Abbe, Ernst, history | 74 |
Absorption, H, by Pd+lignin cathode, a | 85 |
by Pd | 112 |
Acetaldehyde, adsorption, on Rh/SiO2, a | 88 |
Acetates, allyl, vinyl, hydroformylation, a | 185 |
Acetic Acid, direct conversion from methane, a | 139 |
Acetylene, catalytic hydroiodination, a | 36,139 |
hydrogenation, a | 34,139 |
production from CH4+CO2, a | 87 |
Acid Rain, flue gas desulphurisation | 70 |
Acyl Chlorides, cross-coupling to a-alkoxystannanes, a | 89 |
Adsorption, CO, on Pt80Fe20 (111) single crystals, a | 83 |
Alcohols, allylic, oxidation, by Pd(II) salts, a | 37 |
1-arylethanol production from vinylarenes, a | 37 |
EtOH, synthesis, from syngas, a | 88 |
hydrocarboxylation, by PdCl2(Ph3P)2, a, | 139 |
MeOH, electro-oxidation, at Pt-Sn/C electrode, a | 181 |
by Pt in polyaniline electrodes, a | 135 |
on Pt-Ru electrodes, a | 181 |
on Pt-Sn/C in silicotungstic acid, a | 135 |
oxidation, by Pd/γ-Al2O3, a | 137 |
oxidation, by K chlorate + Ru heterocomplex, a | 139 |
synthesis from CO2 hydrogenation, a | 138 |
Aldehydes, a | 37,139,140 |
production, a | 185 |
Alk-1-yne, hydrosilylation, a | 37 |
Alkanes, dehydrogenation, a | 185 |
from Ru methylene complexes, a | 38 |
oxidation to alkyl esters by Rh complex, a | 89 |
production from CO+H2, a | 88 |
Alkenes, hydroformylation, a | 139, 185 |
hydrosilylation, over Rh carbonyl-pyridine/SiO2, a | 36 |
production from CO+H2, a | 88 |
Alkylaromatics, electrocatalytic oxidation | |
by Ru complex, a | 89 |
1-Alkynes, cross-coupling reactions, a | 184 |
Alkynes, hydroformylation, a | 185 |
Allenes, cross-coupling reactions, a | 184 |
Allylic Esters, reduction with formic acid, a | 184 |
Amines, allyl, reactions with Ru(II) complexes, a | 180 |
Amino Acids, flow detector, a | 137 |
Ammonia, synthesis, Ru/zeolite A | |
catalyst preparation, a | 138 |
Aniline, copolymerisation, a | 86 |
Annulation, 1,4-dienes, a | 37 |
Anthracenes, electro-reduction, | |
on poly(vinylferrocenium)/Pt, a | 135 |
Aromatisation, n-C6, Pt/ML basic metal effects, a | 137 |
n-hexane, over Pt/NaY zeolites, a | 183 |
n-hexane, methylcyclopentane, on KL zeolites, a | 183 |
Automobiles, emission control | |
technology | 2,10, 87, 109, 173 |
Ballard Bus | 71 |
Battery, Ni oxide-metal hydride, | |
activated with Pd, Pt black, a | 86 |
Benzene, hydrogenation, a | 35, 139 |
productions, a | 87 |
1,1-Bi-2-naphthol, oxidation by Ru complex, a | 136 |
Book Reviews, “Environmental Catalysis”, | |
ACS Symp. Series | 173 |
“Mechanical Properties of Metallic Composites” | 118 |
“Metals in Glassmaking” | 73 |
Butadiene, telomerisation with sucrose, a | 184 |
Butylphenol, hydrogenation, over Ru catalysts, a | 184 |
Butyne-Diols, hydrogenation, a | 184 |
Cancer, Pt drugs, a | 141 |
Capacitors, supercapacitors, using oxides of Ru and Ir | 46 |
Carbon, nanotechnology, with Pd | 59 |
Rh-C60 complex, a | 180 |
Carbon Oxides, CO2, for CH4 reforming, a | 138 |
hydrogenation, for alcohol synthesis, a | 138 |
production from CH4 + CO2, a | 87 |
reaction with CH4 over Pt wire, a | 87 |
CO, adsorption on PtFe single crystal, a | 83 |
co-oligomerisation with C2H4, a | 37 |
electro-oxidation on Pt-Ru electrodes, a | 85 |
hydrogenation over Ir-Mo-Rh/SiO2, a | 138 |
for NO-CO interaction on Pt-Rh alloy, a | 137 |
production from CH4 + CO2, a | 87, 88 |
Ru catalyst preparation effects, a | 138 |
Ru cluster complex breathing | 159 |
sensor, a | 136 |
Carbonylation, pentane, photocatalysis, | |
by Rh complex, a | 182 |
reductive, of nitro-aromatic compounds, | |
with Pd complex, a | 139 |
of nitrobenzene, a | 137 |
Catalysis, 1st European Congress | 16 |
heterogeneous, a | 35-36, 87-88,137-139,183-184 |
homogeneous, a | 36-38, 88-89,139-140, 184-185 |
Catalysts, Iridium, Ir-Mo/SiO2, increased activity | |
with Rh, for CO hydrogenation, a | 138 |
Iridium Complexes, [IrH2(pz)(Hpz)(PPh3)2], | |
H transfer reactions, a | 89 |
Palladium, Ag-Pd/C fibres, nitrobenzene reactions, a | 36 |
electroless deposition from Pd complexes to films, a | 86 |
in exhaust gas emission | |
control technology | 2,10,87,109, 173 |
Pd-Ho/γ-Al2O3, styrene hydrogenation, a | 36 |
Pd/γ-Al2O3, for MeOH oxidation, a | 137 |
Pd/Al2O3 fibres, sol-gel prepared, a | 35 |
Pd/Al203-heteropolyacid, | |
for C=C hydrogenation, a | 184 |
Pd/C, promoting RhCl3, for methane | |
conversion to acetic acid, a | 139 |
Pd/CsHPMoWO, for cyclohexene oxidation, a | 36 |
Pd/Y2O3, Pd/La2O3, ionic Pd state, a | 88 |
Pd(bpy)acetate/montmorillonite, | |
for nitrobenzene carbonylation, a | 137 |
three-way, for automobiles | 57 |
Palladium Complexes, | |
Pd dichloride-l,3-bis(diphenylphosphino) propane, | |
for nitroaromatic reductive carbonylation, a | 139 |
cationic Pd(l.10-phen), (bpy), (l,10-phen)(py), | |
immobilised in Nafion, a | 138 |
K2PdCl4, Pd(AcAc)2, with allene, | |
for hydrogenations, a | 88 |
Pd2(dba)3, for terphenyl cyclisation, a | 139 |
Pd allyl+bidentate ligands, for codimerisation, | |
co-oligomerisation reactions, a | 37 |
Pd(acac)2 + Ph3 ligand, | |
for sucrose ether production, a | 184 |
PdCl2, Pd(OAc)2, allylic alcohol oxidation, a | 37 |
PdCl2(Ph3P)2, for ethylene, alcohol hydrocarbonylation, a | 139 |
Pd(OAc)2, for 1,4-diene annulation, a | 37 |
Pd(OAc)2-Iigand1PdCl(Iigand), franj-PdCl2(ligand), | |
optically active, for asymmetric reductions, a | 184 |
Pd(PPh3)2Cl2, Pd(PPh3)4, ketone production, a (Ph3P)4Pd, for nitrile production, a | 89, 88 |
for reductase inhibitor, a | 184 |
Platinum, add-on to industrial thermal incinerator | |
for air pollution control | 160 |
for exhaust gas control, CAPoC3 | 109 |
Pt10Rh90 alloy, for NO-CO reaction, a | 137 |
Pt bimetallic/γ- Al2O3, | |
for n-decane dehydrogenation, a | 35 |
Pt foil, for CH4-C3Hg combustion, a | 35 |
Pt wire, for CH4+CO2 reaction, a | 87 |
Pt-Re/Al2O3, preparation study, a | 87 |
Pt/γ-Al2O3, benzene hydrogenation, a | 35 |
Pt/Al2O3, preparation study, a | 87 |
Pt/γ -Al2O3, promoted, n-decane dehydrogenation, | 35 |
preparation, a | |
Pt/C, polycrystalline thin films, | |
O reduction activity, a | 135 |
Pt/KL zeolite, preparation by CVD, a | 87 |
Dy activity effects on reforming hexane, | |
methylcyclopentane, a | 183 |
Pt-Dy/KL zeolite, to reform hexane, | |
methylcyclopentane, a | 183 |
Pt/ML zeolite, basic metal effect on | |
n-C6 aromatisation, a | 137 |
Pt/Rh, automobile | 2, 10 |
Pt/SiO2, for H2S oxidation, a | 183 |
stabilisation, sintering, a | 35 |
Pt/support, promoter effects on auto emissions, a | 87 |
Pt/zeolites, CH4 conversions | 19 |
for n -hexane reactions, a | 183 |
Pt(NO2)2(NH3)2/superacid supports, | |
for propane combustion, a | 137 |
Platinum Complexes, Pt(H)-I-H -H2O, | 36 |
C2H2 reactions, a | |
Rhodium, colloids, for disubstituted | |
aromatic reduction reactions, a | 89 |
Ir-Mo-Rh/SiO2, for CO hydrogenation, a | 138 |
Rh(110) surfaces, for NO+H reaction, a | 184 |
Rh carbonyl-pyridine/SiO2, preparation, | |
alkene hydrosilylation, a | 36 |
Rh/γ-Al2O3, for methylcyclohexane | |
dehydrogenation, a | 138 |
Rh/Al2O3, surface explosions, a | 36 |
TiO2, SiO2, for CH4 reforming, a | 138 |
Rh/NaY, Rh/HY, preparation, zeolite effects | |
on syngas reactions, a | 88 |
Rh/SiO2, CH4 from syngas, CH3CHO adsorption, a | 88 |
promoted, for EtOH synthesis, a | 88 |
RhCl3.3H2O/SPPS, hydroformylation reactions, a | 88 |
Rh(OH)(CO)(PPh3)2 /γ -Al2O3, benzene | |
hydrogenation, a | 139 |
single crystals, surface explosions, a | 36 |
Rhodium Complexes, [(C8H14)2RhCl]2, | |
for hydroacylation of olefin derivatives, a | 185 |
chiral phosphinephosphite-Rh(I), | |
for hydroformylations, a | 140 |
(CO)4W(PPh2)2RhH(CO)(PPh3), | |
hydroformylation reactions, a | 185 |
HRh(CO)(PPh3)3, cross-coupling reactions, a | 184 |
Na3Rh(I)Cl(dpm)3, for water photolysis, a | 182 |
Rh( 1 -(2-diphenylphosphino)-1 -naphthy 1)- | |
isoquinoline, for asymmetric hydroboration, a | 37 |
Rh2Cl1(CO)4, for pentane photocarbonylation, a | 182 |
[Rh3O(OAc)6(H2O)3]OAc, alkane oxidation, a | 89 |
RhCl3, + Pd/C, for methane conversion | |
to acetic acid, a | 139 |
[RhCl(CO)2]2, for ring-opening silylformylation, a | 37 |
RhCl(PPh3)3, for cyclocarbonylation, a | 37 |
for diene-hydrosilane reaction, a | 89 |
[Rh(cod)Cl]2, for alk-l-yne hydrosilylation, a | 37 |
[Rh(cod)Cl]2-PPh3, for alk-l-yne hydrosilylation, a | 37 |
Rh(I)+chiral ligands, for asymmetric cyclisation, a | 37 |
Rh(I) arsine complexes, for alkane | |
dehydrogenation,a | 185 |
Rh(I) silyls, activation of C-F bonds, a | 185 |
Rh(III), catalytic effect on luminol | |
chemiluminescence, a | 182 |
Rh(III)-H+-I-H2O, for C2H2 to C2H4 conversion, a | 139 |
Rh(OH)(CO)(PPh3)2, benzene hydrogenation catalyst, a | 139 |
Rh(SOX)(COD), olefin hydroformylation, a | 139 |
Wilkinson's complex, (PPh3P)3RhCl1 for ketone | |
production, a | 185 |
Ruthenium, LaSrAlCuRuO/Al203, | |
characterisation, a | 184 |
perovskites, for NO reduction, a | 184 |
Ru-Co/CeO2 Fischer-Tropsch, a | 36 |
Ru-Cu/support, for alcohol synthesis, a | 138 |
Ru-Mo/SiO2, preparation, for CO hydrogenation, a | 138 |
Ru/Al2O3, CH4 oxidation to syngas, a | 36 |
Ru/black, Ru/support, for butylphenol | |
hydrogenation, a | 184 |
Ru/SiO2, for CH4 reduction, a | 88 |
K promoted, H2 chemisorption, a | 138 |
Ru/zeolite A, preparation for NH3 synthesis, a | 138 |
Ruthenium Complexes, Ru heteropoly + K | |
chlorate, for alcohol, aldehyde oxidation, a | 139 |
Ru methylene complexes, reduction with hydrosilanes, a | 38 |
RuCl3-NR4I-NR3, for esterification of ethylene, a | 185 |
[Ru(Cl)H(PPh3)3], for cycloheptadiene reactions, a | 140 |
Ru(cod)2, to give poly(enol ester)s, a | 140 |
Ru(II) dichlorotris(triphenylphosphine), | |
for perfluoroalkylpyrrole synthesis, a | 185 |
[Ru(µ-O2CH)(CO)2(PPh3)]2, | |
steroid transformations, a | 89 |
[RuO(bpy)(trpy)](C1O4)2, for alkylaromatic | |
oxidations, a | 89 |
Chemical Vapour Deposition, | |
Pt hexafluoroacetylacetonate in KL zeolite, a | 87 |
of Ru, Os thin films, a | 87 |
Chemisorption, H2, on K-Ru/SiO2, a | 138 |
Chromophores, [Ru(tpy)(BL)Cl]+, a | 181 |
Claddings, Pt on Mo-Re, for high temperatures | 108 |
Clusters, Pd, giant, structure, a | 85 |
polymer-immobilised PGMs | 60 |
Ru, ions in glass, thick film resistors, a | 185 |
Co-oligomerisation, reactions, a | 37 |
Coal, flue gas desulphurisation | 70 |
CoatingsPlating, Ti pretreatment before Pt deposition Plating Baths, pyrophosphate for, claddings, Pt on Mo-Re, high temperatures | 108 |
Ir, on C-C composites, a | 34 |
Pd, reductive deposition on porous Si, a | 87 |
Pd-Zircaloy-4, on nuclear fuel rods | 15 |
Pd/Pt black, on Pd, Pd alloy hydride electrodes. | |
H discharge characteristics, a | 86 |
poly(vinylferrocenium) on Pt electrodes, a | 135 |
Pt/Al2O3, for selective solar collectors | 179 |
Ru oxides, for anodes | 70 |
RuO2/TiO2 film on electrodes, a | 86 |
Cobalt, Co/Pt, disks, write/erase cycling, a | 38 |
see Multilayers, see also Magneto-Optics | |
in superlattices with Pt, a | 180 |
Codimerisation, reactions, a | 37 |
Cold Fusion, a | 86 |
Colloids, Rh, for disubstituted aromatic reduction, a | 89 |
Composites, NiO-Pd, transport properties, a | 180 |
Conferences, 1st European Congress on Catalysis, | |
Montpellier, France, September 1993 | 16 |
3rd Int. Cong. Catal. Auto. Poll. Control (CAPoC3), | |
Brussels, April 1994 | 109 |
3rd Inter-republic Conf. Hydrogen Mater. Sei. & Chem. | |
of Metal Hydrides, Ukraine, October 1993 | 20 |
6th MMM/Intermag, New Mexico, June 1994 | 164 |
10th World Hydrogen Energy, Florida, June 1994 | 174 |
Fuel Cells, Long Beach, February 1994 | 71 |
SAE, Detroit, February 1994 | 57 |
Copolymerisation, aniline, para -phenyldiamine, | |
on IrO2/Ti electrodes, a | 86 |
immobilised PGM clusters | 60 |
Corrosion, Pd(100) layer-by-layer in H2SO4, | |
I catalysed, a | 90 |
Corrosion Protection, a | 140 |
Cottington, Ian E. | 150 |
Cross-Coupling Reactions, α-alkoxystannanes | |
to acyl chlorides, a | 89 |
Pd catalysed, for reductase inhibitor, a | 184 |
Rh catalysed, unactivated allenes and 1-alkynes, a | 184 |
Crystals, Ir, Ir alloys, single rod, fracture behaviour, a | 84 |
Pd in C worms | 59 |
Pt80Fe20(111), single, for CO adsorption, a | 83 |
Cyclisation, asymmetric, catalysts for, a | 37 |
oxidative, terphenyls, for triphenyl synthesis, a | 139 |
Cyclocarbonylation, | |
l-aryl-2-(trimethylsilyl)acetylene, a | 37 |
Cycloheptadiene, reactions, | |
with [Ru(Cl)H(PPh3)3], a | 140 |
Cyclohexene, oxidation. | |
over Pd/heteropoly compounds, a | 36 |
n-Decane, dehydrogenation, a | 35 |
Dehydrogenation, alkanes, a | 35, 138, 185 |
reactions, by Pd-Ag tubular membranes, a | 141 |
Deposition, Pd laser written lines, a | 182 |
reductive, Pd on porous Si, a | 87 |
Desulphurisation, of coal flue gas | 70 |
Detectors, amino acids, a | 137 |
CO, O2, by PtAu/ZrO2,Y,O3,Yb2O3/Pt, a | 136 |
glucose | 35, 108 |
H2 | 21, 137, 174,183 |
H2S, by RGTO Pt/SnO2 a | 34 |
IR, tunable | 163 |
lactate, enzyme microelectrode with Rh | 108 |
methane, of Pt or Pd doped SnO2, a | 34 |
peptides, a | 137 |
periodate, a | 183 |
pH,a | 87, 136 |
pyranose oxidase, a | 183 |
saccharides, a | 183 |
Deuterium, diffusion into Pd at high temperature, a | 134 |
Dienes, reactions, a | 37,89 |
Diesel Engines, pollution control, CAPoC3 conf. | 109 |
Diffusion, H and D into Pd, a | 34, 134 |
2,3-Dihydro-1H -inden-l-ones, production, a | 37 |
Diodes, p+n. Pt-diffused, electrical properties, a | 38 |
Diurethanes, synthesis, a | 139 |
Döbereiner, Johann Wolfgang, history | 74 |
Dysprosium, effects on Pt-KL zeolite | |
reforming catalysts, a | 183 |
Editorial | 150 |
Electrical Contacts, ohmic, Au/Pd/Te/n-InP, a | 141 |
Pd/Ge, for CHTNT/NERFETs fabrication, a | 90 |
Ti/Pt/Au/n-InN, thermal stability, a | 141 |
ultra low resistance, with Pt/Ti/Pt/Au, a | 141 |
Electrocatalysis, of Pt and RuO2, | |
interfacial mediator interpretation | 166 |
Electrochemical Cells, for T generation, a | 86 |
Electrochemistry, a | 33, 34, 85, 86, 135,181 |
Electrochromism, multicolour, by redox | |
reactions of Ru(bpy) & MV, a | 86 |
Electrocrystallisation, for Co/Pt superlattices, a | 83 |
Electrodeposition, a | 34, 86, 87,136, 182 |
Co-Pt, Co-Pd thin films from alkaline baths, a | 180 |
Pt on Ti electrodes | 165 |
Electrodes, amperometric, Pt, platinised graphite. | |
saccharide, pyranose oxidase, determination, a | 183 |
anodes, Ru oxide coatings | 70 |
cathodes, Pd+lignin, H sorption, a | 85 |
Pd, D loaded for T generation, a | 86 |
Pt in MeOH/air fuel cells, a | 89 |
DSA, Ru+Pt+Ti mixed oxide, a | 85 |
in fuel cells see Fuel Cells | |
IrO2/Ti, copolymerisation reactions, a | 86 |
IrRuS semiconductor, O2 evolution, a | 181 |
Nafion-coated ITO, + Ru(bpy) + MV, | |
redox reactions, a | 86 |
Ni-Nb-Pt, for ethylene oxidation, a | 181 |
Pd, corrosion behaviour, a | 34 |
H discharge, a | 86 |
for pH measurements, a | 136 |
Pd-Ni-Rh hydride, Pd-Rh hydride, | |
with Pd/Pt black coatings, H discharge, a | 86 |
photo-, Pt/p-Si, H evolving, a | 86 |
poly(vinylferrocenium)/Pt, | |
anthracene electroreduction, a | 135 |
Pt, eiectrodispersed, with Pt oxide layers, a | 33 |
for formaldehyde electro-oxidation, a | 181 |
micro-, rotating disc, O2 reduction, a | 33 |
in PAFC, a | 185 |
in phosphoric acid, a | 140 |
in polyaniline, electro-oxidation, of Cl, MeOH, a | 135 |
Pt(111), Pt(100), rotating discs, | |
O2 electroreduction, a | 85 |
supporting PZT thin films, a | 85 |
Pt rotating wire, for periodate determination, a | 183 |
Pt-Ru, for CO electro-oxidation, a | 85 |
for MeOH electro-oxidation, a | 181 |
Pt-Sn/C, for MeOH electro-oxidation, a | 181 |
Pt-Sn/C in silicotungstic acid, a | 135 |
Pt/graphite, for H2 electro-oxidation | |
in KOH solution, a | 181 |
Ru+Pt+Ti mixed oxide, properties, a | 85 |
Ru/Pt, anodic film growth, in HClO4, a | 181 |
RuO2, supporting PZT thin films, a | 85 |
RuO2-C composites, for glucose oxidation, a | 183 |
RuO2/C, for amino acid flow sensor, a | 137 |
RuO2/TiO2 film coatings, a | 86 |
Ti, Pt plated, pretreatment | 165 |
ultramicro-, Ir-based Hg, a | 87 |
Electroless Deposition, selective, Pd, | |
to bind catalyst to monolayer films, a | 86 |
Electroless Plating, Pd film in tubular | |
ceramic membranes, a | 33 |
Electroplating, Pt plating on Ti | 165 |
Emission Control, | |
auto, catalyst technology | 2, 57, 87, 109,173 |
coal flue gas | 70 |
Pt catalyst, for industrial VOC thermal incineration | 160 |
Enamines, synthesis using Ru(II) complexes, a | 180 |
Energy, hydrogen, 10th World Conf. | 174 |
storage, in supercapacitors | 46 |
Engines, to control NOx | 2 |
Enthalpies, Pt | 119 |
Enynes, production by cross-coupling reactions, a | 184 |
Epoxides, ring opening silylformylation, a | 37 |
Esters, preparations, a | 89, 140 |
Etching, Pt, by magnetron, cyclotron plasmas, a | 83 |
Ethene, dimerisation, by Pd cationic | |
complexes/Nafion, a | 138 |
Ethylene, electro-oxidation at Ni-Nb-Pt electrode, a | 181 |
hydroesterification, with methyl formate, a | 185 |
reactions, a | 37, 139 |
synthesis, a | 139 |
Ferrocene, with [Ru(bpy)3]2+ in LB monomultilayer | |
films with ferrocene, a | 137 |
Films, Pd catalyst binding to, a | 86 |
Pd-Al-Si-V,forULSI, a | 84 |
Pt/p-Si, photoelectrodes, H evolving, a | 86 |
RuO2/TiO2 coatings on electrodes, a | 86 |
see also Thin Films, see also Multilayers | |
Fischer-Tropsch, reactions, a | 36,38 |
Flue Gas, desulphurisation | 70 |
Fluorine, C-F bonds, activation, a | 185 |
Formaldehyde, electro-oxidation on a Pt electrode, a | 181 |
Formate, stabilisation on Pt(Ill), a | 134 |
Formic Acid, reduction with allylic esters, a | 184 |
Fuel Cells, a | 38, 89,90, 140, 185 |
conference | 71 |
MeOHZair, a | 89,90 |
PAFC, a 9 | 0,185 |
PEM | 174 |
Ru in, a | 140 |
SOFC, a | 140 |
Fullerenes, Pd crystals in nanoworms | 59 |
Glass, making | 73,74 |
Glasses, Pd-Ni-P, high temperature properties, a | 32 |
in thick film resistors, a | 185 |
Glucose, detector, a | 35 |
oxidation, a | 183 |
Heat Pumps | 174 |
n-Hexane, aromatisation, a | 183 |
reactions over Pt catalysts, a | 183 |
History, glass making using Pt in Jena | 74 |
Spanish platina | 22,126 |
Holography, of Pt(111), a | 136 |
to reconstruct Pt(110) surfaces, a | 182 |
Hydroacylation, styrene, pentafluorostyrene, a | 185 |
Hydroboration, asymmetric, of vinylarenes, a | 37 |
Hydrocarbons, unsaturated, hydrogenation | |
by Pd(II)-allene system, a | 88 |
Hydrocarboxylation, ethylene, alcohols, a | 139 |
Hydroesterification, ethylene + methyl formate, a | 185 |
Hydroformylation, alkenes, alkynes, a | 185 |
reactions, a | 88,139,140 |
Hydrogen, 10th World Hydrogen Energy Conf. | 174 |
absorption, by Pd cathode+lignin, a | 85 |
absorption effects on Zr2Rh, a | 134 |
chemisorption, on K-Ru/SiO2, a | 138 |
diffusion into Pd at high temperature, a | 134 |
discharge from Pd, Pd hydride alloy electrodes, a | 86 |
electro-oxidation in KOH solution, | |
at Pt/graphite electrode, a | 181 |
Pd, Pd alloys, conference | 20 |
Pd separation membrane, a | 140 |
Pd-H system | 112 |
permeation in Pd, PdNi, PdRu, PdAg membranes, a | 34 |
photoevolution, from Pt/p-Si, a | 86 |
production from CH4, a | 88 |
reaction with NO, a | 184 |
recovery from H2S, by Pt/SiO2, a | 183 |
sensors | 21,137, 183 |
solubility in Pd alloys, a | 84 |
transfer reactions, a | 89 |
Hydrogen Sulphide, catalytic control in cars | 2 |
detector, a | 34 |
H recovery from, a | 183 |
Hydrogenation, acetylene, a | 34,139 |
benzene, a | 35,139 |
butylphenol, over Ru catalysts, a | 184 |
C=C, in butyne-diols and octene, | |
by Pd/Al2O3-heteropolyacid, a | 184 |
CO2, for alcohol synthesis, a | 138 |
CO, over Ir-Mo-Rh/SiO2, a | 138 |
Ru catalyst preparation effects, a | 138 |
disubstituted aromatic rings, a | 89 |
styrene, over Pd-Ho/γ-Al2O3, a | 36 |
unsaturated hydrocarbons, a | 88 |
Hydroiodination, acetylene, a | 139 |
Hydrosilylation, of alk-l-yne, a | 37 |
alkenes, a | 36 |
Industrial Pollution, Pt catalyst for | 160 |
Infrared, detectors, tunable | 163 |
Interconnects, nanosize | 56 |
Iodine, promoter, CH4 conversion to CH3COOH, a | 139 |
in Pt homogeneous system, C2H2 reactions, a | 36 |
Iridium, coatings on C-C composites, a | 34 |
compounds, Ir3Si4/SiGe/p-Si(100), | |
high temperature stability, a | 84 |
ZrRh shape memory effect, a | 84 |
Ir-Au bilayer films, in superconducting | |
phase transition thermometers, a | 38 |
Ir/quartz, thin films, by MOCVD from | |
Ir(tetramethyl-heptadione)(cyclooctadiene), a | 136 |
mixed metal oxide magnetic properties, a | 33 |
in Schottky diodes, a | 141 |
single crystal rod, fracture behaviour, a | 84 |
in tunable IR detectors | 163 |
Iridium Alloys, Ir-Al-Si, high temperature | |
oxidation, a | 134 |
Ir-Nb-Zr, high temperature properties, a | 33 |
Ir-Re-Ru, fracture behaviour, a | 84 |
Iridium Complexes, | |
Ir(CO)Cl(PPh3)2(O2), photo-elimination of O, a | 136 |
IrR(CO)L2(mnt), photochemistry, a | 136 |
Iridium Oxides, | |
IrO2-Ta2O5 ultrafine particles, sol-gel preparation, a | 134 |
in supercapacitors | 46 |
Iridium Silicides, phase diagram, a | 33 |
Iron, promoter, to Rh/SiO2, for EtOH synthesis, a | 88 |
Japan, Johnson Matthey Kitsuregawa Technical Centre | 11 |
Jena, glass making history | 74 |
JM216, anti-cancer drug, a | 141 |
Johnson Matthey, Kitsuregawa Technical Centre | 11 |
“Platinum 1993 Interim Review” | 15 |
“Platinum 1994” | 125 |
Joining, of ceramic/Pd composites, a | 35 |
Ketones, alkyl, production, a | 185 |
Langmuir-Blodgett, films, optical modulation, a | 182 |
monolayers, of Os(DPP)3, electron kinetics, a | 135 |
trough, multimonolayers, with Ru(bpy) | |
and ferrocene, electrical properties, a | 137 |
see also Thin Films | |
Lasers, Pd in, a | 32 |
Lignin, in Pd electrode, for H sorption, a | 85 |
Lithium, promoter, to Rh/SiO2, for EtOH synthesis, a | 88 |
Luminescence, | |
C120-Ru(bpy)32+, quenching mechanism, a | 136 |
IrR(CO)L2(mnt), a | 136 |
luminol, a | 182 |
in [Pt(dppm) (5,6-Me2phen)](C104)2, a | 182 |
Ru(bpy)32+, in glucose sensor, a | 35 |
[Ru(Spy)3]2+ in Langmuir-Blodgett films, a | 137 |
Ru(II) diimine in O2 probes, a | 183 |
Luminol, chemiluminescence, with Rh(III) catalyst, a | 182 |
Magnetism, in Co-Pt, Co-Pd thin films, a | 180 |
in Co/Pt superlattices, a | 180 |
in CoNi/Pt multilayers, a | 140 |
in ErPt2Si2, a | 83 |
H absorption effects, on Zr2, a | 134 |
in Pd2TiIn, a | 33 |
Pd, Pt in storage applications, conference | 164 |
in Pd/Fe nano multilayers, a | 32 |
Magneto-Optics, Co/Pt disks, write/erase cycling, a | 38 |
multilayers in, conference | 164 |
properties of CoNi/Pt multilayers, a | 141 |
see also Thin Films; and Multilayers | |
Medical Uses, a | 141 |
Membranes, in fuel cells, a | 140 |
Pd | 174 |
formed inside porous tube, for H separation, a | 140 |
Pd, PdNi, PdRu, PdAg, for C2H2 hydrogenation, a | 34 |
Pd-Ag, for dehydrogenation reaction, a | 141 |
Pd/ceramic, H2/N2 permeability, a | 33 |
Metal-Support Interaction, in Pt/ML | |
zeolite catalysts, a | 137 |
Methanation, activity of C/Rh bearing | |
activated magnetite, a | 90 |
Methane, combustion, with C3H8, over Pt foil, a | 35 |
over Pa/Al2O3, a | 35 |
conversion, direct, to acetic acid, a | 139 |
on Pt/zeolites | 19 |
to CO+H2, over Ru, a | 88 |
detector, a | 34 |
oxidation, partial, over Ru/Al2O3, | |
syngas preparation, a | 36 |
production, from CO+H2, a | 88 |
reforming, with CO2, over Pt wire, a | 87 |
over Rh, a | 138 |
Methyl Formate, hydroesterification, with ethylene, a | 185 |
Methylcyclohexane, dehydrogenation, a | 138,141 |
Methylcyclopentane, aromatisation, a | 183 |
conversion on Pt/KL zeolite to C6H6, a | 87 |
Milling, ball, high energy, between Pd-Si, a | 84 |
Multilayers, | |
Co/Pt, superlattices by electrocrystallisation, a | 83 |
Pd-Ni, compositionally modulated, optical, | |
electronic properties, a | 180 |
Pt/Co, coercivity, conference report | 164 |
Nanotechnology, C cluster production using Pt, Pd, a | 83 |
Pd crystals in C worms | 59 |
Pt nodes for polymer connections | 56 |
Nitriles, from vinyl triflates, a | 88 |
Nitro-aromatics, reductive carbonylation, a | 139 |
Nitrobenzene, reactions, a | 36,137 |
Nitrogen Oxides, catalytic control in automobiles | 2, 10 |
emissions control, book review | 173 |
NO, reaction with H, a | 184 |
reduction, by Ru perovskites, a | 184 |
Nuclear Fuel, Pd-Zircaloy-4 clad rods | 15 |
Octene, hydrogenation, a | 184 |
Olefins, 1,2-disubstituted, hydroformylations, a | 140 |
active, production by Pd complexes + ligands, a | 184 |
cyclic, hydroformylation, a | 139 |
reactions with [Ru(Cl)H(PPh3)3], a | 140 |
Optical Properties, PtAl2, colours, a | 32 |
Osmium, compounds, carbonyl fluorides, a | 135 |
carbonyls, transformation to metal and | |
oxide phases, a | 135 |
Osmium Complexes, | |
Os(DPP)3 Langmuir monolayers, electron kinetics, a | 135 |
for photovoltaic devices | 151 |
Oxidation, alcohols, aldehydes, by K chlorate | |
+ Ru heterocomplex, a | 139 |
allylic alcohols, by Pd(II) salts, a | 37 |
cyclohexene, a | 36 |
electro-oxidation, CO, on Pt-Ru electrodes, a | 85 |
MeOH, on Pt-Ru alloys, a | 181 |
on Pt-Sn/C bimetallic catalysts, a | 181 |
on Pt-Sn/C in silicotungstic acid, a | 135 |
MeOH, Cl, by Pt in polyaniline electrodes, a | 135 |
glucose, at RuO2-C paste electrodes, a | 183 |
H2S, a | 183 |
Ir-Al-Si, at high temperatures, a | 134 |
methane, partial, syngas preparation, a | 36 |
photocatalytic, 1,1 '-bi-2-naphthol, | |
by [Ru(menbpy)3]2+, a | 136 |
Oxygen, electroreduction, at Pt, a | 85 |
photo-elimination by Ir(CO)Cl(PPh3)2(O2), a | 136 |
probe, a | 183 |
reduction activity, of thin film Pt/C, a | 135 |
Palladium, ball milling with Si, a | 84 |
black, electrode coatings, a | 86 |
for C cluster production, a | 83 |
clusters, giant, structure, a | 85 |
in Co-Pd thin films, see Thin Films | |
compounds, Pd2TiIn, magnetism, a | 33 |
PdSi produced by ball milling, a | 84 |
Ti2Pd, TiPd, electrochemistry, corrosion, a | 34 |
UPd2Al3, superconductor, magnetic, | |
electrical, thermal properties, a | 180 |
crystals, in C worms | 59 |
in electrodes, see Electrodes Fe/Pd nano layers, magnetism, a | 32 |
H, D, diffusion, a | 134 |
joining to ceramic to make composite, a | 35 |
lines, laser written on silica, deposited from PdAc, a | 182 |
in magneto-optics, see Magneto-Optics membranes, for H separation, a | 33, 34, 140, 141 |
NiO-Pd composites, transport properties, a | 180 |
in ohmic contacts, a | 90, 141 |
Pd(100) dissolution by H2SO4, I catalysed, a | 90 |
Pd-H system | 112 |
Pd-Ni, CMM, optical, electronic properties, a | 180 |
Pd/Ge thin film contacts to GaAs, for lasers, a | 32 |
Pd/Rh bimetallic clusters, polymer protected, a | 32 |
in sensors, see Detectors | |
thin films, see Thin Films | |
in Zircaloy-4 cladding, on nuclear fuel rods | 15 |
see also Hydrogen | |
Palladium Alloys, | |
Au-Pd-Cr-Pt-Fe-Al-Y, high temperature | |
strain gauge materials | 98, 179 |
Pd-Ag, cold worked, H solubility, a | 84 |
Pd-Ag-Ni, cold worked, H solubility, a | 84 |
Pd-Al-Mn, high temperature deformation, a | 84 |
Pd-Al-Si-V, for ULSI, a | 32,84 |
Pd-Cr, high temperature strain gauge materials | 98, 179 |
Pd-Fe-Au, electrical properties, a | 32 |
Pd-Ni, cold worked, H solubility, a | 84 |
for H absorption in sensor, a | 137 |
pyrophosphate plating baths for, a | 182 |
Pd-Ni-P, high temperature properties, a | 32 |
Pd-Si-Cu, phase separation, a | 134 |
PdYBC, high temperature superconductor | 56 |
shape memory effect, a | 33 |
Pentafluorostyrene, hydroacylation, a | 185 |
Pentane, carbonylation, photocatalysis | |
by Rh complex, a | 182 |
Peptides, flow detector, a | 137 |
Perfluoroalkylpyrroles, synthesis, a | 185 |
Periodate, determination at a rotating | |
Pt wire electrode, a | 183 |
sensor, a | 183 |
pH, measurement, a | 87, 136 |
Phase Diagrams, Ir-Si, a | 33 |
Pt-In-P, a | 32 |
Pt-Rh-W at 1000°C, a | 134 |
Ru-Te, a | 135 |
Yb-Pt-Ge system, a | 134 |
N -Phenylcarbamate, methyl, production, a | 137 |
para-Phenyldiamine, copolymerisation, | |
on IrO2/Ti electrodes, a | 86 |
Photocells | 151 |
Photoconversion, a | 34, 86, 136,182 |
Photoelectrochemistry, H2 production | 174 |
Photolysis, laser flash, for Ru(bpy)dpp | |
and Ru(bpy)dhp absorption spectra, a | 86 |
with Wilkinson's catalyst, a | 182 |
Photosensitisers, Ru, Os complexes | 151 |
Photovoltaic Devices | 151 |
Platina, Spanish history, | 22,126 |
Plating, Ti pretreatment before Pt deposition | 165 |
Plating Baths, pyrophosphate for Pd-Ni | |
alloy coatings, a | 182 |
“Platinum 1993 Interim Review” | 15 |
“Platinum 1994” | 125 |
Platinum, anti-cancer drugs, a | 141 |
black, electrode coatings, a | 86 |
for C cluster production, a | 83 |
cladding, for Mo-Re high temperature alloys | 108 |
compounds, ErPt2Si2, magnetic properties, a | 83 |
PtAl2, colours, a | 32 |
in electrodes, see Electrodes | |
enthalpies, specific heats | 119 |
etching, by RF magnetron and electron | |
cyclotron resonance, a | 83 |
for flue gas desulphurisation | 70 |
in fuel cells, see Fuel Cells | |
in glass making, book review | 73 |
interconnecting nodes for polymers | 56 |
interfacial mediator interpretation of electrocatalysis | 166 |
in magneto-optics, see Magneto-Optics | |
in multilayers, a | 141 |
in ohmic contacts, a | 141 |
plating, on Ti, surface pretreatments | 165 |
in p+n diodes, a | 38 |
Pt(110) surface, holographic reconstruction, a | 182 |
Pt(111), formate stabilisation by O, a | 134 |
photoelectron holography, a | 136 |
Pt-In-P high temperature phase data, a | 32 |
Pt-Rh-W system, a | 134 |
Pt/BF2+/diamond, facet effect on | |
electrical properties, a | 83 |
Pt/C polycrystalline thin films, | |
oxygen reduction activity, a | 135 |
Pt/Co disks, write/erase cycling, a | 38 |
Pt/diamond/Si, facet effect on electrical properties, a | 83 |
in resistance thermometers, a | 141 |
in superlattices with Co, a | 180 |
thin films, see Thin Films | |
used in glass making at Jena | 74 |
Yb-Pt-Ge system, phase equilibria, a | 134 |
Platinum Alloys, in electrodes for fuel cells, a | 38 |
Pt80Fe20(111), CO adsorption, a | 83 |
Pt-Mn-Sb, polar Kerr rotation | 164 |
Pt-W-Re-Ni-Cr-Y, high temperature strain | |
gauge materials | 98,179 |
Platinum Complexes, Pt hexafluoroacetylacetonate, | |
into KL zeolite, by CVD, a | 87 |
[PtD2]X2, D=Schiffbase or hydrated Schiff base, | |
X=anionic ligand, synthesis, a | 180 |
[Pt(dppm)(5,6-Me2phen)](C104)2, luminescence, a | 182 |
Platinum Metals, polymer-immobilised clusters | 60 |
Platinum Resistance Thermometers, thin film, a | 141 |
Pollution Control, auto exhaust, CAPoC3 conf. | 109 |
coal flue gas | 70 |
NOx exhaust emissions, book review | 173 |
promoters for autocatalysts, a | 87 |
Pt catalyst, for industrial air emissions | 160 |
SAE Congress, Pd automotive catalysts | 57 |
Polyfluorobenzenes, C-F bond activation, a | 185 |
Polymerisation, immobilised PGM clusters | 60 |
Polymers, with attached clusters, a | 32 |
immobilised PGM clusters | 60 |
interconnects between Pt nodes | 56 |
poly(3-methylthiophene) electric switching | 56 |
polyimide film, RuO2, thick film resistor, a | 38 |
Potassium, promoter, nitroaromatic carbonylation, a | 138 |
for Ru/zeolite A, a | 138 |
to Ru/SiO2, H2 chemisorption, a | 138 |
“Precious Metals”: ISSN 1004-0676 | 21 |
Promoters, alkaline metals, for Pt/Al2O3 catalysts, a | 35 |
CeO2 effect on autocatalysts emissions, a | 87 |
Fe, Li, to Rh/SiO2 for EtOH synthesis, a | 88 |
1, for methane conversion to acetic acid, a | 139 |
K, for catalysts, a | 138,139 |
Propane, low temperature catalytic combustion, a | 137 |
2-Propanol, H transfer to cyclohexanone, a | 89 |
Propylene, hydroformylation, a | 88 |
Pyranose Oxidase, detection, a | 183 |
Pyrolysis, of CH4 with CO2 to give acetylene, | |
benzene, a | 87 |
Pyrroles, perfluoroalkylation, a | 185 |
Reductase Inhibitor, synthesis, by Pd complexes, a | 184 |
Reduction, electro-, O2, at Pt electrodes, a | 85 |
Reforming, CH4 with CO2, over Rh, a | 138 |
Resistors, RuO2 reaction with AIN in resistor pastes, a | 38 |
RuO2 thick film, resistance adjustment, a | 38 |
RuO2-based thick film, a | 185 |
Rhodium, compounds, carbonyls, | |
transformation to metal and oxide phases, a | 135 |
RhCl3(DMSO),, photochemical isomerisation, a | 34 |
Zr2Rh, H absorption effects, a | 134 |
ZrRh shape memory effect, a | 84 |
in glucose, lactate sensors | 108 |
Pd/Rh bimetallic clusters, polymer protected, a | 32 |
Pt-Rh-W system, a | 134 |
(RhO2)0.010(Fe3O4.44), preparation, for C | |
conversion to CO2, a | 90 |
Rhodium Complexes, breathing CO | 159 |
[Rh(acac)(L)2(C60)] synthesis, a | 180 |
Ruthenium, clusters, in resistors, a | 185 |
compounds, carbonyls, transformation | |
to metal and oxide phases, a | 135 |
CpRu(PPh3)nS2P(OR)2, synthesis, structure, a | 85 |
Ru(C5H5)2, precursor for RuO2 thin films, a | 34 |
RuS2, semiconducting, STM, a | 85 |
in fuel cells, a | 38,140 |
Ru-Te system, constitution, a | 135 |
single crystals, tensile testing | 12 |
Ruthenium Alloys, Ru-Nb-Zr, optimised properties | 19 |
Ruthenium Complexes, C120-Ru(bpy)32+, | |
quenching mechanism, a | 136 |
cis -di(thiocyanato)bis(2, 2'-bipyridyl-4,4'- | |
dicarboxylate)Ru(II), photosensitiser | 151 |
(NMe3CH2Ph)+(Ru4C[CO] 16Me)- cluster, CO breathing | 159 |
(π-allyl)Ru(II), a | 180 |
Ru(bpy)2dpp2+ and Ru(bpy)2,dhp2+, | |
absorption spectra, a | 86 |
[Ru(bpy)3]2+, sensitiser in LB monomultilayer | |
films with ferrocene, a | 137 |
RuClH(CO)(PPh3)3, reaction with allylamines, a | 180 |
Ru(II) diimine, as luminescent O probe, a | 183 |
Ru(II)-bipyridine, optical modulation in LB films, a | 182 |
[Ru(menbpy)3]2+, to oxidise l,l'-bi-2-naphthol, a | 136 |
[Ru(tpy)(BL)Cl]+, synthesis, a | 181 |
Ruthenium Dioxide, interfacial mediator | |
interpretation of electrocatalysis | 166 |
Ruthenium Oxides, in anode coatings | 70 |
RuO2, thick film resistors, Nd: YAG laser effect, a | 38 |
thin films, a | 34 |
RuO4, CVD, for RuO2 films, a | 34 |
in supercapacitors | 46 |
in thin films, see Thin Films | |
Saccharides, detection, a | 183 |
SAE, 1994 Congress | 57 |
Schott, Otto, history | 74 |
Schottky, behaviour, in Pt/BF2+/(100) diamond, a | 83 |
Schottky Barrier Diodes, Pt/GaAs, a | 90 |
Schottky Diodes, for H detection, a | 183 |
Ir-Al/n-GaAs, a | 141 |
Semiconductors, RuS2, STM, a | 85 |
Sensitisers, for photovoltaic devices | 151 |
Sensors, see Detectors | |
Shape Memory Effect, a | |
Silylation, dehydrogenative, | 33, 84 |
1,5-dienes with hydrosilanes, a | 89 |
Silylformylation, ring-opening, epoxides, a | 37 |
Sol-Gel Process, for ultrafine IrO2-Ta2O5 particles, a | 134 |
Solar Surfaces, Pt coated | 179 |
Specific Heat, Pt | 119 |
Zr2Rh, H absorption effects, a | 134 |
Stannanes, a-alkoxy, cross-coupling | |
to acyl chlorides, a | 89 |
Steroids, for β-oxopropyl esters production, a | 89 |
Strain Gauges, high temperature, alloys for | 98, 179 |
Styrene, reactions, a | 36, 37, 185 |
Sucrose Octadienyl Ethers, production, a | 184 |
Superacids, solid supports for catalysts, a | 137 |
Supercapacitors, as energy stores | 46 |
Superconducting Phase Transition Thermometers, a | 38 |
Superconductivity, H absorption effects, on Zr2Rh, a | 134 |
Superconductors, YPdBC, high temperature | 56 |
UPd2Al3, magnetic, electrical, thermal properties, a | 180 |
Superlattices, | |
Co/Pt, multilayer growth by electrocrystallisation, a | 83 |
Co/Pt antiferromagnetic coupling, a | 180 |
Switching, in polymers for nanosize connections | 56 |
Synthesis Gas, CH4 production, a | 88 |
conversions, over Rh/SiO2, a | 88 |
for EtOH synthesis, a | 88 |
preparation, from CH4, a | 36 |
Telomerisation, butadiene, a | 184 |
Temperature Measurements, a | 38, 141 |
millikelvin, a | 38 |
Terephthalic Acid, for poly(enol ester)s synthesis, a | 140 |
Terphenyls, preparation, for triphenylene synthesis, a | 139 |
Thermodynamics, Pt, specific heats, enthalpies | 119 |
Thick Films, RuO2 in polyimide resistors, | |
NdrYAGlaser effect, a | 38 |
Thin Films, Co-Pt, Co-Pd, coercivities, squareness, a | 180 |
in detection technology see Detectors | |
Ir/quartz, by MOCVD from Ir(tetramethyl- | |
heptadione)(cyclooctadiene), a | 136 |
Langmuir-Blodgett, optical modulation, a | 182 |
multilayers, in magnetic storage, conference | 164 |
Pd/mica, characterisation, a | 83 |
polycrystalline Os, from Os(hfb)(CO)4, CVD, a | 87 |
polycrystalline Ru, from Ru(hfb)(C0)4, CVD, a | 87 |
Pt/C, O reduction activity, a | 135 |
Pt/mica, characterisation, a | 83 |
Pt/sapphire(0001), by MBE, a | 35 |
PZT/RuO2/SiO2/Si and PZT/Pt/Ti/SiO2/Si, a | 85 |
RuO2, on glass, Al, Si(100), CVD, a | 34 |
MOCVD, a | 34 |
resistivity, a | 84 |
see also Films; Langmuir-Blodgett; Magneto-Optics | |
Titanium, electrodes, Pt plated | 165 |
Triphenylenes, substituted unsymmetrical, | |
synthesis, a | 139 |
Tritium, generation in electrochemical cells | |
using Pd cathode, a | 86 |
Vinyl Triflates, for nitrile production, a | 88 |
Vinylarenes, reactions, a | 37, 139 |
Vinylsilanes, preparation, a | 37 |
Volatile Organic Compounds, | |
catalytic thermal incineration | 160 |
Water, photolysis, with Wilkinson's catalyst, a | 182 |