | 115 |
Schottky Contacts, Pt/n -GaAs, e-beam preparation, a | 231 |
Ru/n -GaAs, a 231 Sensors, see Detectors | |
Silicon, a | 48, 114 |
Sodium Chloride, electrolysis, a | 166 |
Solar Cells | 38 |
Solder, PtPb, for ICs, a | 59 |
Solvated Atoms, Pt, Pd, Au, precursors | 80 |
Steel, corrosion in sea water, prevention, a | 58 |
stainless, Ru deposition on, a | 114 |
frani-Slllbene, epoxidation, a | 107 |
Strain Gauges, Pd films for, a | 228 |
Structure, micro, Pt-Co-B, after solidification, a | 48 |
Pt/Co multilayer.sputtered, magnetism, a | 104 |
Pd, on hydriding, a | 49 |
in Pd-Cu, at 300-1200K, a | 49 |
Pd-Mn, H induced ordering, a | 49 |
Pd-Rh, on H addition, a | 49 |
[Ru(PPh3)2(TCNQ)2, a | 50 |
Styrene, reactions, a | 107 |
Sulphides, oxidation to sulphones, on OsO4, a | 56 |
Sulphur, catalyst poison, a | 111 |
Sulphur Dioxide, oxidation, at Pt-grapbite sheet | |
electrode, a | 51 |
Superalloys, used for gas turbine blades | 89 |
Superconductivity, in Bi-Sr-Ca-Cu-O, a | 53 |
in UPd2Al3-Nb system, a | 225 |
Superconductors, β-[(CH3)4N][Pd(dmit)2]2, a | 105 |
high temperature, Pt, Rh, for flux pinning | 97 |
low resistance contact electrodes | 97 |
UPd2Al3, a | 165 |
Surface Science, TPR/TPD, catalyst characterisation | 98 |
Synthesis Gas, for alcohols synthesis, a | 56 |
Tantalum, a | 111, 149 |
Tellurium, catalyst dopant, a | 111 |
Temperature Measurement, 7th Int. Symp., review | 135, 59, 231 |
thick Pt films for low temperatures, a | 231 |
Temperature Programmed Reduction, catalyst | |
characterisation | 98 |
Tetraene, carbocylisation, a | 113 |
Thallium, for modifying Ru electrode, a | 106 |
Thermocouples | 59, 135 |
Thermodynamics, in Pd-Nb, a | 49 |
of U-PGMs phase diagrams, a | 48 |
Thick Films, Pt, for low temperature measurement, a | 231 |
Thin Films, (C3H12)Pt(N3) 2, on Si(111), a | 226 |
Co/Pd, multilayered, magnetism, a | 58, 104, 224 |
Co/Pt, multilayers, interdiffusion, | |
magnetisation, a | 58, 104, 165, 224 |
Ir, by organometallic CVD, a | 227 |
IrO2, SIROFs, as pH detectors, a | 109 |
organic pigment formation, a | 227 |
oxide, on Pd implanted Fe-40Cr alloys, a | 104 |
Pd, amorphous, electrical conductivity, a | 224 |
discontinuous on glass, for strain gauge, a | 228 |
electroless deposited, a | 227 |
on PA and polypyrrole, a | 108 |
protective layers on less noble metals, a | 104 |
Pd alloys, for industrial H2 production | 90 |
Pd(OOCCH3)2, e-beam metallisation, a | 115 |
polymerised phenol, on Pt electrodes, for | |
glucose oxidase immobilisation, a | 106 |
Pt+NiCr/pyrex glass, dealloying, a | 224 |
Pt, in fuel cell electrodes | 145 |
Pt on glass, for microsensor, a | 108 |
Pt, Pd, from solvated metal atom solution | 80 |
Pt/Nafion, in PEM fuel cells, a | 114 |
PtSi, in Schottky diodes, a | 115 |
Rh, by CVD, a | 167, 227 |
Ru/Ti mixed oxides/Si, for anode protection, a | 108 |
RuO2, plasma etching, a | 166 |
TbFeCo+Pt,Nb, corrosion, magnetism in, a | 104 |
Thiophene, catalyst poison, a | 228 |
Tin, catalyst modifier, a | 110 |
Titanium, platinised, corrosion in sea water, a | 114 |
Pt/Ti, in electrical contacts, a | 114 |
Ti-Si, implanted with Pd ions, corrosion, a | 114 |
Triarylbismuthines, carbonylation, a | 113 |
Trichloroethylene, hydrodechlorination, a | 229 |
Trimethyl Aconitate, synthesis, a | 229 |
Trimethylamine, adsorption, on Ru/TiO2, a | 112 |
Tritium, release from Pd, a | 49 |
Tryptophan, chemiluminescence, with Ru(bpy)33+, a | 53 |
Tungsten, catalyst dopant, a | 111 |
U-PGM-F, phase diagrams, a | 48 |
Uranium, U-PGM phase diagrams, thermodynamics, a | 48 |
Ureas, Ν,Ν’-disubstituted, synthesis, a | 55 |
Vanadium, catalyst promoter, a | 56 |
Vinylation, aryl chlorides, a | 230 |
Water, electrochemical reduction, a | 226 |
oxidation, on OsX2 disk electrodes, a | 226 |
photodecomposition, a | 107 |
Water Gas Shift Reaction, a | 52, 58, 168, 226, 230 |
Wires, Pt, for crystal growth, a | 54 |
Pt-Ir, in glucose sensor, a | 59 |
X-Ray Mirrors, W/Rh/C multilayers for, a | 50 |
Xylene isomers, oxidation, a | 54 |
Zirconium, ZrO2, bonding with Pd, a | 165 |