Acid Chlorides, phenylation, a | 126 |
Acoustic Waves, for catalytic rate enhancement, on Pt surfaces | 8 |
N -Acyl Amino Acids, synthesis, a | 39 |
Alcohols, allyl, hydrogenation, over Pt colloids, a | 125 |
ethyl, from ethyl acetate, a | 38 |
from aldehydes, over Rh clusters, a | 38 |
from methyl ketones, Rh catalysed, a | 39 |
homoallylic, isomerisation, a | 128 |
synthesis, a | 178 |
methyl, carbonylation, a | 176 |
from syngas, a | 126 |
on-board H2 production, for fuel cell vehicles | 2 |
oxidation, in fuel cells, a | 128 |
over Pd/γ-Al2O3, a | 38,81 |
primary allylic, oxidation, a | 82 |
primary, oxidation, a | 178 |
1-propanol, 2-propanol, electrooxidation, a | 79 |
propargyl, reaction with norbomene, a | 82 |
cis -4-substituted cyclohexane-1 -methanols, a | 82 |
synthesis, over Rh-Mo-K/Al2O3, a | 81 |
Aldehydes, hydrogenation, over Rh clusters, a | 38 |
synthesis, a | 178 |
α, β-unsaturated, from alcohols, a | 82 |
Alfa Aesar, “Platinum Labware Catalog” | 144 |
Alkanes, dehydrogenation, by (PCP)IrH2 | 71 |
Alkenes, hydrogenation, biphasic, a | 177 |
Alkylation, allylic, allylic acetates, a | 178 |
Allenes, α, β-functionalisation, asymmetric, a | 177 |
Allylic Acetates, allylic alkylation, a | 178 |
Amines, reduction, via hydrosilylation, a | 82 |
Amidocarbonylation, N -acyl amino acid synthesis, a | 39 |
Amination, Pd2(dba)3 catalysed, a | 81 |
Amines, tertiary, from amides, a | 82 |
triaryl, synthesis, a | 81 |
Anilines, arylation, a | 177 |
Arenes, reactions with l-bromoadamantane, a | 126 |
Aryl Halides, homocoupling reactions, a | 127 |
Aryl Iodides, phenylation, a | 126 |
Arylation, anilines, a | 177 |
Benzene, hydrogenation, biphasic, a | 178 |
oxidation, over Pt-F/Al2O3, a | 81 |
Benzylic Compounds, electrooxidation, a | 79 |
Book Reviews, “Aqueous-Phase Organometallic Catalysis: Concepts and Applications” | 145 |
Inorganica Chimica Acta : Special Volumes on Platinum Chemistry | 17 |
“Structured Catalysts and Reactors” | 69 |
l-Bromoadamantane, reaction with styrenes, arenes, a | 126 |
Butanal, from propane, a | 82 |
Butane, reforming, zirconia fuel cells | 164 |
Calixarenes, complexes with Pt metals | 11, 163 |
Cancer, drugs, a | 78, 83, 174 |
Capacitors, a | 35,39 |
supercapacitors, RuO2/C, a | 83 |
thin film, Pt/(Ba, Sr)TiO3/Pt, a | 83 |
(SrRuO3/BaxSr1-xTiO3/SrRuO3), a | 83 |
Carbenes, (PCy3)2Cl2Ru=CHR, a | 34 |
Carbocycles, Pd-catalysed synthesis, a | 177 |
Carbon Oxides, CO2, reduction, electrochemical, a | 79 |
sensors, IrO2-, WO3-based, a | 125 |
supercritical, as catalysis medium | 158 |
Heck, Stille reactions, a | 177 |
CO, chemisorption, on Ru/Al2O3, a | 38 |
electrooxidation, on Pt-Ru/C, a | 34 |
hydrogenation, over Pd/ZrO2, a | 126 |
oxidation, motorcycle emissions, a | 126 |
over Pd-Rh/SiO2, a | 38 |
on Pt, Pt-Sn, Pt-Ru electrodes, a | 123 |
on Pt, sonochemical rate enhancement | 8 |
removal, from fuel cell vehicles | 2 |
sensors, a | 80, 176 |
battery powered | 144 |
Carbonylation, MeOH, over Rh/SDT, Rh/PVP, a | 176 |
propane to butanal, a | 82 |
Catalysis, acoustic enhancement | 8 |
biphasic, a | 177, 178 |
book review | 145 |
homogeneous | 135 |
heterogeneous, a | 37-38, 80-81, 125-126, 176-177 |
homogeneous, a | 39, 81-83, 126-128, 177-178 |
conference reports | 158 |
“Catalysis Technical Guide”, Johnson Matthey | 72 |
Catalysts, automotive, at the SAE congress | 56 |
Catalysts, Iridium, Ir(III)/Ce(IV), formaldehyde oxidation, a | 178 |
metal oxide-supported, synthesis gas production, a | 177 |
Pt(44)/Ru(41)/Os(10)/Ir(5), for DMFCs | 163 |
Catalysts, Iridium Complexes, hydrogenation, asymmetric transfer, of aromatic ketones, a | 39 |
[Ir(TFB)(P1Pr3)2]BF4, olefin hydrogenation, a | 82 |
(PCP)IrH2, alkane dehydrogenation | 71 |
on polymer electrodes, hydrogenation | 60, 163 |
Catalysts, Osmium, Pt(44)/Ru(41 )/Os( 10)/lr(5), for DMFCs | 163 |
Catalysts, Osmium Complexes, (DMSO)2Os11Pc, cysteine oxidation, a | 79 |
Catalysts, Palladium, colloids, Heck reactions, a | 38 |
on gas diffusion electrodes, in fuel cells, a | 83 |
motorcycle emissions control, a | 126 |
Pd/δ-Al2O3 isoprene hydrogenation, a | 81 |
Pd/γ-Al2O3, MeOH oxidation, a | 38,81 |
Pd/C felt cathode, dechlorination, a | 175 |
Pd/C, Heck reactions, a | 126 |
Pd(0)/SiO2, phenylation reactions, a | 126 |
Pd-Rh/SiO2, CO oxidation, a | 38 |
Pd/ZrO2 CO hydrogenation, a | 126 |
Pd/ZrO2, Pd/SO4/ZrO2, a | 81 |
in supercritical CO2, Heck, Stille reactions, a | 177 |
Catalysts, Palladium Complexes, C60Pd(PPh3)2, hydrogenation of triple bonds | 18 |
halides, for amidocarbonylation, a | 39 |
on polymer electrodes, hydrogenation | 60, 163 |
Pd(0), heterocycle assembly, a | 177 |
[Pd(Bu3P+etpE)Br](BF4)2, CO2 reduction, a | 79 |
PdCl2, Heck reactions, a | 127 |
norbornene polymerisation, a | 81 |
PdCl2(PPh3)2, ketone synthesis, a | 126 |
Pd(dba)2, allenes, asymmetric carbopalladation, a | 177 |
Pd2(dba)2, triarylamine synthesis, a | 81 |
Pd(OAc)2, N-arylated sulfoximines, a | 177 |
Pd(OAc)2/DPEphos, aniline arylation, a | 177 |
Pd(OAc)2/nBu4NBr, homocoupling, aryl halides, a | 127 |
Pd561phen60(OAc)180, alcohol oxidation, a | 82 |
Pd phosphine complexes, CO2 electroreduction, a | 79 |
selectivity, towards hydrogenation | 108 |
Catalysts, Platinum, motorcycle emissions control, a | 126 |
in PEMFCs, a | 128 |
for photovoltaic devices, a | 124 |
Pt(44)/Ru(41)/Os(10)/Ir(5), for DMFCs | 163 |
Pt(110) crystal, CO oxidation, sonochemistry | 8 |
Pt colloids, allyl alcohol hydrogenation, a | 125 |
Pt, Pt-10%Rh, HCN synthesis, a | 37 |
Pt/Al2O3 NOx reduction, a | 176 |
Pt/γ-Al2O3, NO reduction, a | 125 |
Pt-F/Al2O3, benzene oxidation, a | 81 |
Pt-K/SiO2, methanation, a | 80 |
Pt-Mo-Na/SiO2, NOx removal, a | 37 |
Pt-Mo/SiO2, hydrocarbon reactions with H2, a | 37 |
Pt-Rh, 3-way HC/CO/NO conversion, a | 126 |
Pt-SO4/ZrO2, dehydrogenative CH4 coupling, a | 125 |
Pt/H-beta, Pt/H-MOR, n-hexane isomerisation, a | 37 |
Pt/MCM-41, NO reduction, a | 176 |
Pt/Ru, in fuel cells, a | 128 |
Pt/TiO2/PTFE, trichlorobenzene photodegradation, a | 175 |
Catalysts, Platinum Complexes, [(bpy)PtCl2], CH4 oxidation | 98 |
hydrodesulfurisation | 25 |
Pt(II)bis (benzoylacetonate), Pt(II)bis- | |
(trifluoroacetylacetonate), Pt(II)bis- | |
(benzoyltrifluoroacetonate), photocuring, a | 123 |
Catalysts, Rhodium, biphasic | 135 |
motorcycle emissions control, a | 126 |
Rh-Mo-K/Al2O3, alcohol synthesis, a | 81 |
Rh-Pt, 3-way HC/CO/NO conversion, a | 126 |
Rh-Pt, HCN synthesis, a | 37 |
Rh-Pd/SiO2, CO oxidation, a | 38 |
Rh-S/SiO2, Rh-S-P/SiO2, l-octene hydroformylation, a | 177 |
Rh/one-atomic layer GeO2/SiO2, ethyl acetate hydrogenation, a | 38 |
Rh/PVP, Rh/SDT, MeOH carbonylation, a | 176 |
Rh/USY, Rh/Al2O3, N2O decomposition, a | 38 |
Catalysts, Rhodium Complexes, acacRh(CO)2, hex-1 -ene hydroformylation, a | 38 |
chiral diRh(II) carboxamidate, carbene reactions, a | 178 |
ClRh[P(CH2CH2(CF2)5CF3)3]3, alkene hydrogenation, a | 177 |
(DMSO)(Cl)Rh111Pc, [(CN)2Rh111Pc], cysteine electrooxidation, a | 79 |
hydroformylation | 25 |
on polymer electrodes, hydrogenation | 60,163 |
Rh2(OOct)4, 2,3-dihydrofuran synthesis, a | 127 |
Rh4(CO)12, vinylpyrrole hydroformylation, a | 82 |
Rh,(CO)16 clusters, polymer bound, aldehyde hydrogenation, a | 38 |
Rh/PPA(Na)/DPPEA polymer, olefin hydroformylation, a | 127 |
RhCl(CO)(PMe3)2, propane carbonylation, a | 82 |
[RhCl{P[CH2CH2(CF2)5CF3]3}3], hydroboration, a | 39 |
[RhCl(PPh3)2([9]aneS3)]PF6, ligand substitution, a | 39 |
[Rh(COD)Cl]2-P(OPh)3, allylic alkylation, a | 178 |
[Rh(COD)Cl]2/PPh3, hydroboration, a | 82 |
[Rh(COD)(DIOSR2)]ClO4, styrene hydroformylation, a | 177 |
[RhH2(Ph2N3)(PPh3)2], phenylacetylene hydrogenation, a | 39, 127 |
RhH(CO)(PPh3)3, amide reduction, a | 82 |
[Rh(Hdmg)2(PPh3)]2, [Rh(Hdmg)(ClZndmg)(PPh3)]2, 1-hexene hydroformylation, hydrogenation, a | 127 |
[Rh(hexadiene)Cl]2/4,4’-diheptadecyl-2,2’- bipyridine LB films, a | 81 |
RhH(PPh3)]4, itol oxidation, a | 127 |
[Rh(norbornadiene)Cl]2, phenylacetylene polymerisation, a | 82 |
Rh(triazolinylidene), hydrosilylation, asymmetric, a | 39 |
Rh trisulfonated triphenylphosphine, acrylic ester hydroformylation, a | 127 |
Catalysts, Ruthenium, biphasic | 135 |
Pt(44)/Ru(41)/Os(10)/Ir(5), for DMFCs | 163 |
Ru/Al2O3, H2O/N2O decomposition, a | 126 |
hydrogenation isotherms, a | 38 |
Ru/Al2O3, butane reforming, zirconia fuel cells | 164 |
Ru/Mn/Ce, waste water oxidation, a | 126 |
Ru/Pt, in fuel cells, a | 128 |
RuS2/SiO2, H2O decomposition, a | 175 |
Catalysts, Ruthenium Complexes, (η6-C6(H6)2Ru2Cl4, benzene hydrogenation, a | 178 |
(η5-cyclopentadienyl)tris(acetonitrile)Ru, norbomene cyclopropanation, a | 82 |
[(DMSO)2Ru11Pc].2DMS0, cysteine oxidation, a | 79 |
[Ru(4,4’-Me2bpy)2(PPh3)(H2O)](ClO4)2, benzylic oxidations, a | 79 |
[Ru=C=C=CR2(L)(Cl)(arene)]PF6, ring closing olefin metathesis, a | 178 |
Ru[BINAP], mono-ethyl fumarate, maleate, reduction, a | 128 |
[RuCl2(C6H6)]2, hydrosilylation of ketones, a | 83 |
RuCl2(PPh3)3, homoallylic alcohol isomerisation, a | 128 |
RuO4, electrochemical oxidation of organic waste | 90 |
Ru(PPh3),Cl2/hydroquinone, alcohol oxidation, a | 178 |
trans-[Ru(salen)(NO)(H2O)], ene reactions, a | 178 |
“Catalytic Reaction Guide”, from Johnson Matthey | 16 |
[2]-Catenanes, Os complexes | 100 |
Cathodic Protection, by Pt/Ti electrodes | 27,116 |
Chemiluminescence, during oxidations, by Ru(bpy)32-, a | 35 |
see also Luminescence | |
Chlor-Alkali, electrodes, development | 27,46 |
Chlorine, sensor, using Ru tris bipyridyl, a | 37 |
Chloroaromatics, herbicides, dechlorination, a | 175 |
Cisplatin, a | 174 |
Clusters, Bi7RhBrR, structure, a | 34 |
metallic, catalysis | 160 |
Os, Os/Ru, Os/Hg, Os/Au, Ru/Cu, Ru/Hg | 146 |
Pd561phen60,(OAc)180, alcohol oxidation, a | 82 |
Rh6(CO)16, aldehyde hydrogenation, a | 38 |
Ru5(CO)11(TPPTS), Ru3(CO)9(TPPTS)3 biphasic hydroformylation, hydrogenation | 135 |
Ru5C(CO)15, PtRu5C(CO)14(COD), with C60, a | 174 |
Coatings, electrodes, for chlor-alkali cells | 27,46 |
Pt, from electroplating bath, a | 124 |
see also Electrodeposition and Deposition | |
Cold Cathodes, for flat panel display | 10 |
Cold Start, in fuel cell powered vehicles | 2 |
Colloids, Pd, for Heck reactions, a | 38 |
Pt, allyl alcohol hydrogenation, a | 125 |
formation, light catalysed, a | 34 |
PtRu[N(Oct)4Cl]5 alloys, a | 78 |
Combinatorial Chemistry, for fuel cell catalysts | 163 |
Conferences, 9th International Symposium on Relations between Homogeneous and Heterogeneous Catalysis, Southampton, England, 20-24 July 1998 | 160 |
11th International Symposium on Homogeneous Catalysis, St Andrews, Scotland, 12-17 July, 1998 | 158 |
12th International Conference on the Conversion of Solar Energy into Photovoltaic Power and Storage, Berlin, Germany, 9-14 August, 1998 | 140 |
SAE, Detroit, U.S.A., February, 1998 | 56 |
Second Anglo-Dutch Symposium, Amsterdam, 26 September, 1997 | 25 |
Second International Conference on the Hydrogen Treatment of Materials, Donetsk, Ukraine, 2-5 June, 1998 | 99 |
Corrosion Protection, by Pt/Ti electrodes | 27,116 |
reinforced concrete | 116 |
Coupling Reactions, aryl halides, a | 127 |
Pd catalysed | 158 |
Cyclohexanes, 4-substituted 1-methylidene-cyclohexanes, hydroboration, a | 82 |
from benzenes, a | 178 |
cis-Cyclooctene, hydrogenation | 156 |
Cyclophanes, Ru, Os complexes | 100 |
Cyclopropanation, for metal carbene reactions, a | 178 |
norbomene, a | 82 |
Cysteine, electrooxidation, a | 79 |
Dechlorination, chloroaromatic herbicides, a | 175 |
Decomposition, H2/N2O3, over Ru/Al2O3, a | 126 |
N2O, over Rh, a | 38 |
Dehydrogenation, alkanes, by (PCP)IrH2 | 71 |
Dehydrogenative Coupling, CH4, over Pt-SO4/ZrO2, a | 125 |
Dendrimers, Pd, synthesis, a | 174 |
photoproperties, with *Ru(4,7-(SO3C6H5)2-phen)3,4-, a | 79 |
Pt(II), SO2 sensor, a | 176 |
Deposition, chemical spray, Pt:SnO2 films, a | 80 |
Pt, on C nanotubes, a | 124 |
PZT films, on Pt-coated Si, a | 39 |
see also Coatings and Electrodeposition | |
Detectors, see Sensors | |
Diesel Engines, pollution control, at SAE conference | 56 |
Diodes, Al-Al2O3-Pd, H2 sensor, a | 80 |
Diphenylacetylene, hydrogenation | 156 |
Dissociation, CH4, at Pd single crystals, a | 34 |
DNA, photoaddition to Ru(tap)2(bpy)2+, a | 79 |
Electrical Contacts, ohmic contacts, Pd/Pt/Au/Pd, a | 34 |
Pd/Sn, Pd/Ge, thermal stability, a | 83 |
Electrochemistry, a | 34-35, 79, 123, 175 |
oxidation of toxic organic waste | 90 |
Rh, Ir fullerenes, oxidation, reduction, a | 35 |
Electrodeposition, Ir oxide films, a | 124 |
RuO2, RuO2-TiO2, on Pt, a | 80 |
see also Coatings and Deposition | |
Electrodes, anodes, O2 evolution | 116 |
Pt-foil, dechlorination, a | 175 |
Pt-Ru, for DMFCs, a | 178 |
cathodes, cold, Pt/SiOx/Si/Al, flat panel display | 10 |
Pd/C felt, dechlorination, a | 175 |
PEMFCs, a | 128 |
gas diffusion, in fuel cells, with Pd catalysts, a | 83 |
Ir oxide/glassy C, a | 124 |
noble metal/oxide coated Ti, development | 27, 46, 116 |
Os/polymer, in C paste, glucose sensor, a | 37 |
Pd film/poly(4-vinyl)pyridine, hydrazine detection, a | 36 |
Pd-coated LaNi4,25Al0.75, a | 123 |
Pd, palladinised, for hydrogenations, a | 35 |
phthalocyanine modified, cysteine oxidation, a | 79 |
polypyrrole film, with Rh, Ir, Pd | 60, 163 |
Pt, bottom, O2 diffusion, a | 39 |
in capacitors, a | 83 |
CO sensors | 144 |
inorganic ion detection, a | 36 |
photovoltaic devices | 140 |
on polymers, medical implants | 55 |
with Ru(II)-modified chitosan, oxalic acid sensor, a | 176 |
Pt, Pt0.89Ru0.11, electrooxidation, a | 79 |
Pt, Pt-Sn, Pt-Ru, CO oxidation, a | 123 |
Pt, Rh, Ir, for Au reduction and stripping, a | 36 |
Pt-Ru/C, electrooxidation, of CO, a | 34 |
Ru containing, benzylic oxidations, a | 79 |
RuO2 nanoparticles/C aerogels, for supercapacitors, a | 83 |
RuO2, pH sensors, a | 37 |
RuO2-VOx, for electrochemical capacitors, a | 35 |
RuO2/Ti, improved, a | 35 |
Electrogalvanising, Zn onto steel strip | 116 |
Electroless Plating, for Pd composite membranes, a | 124 |
Pd membranes, a | 80 |
Pt, onto polymers, for medical implants | 55 |
Electrolytes, K2PdCl4/K3Fe(CN)6/PEG 600, a | 79 |
Electron Transfer, photoinduced, Ru, Os complexes | 100 |
Electroplating Baths, Pt coatings, a | 124 |
Electrowinning | 116 |
Emission Control, at SAE congress | 56 |
motorcycle catalysts, a | 126 |
Esters, acrylic, hydroformylation, a | 127 |
Etching, Pt, thin films, a | 80 |
Ethyl Acetate, hydrogenation, Rh catalysed, a | 38 |
4-Ethyltoluene, from 4-methylstyrene, a | 35 |
Films, hydrous Ir oxide, a | 124 |
Pd, in H2 sensor, a | 36 |
polymer, for Rh-, Ir-, Pd-substituted, electrodes | 60, 163 |
Pt, bottom electrodes, in capacitors, a | 39 |
mesoporous, on Au, a | 36 |
Pt/TiO2/PTFE, trichlorobenzene degradation, a | 175 |
[Ru(bpy)3]2 in organogel, O2 sensor, a | 80 |
Ru(II)-polymer, photoproperties, a | 35 |
RuO2, RuO2-TiO2, on Pt, a | 80 |
see also Langmuir-Blodgett | |
see also Thin Films | |
Flat Panel Displays | 10 |
Formaldehyde, oxidation, a | 178 |
Fuel Cells, a | 83,128, 178 |
DMFCs, catalysts | 163 |
Pt-Ru anodes, a | 178 |
HotSpot™ reactor, for on-board H2 generation | 2 |
NO reduction, Pd catalysts, a | 83 |
PEMFCs, a | 128 |
portable systems | 115 |
Pt/Ru catalysts, MeOH oxidation, a | 128 |
zirconia, butane reforming | 164 |
Fullerenes, Ir complexes, a | 79 |
Pt metal complexes | 18 |
Pt, Ru complexes, a | 174 |
Rh, Ir complexes, electrochemical oxidation, reduction, a | 35 |
Furans, 2,3-dihydrofurans, synthesis, a | 127 |
Glucose, biosensor, Os/polymer based electrode, a | 37 |
Gold, reduction, stripping, at Pd, Rh, Ir electrodes, a | 36 |
Heck Reactions, Pd catalysed | 126, 127, 158 |
Pd colloid catalysed, a | 38 |
in supercritical CO2, a | 177 |
Heterocycles, Pd-catalysed synthesis, a | 177 |
Heterojunctions, TiO2/RuLL’NCS/CuCN, photoproperties, a | 175 |
n -Hexane, isomerisation, Pt catalysed, a | 37 |
l-Hexene, hydroformylation, by acacRh(CO)2, a | 38 |
hydrogenation | 156 |
hydrogenation, hydroformylation, a | 127 |
History, development of noble metal/oxide coated Ti electrode | 27,46, 116 |
Geoffrey Wilkinson | 168 |
HotSpot™ Reactor, H2 generation, on-board fuel cell vehicles | 2 |
Hydrazine, detection, at Pd film electrode, a | 36 |
Hydrides, Rh, Ir complexes, electrocatalysis | 60, 163 |
Hydroboration, Rh catalysed, a | 39 |
4-substituted l-methylidenecyclohexanes, a | 82 |
Hydrocarbons, oxidation, motorcycle emissions, a | 126 |
reactions with H2, over Pt-Mo/SiO2, a | 37 |
Hydrodesulfurisation, crude oil, using Pt catalysts | 25 |
thiophene, a | 128 |
Hydrodimerisation, biphasic | 135 |
Hydroformylation, acrylic esters, a | 127 |
biphasic | 135 |
by Rh complexes | 25 |
l-hexene, a | 38, 127 |
l-octene, a | 177 |
olefins, a | 127 |
styrene, a | 177 |
vinylpyrroles, a | 82 |
Hydrogen, absorption, by Pd | 141 |
generation, on-board a fuel cell vehicle | 2 |
permeability, in Pd(1-x)Six, a | 78 |
permeation, through Pd membranes, a | 128 |
photoproduction, a | 124, 175 |
reactions with hydrocarbons, over Pt-Mo/SiO2, a | 37 |
sensors, a | 36, 80, 125 |
storage, using (PCP)IrH2 | 71 |
treatment of materials, at HTM-98 conf. | 99 |
wave, catalytic, from OsO4cysteine, a | 175 |
Hydrogen Cyanide, synthesis, over Pt, Pt-10%Rh, a | 37 |
Hydrogenation, aldehydes, over Rh6(CO)16 clusters, a | 38 |
alkenes, biphasic, a | 177 |
allyl alcohol, over Pt colloids, a | 125 |
aromatic ketones, asymmetric, Ir catalysed, a | 39 |
benzenes, biphasic, a | 178 |
biphasic | 135 |
C=O bonds, by Rh LB films, a | 81 |
CO, over Pd/ZrO2, a | 126 |
cis -cyclooctene | 156 |
enantioselective | 160 |
ethyl acetate, Rh catalysed, a | 38 |
l-hexene, a | 127, 156 |
isoprene, over Pd/δ-Al2O3, a | 81 |
isotherms, of C species, on Ru/Al2O3, a | 38 |
D-limonene | 156 |
4-methylstyrene, using palladinised Pd electrode, a | 35 |
olefins, a | 82 |
organics, at Rh, Ir, Pd electrodes | 60, 163 |
Pd catalysed, liquid-phase, selectivity | 108 |
phenylacetylene, diphenylacetylene, a | 39, 127, 156 |
stilbene | 156 |
triple bonds, using C60Pd(PPh3)2 | 18 |
Hydrosilylation, amides, giving amines, a | 82 |
asymmetric, ketones, a | 83 |
methyl ketones, a | 39 |
Inorganic Ions, detection, at Pt electrodes, a | 36 |
Internet, Platinum Metals Review | 134 |
Ionic Liquids, biphasic catalysis | 135 |
in catalysis | 158, 160 |
Iridium, Au reduction and stripping, a | 36 |
films, hydrous oxide, a | 124 |
lr(001), with diamond thin films, a | 36 |
IrO2, CO2 sensors, a | 125 |
Iridium Alloys, IrAl, Ir1 xNixAl, structural properties | 68 |
Ir,Si1 x thin films, a | 78 |
Iridium Complexes, fullerenes, electrochemical oxidation, reduction, a | 35 |
H3Ir(PPh3)3, interaction with C60, a | 79 |
photoreactions | 73 |
Isomerisation, n -hexane, Pt catalysed, a | 37 |
homoallylic alcohols, a | 128 |
Isoprene, hydrogenation, over Pd/δ-Al2O3, a | 81 |
Itols, unprotected, oxidation, a | 127 |
Johnson Matthey, “Catalysis Technical Guide” | 72 |
“Catalytic Reaction Guide” | 16 |
HotSpot™ reactor | 2 |
Internet | 134 |
new autocatalyst manufacturing plant in Argentina | 59 |
“Platinum 1998” | 105 |
Ketones, aromatic, asymmetric hydrogenation, a | 39 |
asymmetric hydrosilylation, a | 83 |
methyl, hydrosilylation, a | 39 |
synthesis, using PdCl2(PPh3)2, a | 126 |
Lactams, synthesis, a | 178 |
Lactones, synthesis, a | 178 |
Langmuir-Blodgett Films, Rh complex, C=0 hydrogenation, a | 81 |
see also Films | |
Lean Burn, engines, at SAE conference | 57 |
NOx reduction, a | 176 |
D-Limonene, hydrogenation | 156 |
Luminescence, ECL, in oxalic acid sensor, a | 176 |
Ru/polymer complexes, pH sensors, a | 80 |
[Ru(bpy)3]2, O2 sensor, a | 80 |
see also Cnemiluminescence | |
Magnetic Properties, Pd/Co thin film multilayers, a | 34 |
Magnetism, in PtCo thin films, a | 123 |
Medical, cisplatin, anti-cancer, a | 174 |
implants, Pt-coated | 55 |
trans -[Pt(NC5H4C(O)NHC2H4ONO2)2Cl2] | |
antitumour properties, a | 83 |
razoxane, anti-cancer drug, a | 78 |
Medical Uses, a | 83 |
Membranes, composite, Ru-doped TiO2, a | 37 |
Pd, by electroless plating, a | 124 |
defect free, a | 80 |
H2 permeation, a | 128 |
at HTM-98 conf. | 99 |
in small fuel cells | 115 |
Pt-PEMs, for fuel cells, a | 128 |
Mercury, demercuration, of bis -(alkynyl)mercurials, a | 39 |
Methanation, on Pt-K/SiO2, a | 80 |
Methane, conversion to synthesis gas, a | 177 |
dehydrogenative coupling, a | 125 |
dissociation, at Pd single crystals, a | 34 |
HCN synthesis, over Pt, Pt-10%Rh, a | 37 |
oxidation, by [(bpym)PtCl2] | 98 |
4-Methylstyrene, hydrogenation, a | 35 |
Molecular Cages, [(C5R5)8M8(μ-CN),12] | 157 |
Nanoparticles, Pt, optical properties, a | 34 |
[(Ru6C(CO)16)2Cu4Cl2]2 /SiO2, hydrogenation catalyst | 146 |
RuO2/C electrodes, in supercapacitors, a | 83 |
Nanotechnology, C nanotubes, from Rh/Pd-graphite, a | 174 |
Pt on C nanotubes, a | 124 |
Nitrogen, from NO, in fuel cells, a | 83 |
Nitrogen Oxides, N2O, decomposition, over Rh, a | 38 |
over Ru/AI2O3, a | 126 |
NO, reduction, by propene, over Pt/γ-Al2O3, a | 125 |
over Pt/MCM-41, a | 176 |
to N2, in fuel cells, a | 83 |
NOx, reduction, at the SAE conference | 56 |
lean burn, over Pt/Al2)O3, a | 176 |
removal, over Pt catalysts, a | 37 |
Norbornene, cyclopropanation, a | 82 |
polymerisation, PdCl2 catalysed, a | 81 |
l-Octene, hydroformylation, a | 177 |
Ohmic Contacts, see Electrical Contacts Olefins, hydroformylation, a | 127 |
hydrogenation, a | 82 |
ring closing metathesis, a | 178 |
Optical Properties, Pt nanoparticles | 34 |
Ru(II) 4,4’-bipyridinium complexes, a | 175 |
RuSi, a | 78 |
Organic Industrial Waste, destruction, electrochemical | 90 |
Osmium Complexes, bis -bipyridyl, polymer modified, glucose biosensor, a | 37 |
clusters, Os, Os/Ru, Os/Hg, Os/Au | 146 |
[Os(bipy)2(L)6, molecular assemblies | 100 |
Os(PP3)H2, photochemical properties, a | 35 |
Os(VIII)O4/cysteine, H2 wave, a | 175 |
Oxalic Acid, sensor, a | 176 |
Oxidation, benzene, over Pt-F/Al2O3, a | 81 |
CO, over Pd-Rh/SiO2, a | 38 |
on Pt surfaces, sonochemistry | 8 |
CO, HC, motorcycle emissions, a | 126 |
electro, benzylic compounds, a | 79 |
CO, on Pt, Pt-Sn, Pt-Ru electrodes, a | 123 |
on Pt-Ru/C, a | 34 |
cysteine, by phthalocyanines, a | 79 |
l-propanol, 2-propanol, a | 79 |
toxic organic waste, by RuO4 | 90 |
electrochemical, of lr, Rh fullerene complexes, a | 35 |
formaldehyde, a | 178 |
MeOH, in fuel cells, a | 128 |
over Pd/δ-Al2O3, a | 38, 81 |
methane, by [(bpym)PtCl2] | 98 |
synthesis gas production, a | 177 |
Na anthracenide, pyrenide, by Ru(bpy)32+, a | 35 |
partial, butane reforming | 164 |
primary alcohols, a | 178 |
primary allylic alcohols, a | 82 |
unprotected itols, a | 127 |
waste water, domestic, over Ru/Mn/Ce, a | 126 |
Oxygen, diffusion, in Pt bottom electrodes, a | 39 |
dissociation, at Pt surfaces, mechanism | 24 |
evolution, IrO2/Ta2O5 anode coatings | 116 |
photoproduction, from H2O, over RuS2/SiO2, a | 175 |
sensor, a | 80 |
fibre-optic, Ru-based, a | 125 |
optical, a | 176 |
photoluminescent, with Pt porphyrin, a | 36 |
Palladium, β-[(CH3)4N] [Pd(dmit)2]2, superconductor, a | 178 |
electrodes, Pd-coated LaNi4.25Al0.75, a | 123 |
film electrode, in hydrazine detector, a | 36 |
film, in H2 sensor, a | 36 |
H2 treatment, at HTM-98 conf. | 99 |
membranes, composite, by electroless plating, a | 124 |
defect free, a | 80 |
for fuel cells | 115 |
H2 permeation, a | 128 |
neutral atoms, Fourier transform spectrum, a | 174 |
palladinised Pd electrode, for hydrogenations, a | 35 |
Pd-Al2O3-Al, H2 sensor, a | 80 |
Pd/Co multilayer thin films, magnetic properties, a | 34 |
Pd/GaN Schottky diode, a | 128 |
Pd/Ge/Pd interlayers, between n-GaAs and Si, a | 128 |
Pd/Pt/Au/Pd ohmic contacts, a | 34 |
Pd/Rh-graphite, C nanotube production, a | 174 |
Pd/Sn, Pd/Ge, ohmic contacts, a | 83 |
Pd/SnO2 thin film, CO sensor, a | 176 |
PdH particles, imaging | 141 |
single crystals, CH4 dissociation, a | 34 |
thin films, H2 sensors, a | 125 |
Palladium Alloys, H2 treatment, at HTM-98 conf. | 99 |
Pd(1-x)Six H2 permeability, a | 78 |
PdCr, strain gauges, a | 125 |
Ti-Pd-Ni, shape memory properties, a | 83 |
Palladium Complexes, β′-Et2Me2P[Pd(dmit)2]2, superconductor, a | 78 |
calixarenes | 11, 163 |
dendrimers, from Pd[CH3CN]4(BF4)2, a | 174 |
fullerenes | 18 |
K2PdCL4/K3Fe(CN)6/PEG 600 electrolyte, a | 79 |
[Pd(L)](PF6)2, synthesis, a | 174 |
photoreactions | 73 |
Patents | 40-44, 84-88, 129-132, 179-182 |
pH, sensors, a | 37,80 |
Phenylacetylene, homologs, hydrogenation, a | 127 |
hydrogenation | 39, 156 |
polymerisation, a | 82 |
Phenylation, acid chlorides, aryl iodides, a | 126 |
Phosphines, sulfonated, H2O-soluble catalysts | 135 |
Photocatalysis, photocuring, of ceramic precursors, a | 123 |
Photoconversion, a | 35, 79, 123-124, 175 |
Photodetector, a | 36 |
Photonics, LEDs, a | 81 |
Photoproperties, *Ru(4,7-(SO3C6H5)2-phen)34-, with dendrimers, a | 79 |
in combinatorial chemistry | 163 |
Pt/TiO2/PTFE, trichlorobenzene degradation, a | 175 |
[{Pt(CN)(C10H21N4)}6],a | 123 |
Pt(II) complexes, in probes for SDS micelles, a | 124 |
Ru dye molecules, on TiO2 surfaces, a | 124 |
Ru(PP3)H2, Os(PP3)H2, a | 35 |
RuS2/SiO2, H2O decomposition, a | 175 |
bis (terpyridyl)Ru(II), a | 176 |
TiO2/RuLL’NCS/CuSCN heterojunction, a | 175 |
Photoreactions, in cyclophanes and catenanes | 100 |
H3Ir(PPh3)3 with C60, a | 79 |
Pt, Pd, Ru, Ir, Rh complexes | 73 |
Ru(tap)2(bpy)2+, addition to DNA, a | 79 |
Photosynthesis, artificial models, Ru, Os complexes | 100 |
Photovoltaic Cells, with cis-Ru11(LH2)2(NCS)2, a | 35 |
Photovoltaic Devices, at solar energy conference | 140 |
H2 production from H2O, a | 124 |
“Platinum 1998” | 105 |
Platinum, Au reduction and stripping, a | 36 |
deposition, on C nanotubes, a | 124 |
onto polymers, medical implants | 55 |
electrodes, CO sensors | 144 |
inorganic ion detection, a | 36 |
oxalic acid sensor, a | 176 |
films, bottom electrodes, O2 diffusion, a | 39 |
mesoporous, on Au, a | 36 |
nanoparticles, optical properties, a | 34 |
Pd/Pt/Au/Pd ohmic contacts, a | 34 |
polymer-coated Pt plates, in transistors, a | 125 |
polymers, containing Pt, a | 123 |
Pt(110) crystal, sonochemistry | 8 |
Pt(111) surface, mechanism of O2 dissociation | 24 |
Pt:SnO2 thin films, as CO sensors, a | 80 |
Pt, Pt0.89Ru0.13, electrooxidation, a | 79 |
Pt, Pt-Sn, Pt-Ru electrodes, CO oxidation, a | 123 |
Pt-coated Si, PZT film growth, a | 39 |
Pt-PEMs, for fuel cells, a | 128 |
Pt-Ru anodes, for DMFCs, a | 178 |
Pt-Ru/C, electrooxidation, of CO, a | 34 |
Pt/SiOx/Si/Al, cold cathodes | 10 |
with RuO2, RuO2-TiO2, films, a | 80 |
thin films, by etching, a | 80 |
on SiO2/Si, by MOCVD, a | 124 |
Ti/Pt/Au, Schottky contact with InGaP, photodetectors, a | 36 |
Platinum Alloys, Pt3-xAl1+x, phase transitions, a | 78 |
PtCo thin films, magnetic properties, a | 123 |
PtRu[N(Oct)4Cl]5 colloids, a | 78 |
Platinum Complexes, calixarenes | 11, 163 |
fullerenes | 18 |
[NBu4][trans-PtIV(C6F5)4Br(CO)], structure, a | 78 |
(OC)Pt[μ-N,N1-N(NPh)C6H4],2-ReCl[NH(NPh)C6H4], a | 123 |
photoreactions | 73 |
[Pt2L12μ-dppm)]2, [Pt2L22(μ-dppm)]2-, photoproperties, a | 124 |
Pt porphyrin, for O2 sensing, a | 36 |
cis-[PtCl2(NH3)2], cisplatin, a | 174 |
cis -, trans-[PtCl2(PhCH2,CN)2], [Pt(EtCN)4][SO3CF3]2 | 106 |
cis-PtCl2(razoxane), structure, a | 78 |
[{Pt(CN)(C10H21N4)}6], photoproperties, a | 123 |
Pt(II) dendrimers, SO2 sensor, a | 176 |
[Pt(L)](PF6)2, synthesis, a | 174 |
trans-[Pt(NC3H4C(O)NHC2H4ONO2)2Cl2], antitumour properties, a | 83 |
Pt(NO2)(H2O)3, in electroplating baths, a | 124 |
PtRu5C(CO)14(COD), with C60, a | 174 |
“Platinum Labware Catalog”, Alfa Aesar | 144 |
Pollution Control, at 2nd Anglo-Dutch Symposium | 25 |
at the SAE conference | 56 |
toxic waste, electrochemical destruction | 90 |
using fuel cell powered vehicles | 2 |
Polyacetylene, from phenylacetylene, a | 82 |
Polyketones, synthesis | 158 |
Polymerisation, norbornene, PdCl2 catalysed, a | 81 |
phenylacetylene, a | 82 |
Ru catalysed | 158 |
Polymers, containing Pt, a | 123 |
electrolytes, a | 79 |
films, with Pt, in O2 sensors, a | 36 |
with Ru(II), photoproperties, a | 35 |
with Pd colloids, Heck reactions, a | 38 |
polypyrrole film electrodes, with Rh, Ir, Pd | 60, 163 |
Pt coated, for medical implants | 55 |
Rh/PPA(Na+)/DPPEA, olefin hydroformylation, a | 127 |
siloxane ring, in Ru pH sensors, a | 80 |
synthesis, Pd catalysed | 160 |
Propane, carbonylation, a | 82 |
Protons, reduction, by Rh. Ir. Pd complexes | 60, 163 |
Razoxane, anti-cancer drug, a | 78 |
Reduction, electro, CO2, Pd catalysed, a | 79 |
electrocatalytic, of protons | 60, 163 |
electrochemical, of Ir, Rh fullerene complexes, a | 35 |
mono-ethyl fumarate, maleate, a | 128 |
NO, by propene, over Pt/γ-Al2O3, a | 125 |
tertiary amides, by hydrosilylation, a | 82 |
Reforming, butane, zirconia fuel cells | 164 |
Relay Switches, in heterocycle, carbocycle assembly, a | 177 |
Rhodium, Au reduction and stripping, a | 36 |
Rh/Pd-graphite, C nanotube production, a | 174 |
Rhodium Complexes, [(C5R5)8M8(μ-CN)12], molecular cages | 157 |
calixarenes | 11, 163 |
fullerenes, electrochemical oxidation, reduction, a | 35 |
photoreactions | 73 |
Rhodium Compounds, Bi7RhBr8, structure, a | 34 |
Ruthenium, Pt-Ru/C, electrooxidation, of CO. a | 34 |
Ru-doped TiO2 composite membranes, a | 37 |
Ru-Pt anodes, for DMFCs, a | 178 |
Ru-Pt electrodes, CO oxidation, a | 123 |
RuO2-VOx, dip-coated electrodes, electrochemical capacitors, a | 35 |
RuO2/Ti electrodes, from RuO2-La2O3/Ti, a | 35 |
TiO2/RuLL’NCS/CuSCN heterojunction, photoproperties, a | 175 |
Ruthenium Alloys, PtRu[N(Oct)4Cl]5, colloids, a | 78 |
Ru0.11Pt0.89, electrooxidation, a | 79 |
Ru modified Fe-40Cr, Fe-35Cr-5Al, a | 123 |
RuSi, optical properties, a | 78 |
Ruthenium Complexes, *Ru(4,7-(SO3C6H5)2-phen)34 with dendrimers, photoproperties, a | 79 |
tris(2,2’-bipyridine)Ru(II)-modified chitosan, oxalic acid sensor, a | 176 |
tris(5-acrylamido,1,10 phenanthroline) Ru chloride, O2 sensor, a | 125 |
tris-bipyridyl, Cl2 sensor, a | 37 |
[(bpy)2Ru(phendione)](PF6)2, [(bpy)2,Ru(phendioxime)](PF6)2, photoproperties, a | 124 |
calixarenes | 11, 163 |
clusters, Ru/Os, Ru/Cu Ru/Hg | 146 |
photoreactions | 73 |
Ru5C(CO)15, PtRu5C(CO)l4(COD), with C60, a | 174 |
[Ru(bipy)2(L)]6+ molecular assemblies | 100 |
[Ru(bpy)3]2+, O2 sensor, a | 80 |
Ru(bpy)32+ oxidation of Na anthracenide, pyrenide. a | 35 |
[Ru(bpy)321 (Ph4B)2], optical O2 sensor, a | 176 |
[Ru(bpy)N(bpy(CO2MePEG-350)2)3.N](ClO4)2, molten salts, a | 34 |
[Ru(CO)2(PPh3)(η-C5Me5)][Fe3(μ3-C2Bu1)(CO)9], a | 174 |
cis /trans -RuH2(Ph2PCH2PPh2)2, trans -RuHCl(Ph2PCH2PPh2)2, a | 174 |
Ru(η3-C(CN)2C[C≡C{Ru(PPh3)2Cp}]C=C(CN)2)-(PPh3)Cp, a | 175 |
Ru(H)(H2)Cl(PCy3)2, reactivity, a | 34 |
Ru(II)(2 2’-bipyridyl-4,4’dicarboxylate)2(NCS )2, photovoltaics | 140 |
Ru(II) 4,4’-bipyridinium, optical properties, a | 175 |
Ru(ll), in polymer film, photoproperties, a | 35 |
cis -RuII(LH2)2(NCS)2, sensitiser for photovoltaic cells, a | 35 |
trans -[Ru(NH3)4L(NO)](BF4)3, a | 175 |
[Ru(phen)2[phen(OH)2]]2+, [Ru(Ph2phen)2-[phen(OH)2]]2, pH sensors, a | 80 |
Ru(PP3)H2, photochemical properties, a | 35 |
Ru(tap)2(bpy)2+, addition to DNA, a | 79 |
bis (terpyridyl)Ru(II), photoproperties, a | 176 |
Ruthenium Compounds, RuO2, pH sensors, a | 37 |
RuO2, RuO2-TiO2, films, on Pt, a | 80 |
RuO2 nanoparticles/C electrodes, in supercapacitors, a | 83 |
(SrRuO3/BaxSr1x TiO3/SrRuO3), thin film capacitors, a | 83 |
Schottky Contacts, InGaP. with Ti/Pt/Au, photodetectors, a | 36 |
Schottky Diode, Pd/GaN, a | 128 |
Selectivity, in Pd catalysed hydrogenations | 108 |
Sensors, Cl2, using Ru tris bipyridyl, a | 37 |
CO2, IrO2-, WO3-based, a | 125 |
CO, battery powered | 144 |
Pd/SnO2 thin films, a | 176 |
SnO2-, Pt films, a | 80 |
glucose, with Os/polymer complex, a | 37 |
H2, Al-Al2O3-Pd diode, a | 80 |
by Pd film, a | 125 |
thermal, with Pd films, a | 36 |
inorganic ions, at Pt electrodes, a | 36 |
O2, by [Ru(bpy)3]2, in organogel, a | 80 |
fibre-optic. Ru-based, a | 125 |
optical, a | 176 |
photoluminescent, a | 36 |
oxalic acid, a | 176 |
Pd(I), properties, a | 174 |
pH, at RuO2electrodes, a | 37 |
luminescent Ru complexes, a | 80 |
photo, performance, a | 36 |
SO2, by Pt(II) dendrimers, a | 176 |
strain, a | 125 |
Shape Memory, in Ti-Pd-Ni, a | 83 |
Sodium Anthracenide, oxidation, by Ru(bpy)32+, a | 35 |
Sodium Pyrenide, oxidation, by Ru(bpy)32+, a | 35 |
Sonochemistry, for catalytic rate enhancement, on Pt surfaces | 8 |
Spectra, Pd(I). properties, a | 174 |
Sputtering, of Pd/Co thin film multilayers, a | 34 |
Stilbene, hydrogenation | 156 |
Stille Reactions, in supercritical CO2, a | 177 |
Strain Gauges, PdCr thin films, a | 125 |
Styrene, from phenylacetylene. Rh catalysed, a | 39 |
hydroformylation, a | 177 |
reaction with 1-bromoadamantane, a | 126 |
Sulfoximines, N -arylated, synthesis, a | 177 |
Sulfur Dioxide, sensor, Pt(II) dendrimers, a | 176 |
Supercapacitors, RuO2 nanoparticles/C aerogels, a | 83 |
Superconductors, β’-Et2Me2P[Pd(dmit)2]2, a | 78 |
β-[(CH3)4N][Pd(dmit)2]2, a | 178 |
Supramolecules, Ru, Os complexes, electron transfer | 100 |
Surface Science, H2 uptake on Pd | 141 |
Pd(0) surfaces | 160 |
Synthesis Gas, from methane, a | 177 |
giving MeOH, a | 126 |
Thin Films, capacitors, Pt/(Ba, Sr)TiO3/Pt, a | 83 |
(SrRuO3/BaxSr1-xTiO3,/SrRuO3), a | 83 |
diamond, epitaxial, on Ir(001), a | 36 |
IrxSi1-x, a | 78 |
Pd, H2 sensors, a | 125 |
Pd/Co multilayers, magnetic properties, a | 34 |
Pd/SnO2, CO sensor, a | 176 |
PdCr, strain gauges, a | 125 |
Pt:SnO2, as CO sensors, a | 80 |
Pt, etched, a | 80 |
on SiO2/Si, by MOCVD, a | 124 |
PtCo, magnetic properties, a | 123 |
see also Films | |
Transistors, polycarbazole conducting polymer, a | 125 |
Trichlorobenzene, photodegradation, a | 175 |
Vinylpyrroles, hydroformylation. a | 82 |
Waste, industrial, destruction | 90 |
Water, domestic, oxidation, a | 126 |
photodecomposition, over RuS2/SiO2, a | 175 |
waste, oxidation, over Ru/Mn/Ce, a | 126 |
Wilkinson, Geoffrey, Prof. Sir | 168 |