Acetonitrile, effects on charge transport in |
|
[Os(bipy)2(PVP)10Cl]Cl films, a |
190 |
Acetophenone, derivatives, asymmetric transfer |
|
hydrogenation, via Ru(II) complex, a |
94 |
Acetylcholine, detector |
69 |
Acetylenes, disubstituted, from C2H2+aryl iodides, a |
141 |
Acrylic Acid, hydrogenation, on Pd/PA-Nd3+, a |
192 |
Alcohols, allenic, synthesis, a |
141 |
allyloxycarbonyl-protected, Pd-catalysed cleavage, a |
141 |
direct formation from alkenes, a |
141 |
ethyl, CO2 hydrogenation, over Rh/SiO2+Li salts, a |
193 |
synthesis from CO2-H2, on [Rh10Se]/TiO2 clusters, a |
92 |
from hydrocarbonylation of alkenes, a |
141 |
hexanol, photoproduction, a |
190 |
methyl, effects on charge transport in |
|
[Os(bipy)2(PVP)10Cl]Cl films, a |
190 |
electro-oxidation, at Pt-Ru-Sn, a |
137 |
on Pt/graphite, a |
89 |
production from CO2 via Ru cluster catalysts, a |
94 |
optically active (E )-allylic, (EE )-dienylic and |
|
allenic alcohols, synthesis, a |
141 |
(S)-enriched, > 90% yield, < 92 % ee, production, a |
94 |
unsaturated, from cinnamaldehyde hydrogenation, a |
192 |
hydroformylation, by Rh(acac)(CO)2+phosphine |
|
ligands, a |
141 |
α-Aldehydes, from methylacrylate, |
|
via water soluble Rh phosphine PNS/PC, a |
93 |
Aldehydes, aliphatic, detector, a |
42 |
fast production from butane, over Pt-Rh single gauze |
125 |
Alkanes, dehydrogenation, by IrClH2(PPr3)2, |
|
to alkenes, a |
141 |
hydroxylation, with O2 and Ru polyoxometalate, a |
44 |
light, C-C, C-H bond activation, by Pt-Cu/Al2O3, a |
91 |
oxidation, by RuF16Pc in NaX zeolite catalyst |
37 |
rapid conversions over Pt-Rh single gauzes |
125 |
Alkenes, dihydroxylation, a |
194 |
from alkanes dehydrogenation, by IrClH2(PPr3)2, a |
141 |
for hydrocarbonylation to alcohols, a |
141 |
Alkylation, allylic, by cinnamyl ethyl carbonate, |
|
by Pd/TPPTS, a |
193 |
2-Alkynylbenzaldehyde, carbonylation, a |
193 |
(E )-Allylic Alcohol, preparation via CpRu(PPh3)2Cl, a |
194 |
Bis(α -Amino Acids), synthesis, via Pd(Ph3P)4, a |
44 |
Ammonia, amperometric detector, a |
138 |
detection by Pt-doped CdSnO3, a |
191 |
for propionitrile formation, a |
92 |
synthesis, on Ru clusters/zeolite, a |
140 |
on Ru/fullerene catalyst, a |
43 |
on RuAanthanide oxide catalysts, a |
140 |
Ammoxidation, CH4, on Pt/Al2O3, Pt-Rh gauzes, a |
192 |
Anglo American Platinum Corporation |
2 |
Aromatisation, propane, on Ga/SiO2 catalyst |
|
in Pd membrane reactor, a |
192 |
Ascorbic Acid, effect on H2O2 detection, a |
191 |
Azobenzene, for indole formation, a |
193 |
Barium, effects on 3-way automotive catalysts, a |
92, 192 |
Benzocyclobutenes, preparation, |
|
with Pd(PPh3)4 + K2CO3, a |
193 |
Biological Systems, PGMs in, book reviews |
117, 160 |
Book Reviews, “Catalysis by Metals and Alloys” |
70 |
“Encyclopedia of Chemical Technology” |
174 |
“Fuel Cells and Their Applications” |
159 |
“Mixed Ions in Biological Systems, Volume 32” |
|
Interactions of Metal Ions with Nucleotides, |
|
Nucleic Acid, and Their Constituents |
117 |
"Metal Ions in Biological Systems, Volume 33: |
|
Probing of Nucleic Acids by Metal |
|
Ion Complexes of Small molecules, |
160 |
"Palladium Reagents and Catalysts-Innovations |
|
in Organic Synthesis, |
126 |
1,3-Butadiene, hydrogenation, over Co-Pd/Al2O3, a |
43 |
Butylene, rapid production from butane, over Pt-Rh single gauze |
125 |
C-H Bonds, in Ru3(CO)8(C9H10), activation via Ru-Ru bond breaking, a |
136 |
Capacitors, (Ba, Sr)TiO3 thin film, a |
45 |
Carbon60, fullerene pgm complexes |
23 |
Carbon Oxides, CO2 |
|
hydrogenation, to EtOH, over Rh/SiO2+Li salts, a |
193 |
MeOH, via Ru cluster anions, a |
94 |
via Rh complex, a |
93 |
CO2 + H2, for EtOH synthesis, a |
92 |
CO, CO2, reaction kinetics, on polycrystalline Pt |
|
electrocatalyst in fuel cell, a |
142 |
CO:H2, electro-oxidation, on (110), (110) surfaces |
|
of Pt2Sn, structural effects, a |
90 |
for copolymerisation with ethylene, a |
93 |
hydrogenation, on Fe+Pt/SiO2, a |
43 |
on Mn-Ru/Al2O3 catalysts, a |
140 |
on Pt/Co/Al2O3, a |
43 |
oxidation, on La0.8Sr0.2 AI0.8Cu0.1Ru0.1O3, a |
193 |
on Pt/CeO2, kinetic modelling, a |
139 |
reactions with Pd-Cu, a |
38 |
CO-NO reaction, on La0.8Sr0.2 Al0.8Cu0.1Ru0.1O3, a |
193 |
Carbonylation, 2-alkynylbenzaldehyde, |
|
via water-gas shift reaction, by Rh6(CO)16, a |
193 |
Carboplatin, photostudies, a |
138 |
Catalysis, aqueous phase, with Rh complex, a |
193 |
with supported Pd complex, a |
193 |
conference, 2nd European Congress |
19 |
heterogeneous, a |
42-43, 91-93, 139-140, 191-193 |
homogeneous, a |
43-44, 93-94, 140-141, 193-194 |
conference review |
161 |
Heck-type cyclisations, a |
140 |
liquid-phase hydrogenation |
8 |
Rh supramolecular, enzymatic catalytic reactions, a |
93 |
Catalysts, see also Photocatalysts |
|
automotive, 3-way, Pd, CeO2 effects, a |
192 |
La, Ba effects, a |
92, 192 |
Pt-Rh, synergism, a |
139 |
Pt-Rh/Al2O3, CeO2 promoted, a |
92 |
Catalysts, Indium, Ir species in H-ZSM-5 zeolite |
|
channels, redox, carbonylation chemistry, a |
93 |
Ir/HY zeolite, Pt/SiO2-Al2O3, |
|
for diesel and DBT hydrodesulphurisation, a |
139 |
Iridium Complexes, for activation of C-H bonds |
79 |
IrClH2(PPr3)2, for alkane dehydrogenation, a |
141 |
Osmium, Os, olefin C=C bond fission, |
|
in presence of K osmate, and periodic acid, a |
90 |
Osmium Complexes, OsCl2(PPh3)3, |
|
for cyclopropanation reactions, a |
44 |
Palladium, Pd colloids, for microcontact printing |
116 |
Pd/ACF, for liquid-phase hydrogenation |
|
of olefinic C6 hydrocarbons, a |
140 |
Pd/CeO2, conversions, a |
192 |
Pd/y-Al2O3, automotive, Ba effects, a |
92 |
Co-Pd/Al2O3,1,3-butadiene hydrogenation, a |
43 |
Pd metallic/stainless steel flakes, |
|
for m-xylene combustion, a |
43 |
Pd thin film/PbSrZrO, resonance oscillation |
|
giving enhanced catalytic activity |
25 |
Pd/TPPTS, in-situ generated for diynes, indolic and |
|
furanic products, Pd(0) intermediate, a |
44 |
Pd/TPPTS/SiO2, water soluble catalyst, for allylic |
|
alkylation of cinnamyl ethyl carbonate, a |
193 |
Pd(OAc)2/TPPTS, PdCl2/TPPTS, cyclisations, a |
140 |
Palladium Complexes, (dppp)Pd(OAc)2, (dppp)Pd[C(OyBu]Cl + rert-butyl alumoxane, |
|
for polyketone polymer production, a |
93 |
Pd[C≡C-Si(CH3)3]2(PPh3)2, |
|
for ethynyltnmethylsilane polymerisation, a |
141 |
homogeneous/support, PdCl2-(C9H19)3N/γ-Al2O3 |
|
for hydrogenations |
8 |
Pd(II) system for copolymerisation |
78 |
Pd(OAc)2, reaction of bicyclopropylidene and |
|
vinyl iodide, cascade of reactions, a |
93 |
Pd(OAc)2-TPPTS, cleavage of allyloxycarbonyl |
|
protected alcohols, a |
141 |
[Pd(PPh3)2]Cl2+Cul, C2H2+aryl iodide reaction, a |
141 |
Pd(PPh3)4, for bis(ct-amino acid) synthesis, a |
44 |
for benzocyclobutenes synthesis, a |
193 |
for polymerisation reactions |
78 |
(PPh3)2PdCl2, reaction of 3-(p-nitrobenzoyloxy)- |
|
3-buten-2-one with aryl and vinyl halides, a |
193 |
Platinum, nanometre Pt/MCM-41, for CO oxidation |
35 |
[(PPh3)Pt(PPh3Au)6](NO3)2/SiO2, structure, a |
139 |
Pt-Bx-Al2O3, for naphthalene hydrogenation, a |
191 |
Pt/Al2O3, foam monoliths, for HCN synthesis, a |
192 |
for NO decomposition + C3H6, H2, a |
91 |
Pt/CeO2, kinetic modelling, a |
139 |
Pt/HY zeolite, Pt/SiO2-Al2O3, for diesel, DBT, HDS a |
139 |
Pt/lanthana, for NO, and CO adsorption, a |
91 |
Pt/Na-BEA, for dec-l-ene, |
|
dec-5-ene hydrogenation, a |
139 |
Pt/TiO2, sol-gel, synthesis and characterisation, a |
139 |
[Pt(µ-CH3COO)8]/SiO2, |
|
for HCOOH decomposition, a |
92 |
Platinum Alloys, Pt-Cu/Al2O3, |
|
for alkane C-H, C-C bond activation, a |
91 |
Pt-Dy/Al2O3, for n-hexane, methylcyclopentane |
|
conversions, a |
192 |
Pt-Pd/support, S resistance, a |
92 |
Pt-Rh gauzes, for HCN synthesis, a |
192 |
Pt-Rh/Al2O3, CeO2-promoted, 3-way, automotive, a |
92 |
Pt-Sn/Al2O3, sol-gel, preparation, properties, a |
192 |
Pt-Sn/C, for crotonaldehyde hydrogenation, a |
139 |
Platinum Complexes, |
|
PtCl2-C8H17 NH2-HAl(ι -Bu)2/y-Al2O3, |
|
for hydrogenations |
2 |
PtCl4, synthesis of 3-oxabicyclo[4.1.0]hept-4-enes, a |
43 |
[PtH(H2O)(PMe3)2][OH], acetonitrile hydration |
169 |
chiral, Pt, a |
43, 102 |
colloidal, for H2 photochemical production, a |
190 |
Fe+Pt/SiO2 CO + H2 reactions, a |
43 |
Pt/AAPx, for naphthalene hydrogenation, a |
42 |
Pt/Al borate, Pt/borate-Al2O3, resistance to S, a |
43 |
Pt/Co/Al2O3, for CO hydrogenation, a |
43 |
PtCl2(atropoisomeric diphosphine)/SnCl2, |
|
for styrene asymmetric hydroformylation, a |
43 |
Rhodium, liquid-phase hydroformylation |
|
catalysts, a |
140 |
[Rh10Se]/TiO2 clusters, for EtOH synthesis |
|
from CO2/H2, a |
92 |
Rh/CeO2, ceria structure effect on O migration, a |
92 |
Rh/lanthana, for NO, and CO adsorption, a |
91 |
Rh/SiO2+Li salts, CO2 hydrogenation to EtOH, a |
193 |
Rh/SiO2, highly dispersed, |
|
from organic Rh precursors via OMCVD, a |
92 |
Rh/Y-zeolite, forentate ligand spropionitrile formation, a |
92 |
Rhodium Alloys, Rh-B/, Rh-Zn-B/SiO2, |
|
for hydroformylation of styrenes, a |
140 |
Rhodium Complexes, chiral, Rh, a |
44 |
[((cod)Rh(µ-Cl))2] + mono & bidentate ligands, |
|
for CO2 hydrogenation, a |
93 |
n5-CpRh(Cod)/PS, for cyclopentanone synthesis, a |
140 |
Rh2(OAc)4, Rh2(cap)4, Rh2(tfa)4, |
|
for α-diazo carbonyls reactions, a |
93 |
Rh carbonyl/phenyl-sulphonato-alkylphosphine, |
|
for higher molecular olefin hydroformylation, a |
44 |
Rh phosphine PNS/PC, for hydroformylation, a |
93 |
Rh(acac)(CO)2+phosphine ligands, |
|
for unsaturated alcohol hydroformylation, a |
141 |
RhCl3 + poly-N,N -diallyl-N,N,dimethylammonium |
|
chloride, for hexene hydroformylation, a |
44 |
RhCl34H2O-(C8H17)3N/Nd2O3, for hydrogenation |
8 |
RhCl(PMe3)2CO, for hexanal hydrogenation, a |
190 |
[RhH(PEt3)3], hydroformylation of hex-1-ene |
|
to aldehydes, alcohols, a |
141 |
Rh(I) supramolecular basket-shape molecule, |
|
for dihydroxyarene substituted reactions, a |
93 |
Rh(I)(TPPTS)/SiO2, for indole production, a |
193 |
Rh(PPh3)3Cl-Isocyanide + polymer, alkene, alkyne, |
|
nitrile, nitrocompound hydrogenation, a |
193 |
Ruthenium, Ru3-C60-Cs+/SiO2, for NH3 synthesis, a |
43 |
Ru clusters/zeolite, for NH3 synthesis, a |
140 |
Ru/La2O3, for NH3 synthesis, a |
140 |
Ruthenium Alloys,Ru-Me/Al2O3, Me=Ge, Sn, Pb, |
|
for citral, cinnamaldehyde hydrogenation, a |
140 |
Ru-Mn/Al2O3, for CO hydrogenation, a |
140 |
Ruthenium Complexes, |
|
[(CO2)Rh(µ-Cl)]2, for oxabicycloheptenes, |
|
cyclopropane ring cleavage, a |
43 |
Cp*(dppf)RuH, preparation, MV reduction with H2, a |
94 |
CpRu(PPh3)2Cl, for allylic substitution, |
|
of allylic cyclic carbonates, a |
194 |
Ru2(O2CCH3)4, immobilised on modified supports, |
|
for cinnamaldehyde hydrogenation, a |
192 |
Ru3(CO)12 + alkaline iodides, |
|
in N -methylpyrrolidone, a |
94 |
Ru red/Pt, in water electro-oxidation |
87 |
RuCl2(PPh3)3 for cyclopropanation reactions, a |
44 |
RuCl,.(H2O)3, for syn-diols, a |
194 |
RuCl3.3H2O/polycarbonate, |
|
NO reduction, water-gas shift reaction, a |
93 |
RuF16Pc in NaX zeolite catalyst, alkane oxidation |
37 |
[RuH2(CO)(AsPh3)3], [RuH2(CO)(AsPh3)(L-L)], |
|
activity for propionaldehyde hydrogenation, a |
194 |
RuH2(PPh3)4, for optically active (E )-allylic |
|
(E,E )-dienylic, allenic alcohols, synthesis, a |
141 |
Ru(II), for asymmetric transfer hydrogenation |
|
of acetophenone derivatives in propan-2-ol, a |
94 |
[ WZnRu2III(OH)(H2O)(Zn W9O34)2]1 |
|
for alkane hydroxylation, a |
44 |
La0.8Sr0.2Al0.8Cu0.1Ru0.1O3, for CO oxidation, |
|
NO-CO reaction, a |
193 |
Catchment Gauzes, Pd alloy, for nitric acid plants |
80 |
Cells, Pt/ZrO2(Y2O3)/Pt solid oxide, |
|
working electrode function, a |
142 |
Ceria, promoter, a |
92 |
structural effects on O migration on Rh catalysts, a |
92 |
Chirality, in Pt, Ru, Os complexes |
102 |
Chlorine, production, |
|
on coated Ru-Pt oxide electrodes, a |
90 |
Choline, detector |
69 |
Chromium, electrodeposition, via Pt/Ti anodes, a |
42 |
Cinnamaldehyde. hydrogenation, a |
140 |
over Rh, Ru, Pd complexes, a |
192 |
Cinnamyl Ethyl Carbonate, allylic alkylation, |
|
catalysed by Pd/TPPS/SiO2, a |
193 |
Cisplatin, adducts in DNA, crystal structure, a |
45 |
anti-cancer drug |
165 |
Citral, hydrogenation, a |
140 |
Clusters, Pt309, with ligands, metallic behaviour, a |
136 |
[(PPh3)Pt(PPh3Au)6](NO3)2, |
|
catalyst for H2-D2 equilibration, a |
139 |
Ru3(CO)8(C9H8), C-H bond activation |
|
on Ru-Ru bond fission, a |
136 |
Ru-Ir1(n4-C8H12)IrRu(µ-H)(PPh3)2(n5-C2B9H11), |
|
preparation, a |
89 |
Coatings, a |
138 |
Nafion/glassy C disks + Os(bpy)32+ |
|
electron transfer rates, a |
90 |
Pd, electroplated, on Ni-Co chip carriers, a |
138 |
Cobalt, Co/Pt multilayers, coercivity, a |
135 |
CoPt single crystals, magnetism, a |
38 |
Co-rich CoPt thin films, magnetic measurements, a |
194 |
Cold Start, automotive, SAE conference |
110 |
Colloids, Pd particles, ultrafine, preparation, a |
142 |
Pd(II) dispersion, electroless Ni deposition, a |
138 |
Pt, shape control |
168 |
for water photolysis, a |
190 |
Sb-doped SnO2, with Ru(bpy)32+, luminescence, a |
190 |
Composites, Pd/Ni wire, interdiffusion, a |
88 |
Pd/Ta, for H2 separation, a |
139 |
thin Pd films/ceramic membranes, preparation, a |
142 |
Conferences, 2nd European Congress on Catalysis, |
|
Maastricht, September, 1995 |
19 |
11th World Hydrogen Energy Conference, |
|
Stuttgart, 23-28 June 1996 |
175 |
Hydrogen Treatment of Materials, |
|
Donetsk, September, 1995 |
36 |
Metal-Hydrogen Systems, |
|
Dayton, 10-11 June, 1996 |
180 |
SAE, Spring, Detroit, 24-27 February 1996 |
110 |
6th Int. Conf. on the Chemistry of the Platinum |
|
Group Metals, York, 22-26 July 1996 71, |
161 |
Copolymerisation, ethylene and alkyl acrylates, |
|
by Pd(II) catalyst |
78 |
Copper, plated onto Pd/carbon spheres, a |
191 |
Corrosion Protection, a |
94 |
in the chemical and oil industries |
54 |
Creep, in pure Pt, high temperature, a |
189 |
Cross-Coupling Reactions, of captodative olefins, a |
193 |
Crotonaldehyde, hydrogenation, |
|
on Pt-Sn/C, Sn effect, a |
139 |
Cyclisations, Heck-type, with Pd(OAc)2/TPPTS, |
|
PdCl2/TPPTS, a |
140 |
Cyclopentanone, synthesis, on n5-CpRh(cod)/PS, a |
140 |
Cyclopropanation, ethyl diazoacetate with olefins, a |
44 |
Dehydrocyclisation, n-hexane, a |
192 |
Dendralene, production, a |
93 |
Detectors see Sensors |
|
α-Diazo Carbonyls, reactions via Rh2(OAc)4, |
|
Rh2(Cap)4, Rh2(tfa)4, a |
93 |
Dibenzotmophene, hydrodesulphurisation, a |
139 |
Diesel, reactions with catalysts, a |
92 |
Diesel Fuel, hydrodesulphurisation, a |
139 |
Dihydroxylation, alkenes, by RuCl3-(H2O)3, a |
194 |
Diketones, β-Pt, a |
189 |
Diodes, Pt/PZT/n-SrTiO3 ferroelectric memory, a |
142 |
syit-Diols, preparation, a |
194 |
Diphenylacetylene, for indole formation, a |
193 |
Diynes, synthesis, via Pd/TPPTS, a |
44 |
DNA, photochemical reactions with Ru(II), Rh(III) |
|
polypyridyls, porphyrins, uranyl ions, a |
91 |
Pt complexes in binding studies |
127 |
Electrical Contacts, ohmic, |
|
Au/Ge/Pd to η-type GaAs, a |
194 |
Pd/Al-n-type GaN, a |
194 |
PdGe-based/n-GaAs, thermal stability, a |
45 |
Ti/Pt/Au on Be implanted GaAsSb, HIGFET, a |
94 |
Electrocatalysts, for fuel cell |
94, 141, 142, 150, 194 |
Electrochemistry, a |
39-40, 89-90, 137-138, 190 |
Electrodeposition, a |
42, 138, 191 |
Cr, a |
42 |
electroless metal plating, Pd on carbon spherules, a |
191 |
Pd/Vycor glass, a |
42 |
Electrodes, anodes, Pt/Ti for Cr electroplating, a |
42 |
Pt, in PEFC, a |
142 |
RuO2/TiO2, for sea water electrolysis, a |
137 |
catalysts, Pt-Co-Cr/C black, |
|
for O reduction reaction in PAFC, a |
94 |
Pt/PAN, for O2 reduction, a |
94 |
coated Ru-Pt oxide, for O2 evolution and hypochlorite production, a |
90 |
enzyme, with Ir/C for biosensing glucose, a |
191 |
Ir-dispersed C-paste transducer biosensor, a |
191 |
IrO2 coated Ti electrodes, O reduction kinetics, a |
190 |
Ni-40Nb-pgm, for Zn extraction |
18 |
[Os(bipy)2(PVP)10Cl]Cl-modified, charge transport, a |
190 |
[Os(bpy)]/Nafion coatings, mass transport study, a |
40 |
Pd, sheet, for styrene hydrogenation, a |
137 |
Pd-doped/C strips, printed, for HCHO sensing, a |
42 |
Pd/C paste, Pd immobilisation studies, a |
137 |
platinised Pt, for enzyme detection, a |
191 |
Pt(100), Pt(110), for HCHO electro-oxidation, |
|
in perchloric acid, a |
137 |
Pt(111), HCHO surface patterns, a |
40 |
hydride surface patterns, a |
40 |
Pt, bottom electrodes, on high dielectric SiO2/Si |
|
thin films, for (Ba, Sr)TiO3 films, a |
45 |
for humidity sensors, a |
138 |
polarised + PPy, NH3 detection in biosensors, a |
138 |
polymer modified, for H2O2 detection, |
|
with ascorbic acid, a |
191 |
Pt hydrous oxide film formation, a |
39 |
for D-sorbitol electro-oxidation, a |
40 |
to detect choline, acetylcholine |
69 |
Pt (nanosized)/graphite (porous), for O reduction reaction, a |
89, 90 |
Pt and Pt-Ru, in DMFC |
150 |
Pt single crystals, H deposition on, a |
40 |
NO adsorption, a |
39 |
Pt (well calibrated)/graphite (porous), |
|
for O reduction reaction, a |
89 |
Pt-Ru/, Pt-Sn/, Pt-Ru-Sn/conducting polymer matrix, |
|
poisoning for MeOH electro-oxidation, a |
137 |
Pt/C in PEFC, a |
194 |
Pt/C/vulcan C, in fuel cells, a |
141 |
Pt/graphite, for MeOH electro-oxidation, a |
89 |
Pt/graphite/polymerised LaPO4, HER, a |
137 |
Pt/spherical microelectrodes, for CV |
|
and stripping analysis, a |
42 |
Pt/(Ta2O5+Pt)/Ti, fabrication, a |
137 |
Pt/YSZ, in SOFC, a |
194 |
Pt/ZrO2, in O2 automotive sensors, a |
42 |
PZT/Pt/SiO2/Si, (Ba, Sr)TiO3/Pt/SiO2/Si, thin films, a |
90 |
Ru(NH3)63+ and Os(bpy)33+/Nafion, |
|
for Ru oxidation to Ru(VII) by Os, a |
137 |
RuO2-SnO2 coated Ti, morphology, a |
90 |
RuO2-TiO2 film, SIMS study, a |
138 |
RuO2/TiN, for (Ba, Sr)TiO3 thin film capacitors, a |
45 |
RUO-RUCN/C for aliphatic, |
|
furanic aldehyde detection, a |
42 |
RuS2 Colloids/TiO2, photoelectrochemistry, a |
41 |
Electroless Plating, Pd/Vycor glass, bath conditions, a |
42 |
Emission Control, at SAE conference |
110 |
Enthalpies, of pgms |
62 |
Entropies, of pgms |
62 |
Enzyme, electrodes, sensors, a |
191 |
Ethane, ammoxidation for HCN synthesis, a |
192 |
Ethene, for direct alcohol formation, a |
141 |
for propionitrile formation, a |
92 |
Ethylene, combustion on IrO2, NEMCA effect, a |
40 |
for copolymerisation with CO, a |
93 |
polymerisation, by Pd catalyst |
78 |
Ethynyltrimetbylsilane, polymerisation, |
|
by Pd bis(acetiylide)complex, a |
141 |
Extraction, noble metals from anode muds, in Russia |
118 |
Fluorescence, [PtBrMe2(4-CH2-7-MeOcoumarin)(phen)],a |
39 |
Formaldehyde, detector, a |
42 |
electro-oxidation, on Pt(100), Pt(IlO) electrodes, |
|
in perchloric acid, a |
137 |
Formic Acid, decomposition by |
|
[Pt4(µ-CH3COO)8]/SiO2, a |
92 |
production, via Rh complex catalyst, a |
93 |
Fuel Cells |
44-45, 94, 141-142, 150, 194 |
at 11th World Hydrogen Energy Conference |
175 |
book review |
159 |
DMFC |
150 |
PAFC, Pt on electrodes, a |
44 |
PEFC, a |
142 |
gas diffusion electrodes, a |
194 |
SOFC, a |
45, 194 |
Fullerenes. [C70(Pt(PPh3)2)4], characterisation, a |
189 |
pgm complexes |
23 |
Ru3-C60-Cs+/SiO2 catalyst, for NH3 synthesis, a |
43 |
Furanic Aldehyde, detector, a |
42 |
Gallium Arsenide, Ru, S passivation, a |
88 |
Gauzes, single Pt-Rh, for rapid alkane conversions |
125 |
Glucose, sensors, a |
91, 191 |
Graphite, in Pt(IV)-graphite compounds, a |
40 |
Hexanal, photocatalytic hydrogenation, |
|
with H2 by RhCl(PMe3)2CO, a |
190 |
n-Hexane, conversions on Pt-Dy/Al203, a |
192 |
Hexene-1, hydroformylation, a |
44 |
History, discovery of ruthenium |
181 |
ruthenium, and recent research |
128 |
Humidity, sensor, a |
138 |
Hydration, of nitriles to amides |
169 |
Hydrocarbonylation, alkenes, from alcohols, a |
141 |
in platinum metals metallurgy |
118 |
Hydrodesulphurisation, debenzothiophene and diesel, a |
139 |
Hydroformylation, alcohols, unsaturated, |
|
by Rh(acac)(CO)2+phosphine ligands, a |
141 |
asymmetric, styrene, a |
43, 44 |
by CpRh(cod)/PS, a |
140 |
hex-l-ene to aldehydes, alcohols, by [RhH(PEt3)3], a |
141 |
hexene-1, a |
44 |
higher molecular olefins, |
|
by H2O + MeOH soluble Rh catalysts, a |
44 |
liquid-phase, styrene, substituted, a |
140 |
methylacrylate to α-aldehyde, |
|
via water soluble Rh phosphine PNS/PC, a |
93 |
Hydrogen, changing mechanical properties and |
|
structure of Pd-Mn |
37 |
deposition on single crystal Pt, Pt(100), Pt(110), |
|
and Pt(111) surfaces, a |
40 |
evolution reaction, on electrodes of |
|
Pt/graphite/polymerised LaPO4, a |
137 |
forced diffusion in Pd, a |
189 |
interaction with Pd, Donetsk conf. report |
36 |
permeation in Pd-Ag membranes, a |
38 |
photoproduction, on Pt/CdS, Pt/CdS/ZnS, a |
90 |
photoproduction from water, |
|
by Pt/TiO2+Zn porphyrin, a |
41 |
by Rh/perfluorinated poly(p-phenylene), a |
41 |
by water photolysis, a |
190 |
discussed at 11th World Hydrogen Energy Conf. |
175 |
in a PEFC, a |
142 |
reaction with CO over Fe + Pt/Si2, a |
43 |
sensors, a |
42, 191 |
separation, a |
139 |
solubility in Pd-Pt, a |
88 |
storage, for fuel cell use |
177 |
Hydrogen Cyanide, synthesis, a |
192 |
Hydrogen Peroxide, detection, a |
191 |
Hydrogenation, 1,3-butadiene, over Co-Pd/Al2O3, a |
43 |
acrylic acid, on Pd/PA-Nd3+, a |
192 |
alkenes, on Pt/Na-BEA, a |
139 |
asymmetric transfer, of ketones, in propan-2-ol, |
|
via Ru(II) complex, a |
94 |
cinnamaldehyde, over Rh, Ru, Pd complexes, a |
192 |
citral, on Ru-Me/Al2O3, Me = Ge, Sn, Pb, a |
140 |
CO2 to EtOH, over Rh/SiO2+Li salts, a |
193 |
CO2 to HCOOH, a |
93 |
CO, by Pt/Co/Al2O3, a |
43 |
on Mn-Ru/Al2O3 catalysts, a |
140 |
crotonaldehyde, on Pt-Sn/C, Sn effect, a |
139 |
hexanal, with H2 in RhCl(PMe3)2CO, a |
190 |
linoleic acid, on Pt/TiO2, a |
41 |
liquid-phase, by pgm complex catalysts |
8 |
of C6 olefinic hydrocarbons, on Pd/AFC, a |
140 |
naphthalene, with Pt-Bx-Al2O3, a |
191 |
on Pt/ΑΑΡx catalyst, a |
42 |
organic substrates, by Rh(PPh3)3Cl-Isocyanide |
|
polymer bound, a |
193 |
propionaldehyde, a |
194 |
styrene, with Pd sheet electrode, for ethylbenzene, a |
137 |
Hydrogenolysis, of chiral allylic and |
|
propargylic cyclic carbonates, a |
141 |
Hydroxylation, alkanes, with O2 and |
|
Ru polyoxometalate, a |
44 |
Hypochlorite, production, on Ru-Pt oxide electrodes, a |
90 |
Indoles, formation from azobenzene and |
|
diphenylacetylene, a |
193 |
Iridium, apparatus, for XRF fusion technology |
87 |
compounds, NaSr3IrO6, single crystals, a |
136 |
Sr3CuPt1-xIr1O6, random quantum spin |
|
chain paramagnetism |
63 |
SrCaIrO, SrBaIrO, properties, a |
38 |
contact electroresistance, |
|
for oxide film defect evaluation, a |
91 |
Iridium Alloys, Ir-Nb, Ir-Ti, refractory superalloys, a |
189 |
Iridium Complexes |
|
(n4-C8H12)IrRu(µ-H)(PPh3)2(n5-C2B9H11) cluster, a |
89 |
[Ir(COD)Cl]2 + α-diimines, a |
|
|
39 |
Iridium Oxide, catalyst film, for ethylene combustion, |
|
NEMCA effect, a |
40 |
compounds, electrochemistry during O reactions, a |
40 |
Iridium Silicides, Si:Ir deposition ratio effects |
|
on IrSi/Si(100), a |
135 |
Iron, [Fe(II),Ru(III)] formation, a |
94 |
Johnson Matthey, "Platinum 1996" |
127 |
relationship with Rustenburg Platinum Mines |
2 |
Junctions, Pt silicided p+n, Pt/Si films/Si, a |
45 |
Ketone, production, from olefin C=C bond fission, |
|
in presence of K osmate, a |
90 |
Klaus, Karl Karlovitch, discoverer of ruthenium |
181 |
Lactones, from 2-alkynylbenzaldehyde carbonylation, a |
193 |
Lanthanum, additions to 3-way automotive catalysts, a |
192 |
Lean-Burn Technology, at SAE conference |
110 |
Linoleic Acid, photohydrogenation by Pt/TiO2, a |
41 |
LPG, sensor, a |
191 |
Luminescence, |
|
in [Ru(bpy)2(bpz)]2+, in [Zn(bpy)3](C1O4)2, a |
138 |
of Ru(bpy)3 on colloidal Sb-doped SnO7, a |
190 |
[Ru(bpy-d8)2(bpz)]2+, in [Zn(bpy)3](C1O4)2, a |
138 |
in Ru(bpy)(CN), Ru(DMbpy)(CN), a |
41 |
L-Lysine, photocatalysed to pipecolinic acid, a |
41 |
Magnetism, in Co-rich CoPt and CoPtP thin films, a |
194 |
coercivity, Co/Pt multilayers, a |
135 |
in CoPt single crystals, under compression, a |
38 |
electronic and nuclear in Pt |
112 |
in FeRhPd alloys, and crystalline properties, a |
88 |
in LaNdRhSi system, a |
38 |
in MnPt thin films, a |
135 |
random quantum spin chain paramagnetism |
|
in Sr3CuPt1IrxO6 |
63 |
in SrCaIrO, SrBaIrO, structures, a |
38 |
in UIr2Si2, and physical properties, a |
88 |
in U(PdFe)2Ge2, a |
88 |
Manganese, MnPt thin films, magnetic properties, a |
135 |
Medical, carboplatin, photostudies, a |
138 |
corrosion of implants, a |
94 |
Medical Uses, a |
45, 165 |
Melting Points, of pgms |
62 |
Membranes, Pd-Ag films, preparation, a |
38 |
Pd/α-Al2O3, tubes, for H2 removal, a |
192 |
Pd/ceramic composite, preparation, a |
142 |
Pd/Ta composites, for H2 separation, a |
139 |
Pt nanochannel replicas |
25 |
Memory Diode, Pt/PZT/n-SrTiO3, fabrication, a |
142 |
Methane, ammoxidation, to HCN on |
|
Pt/Al2O3, Pt-Rh, a |
192 |
conversion to syngas over Pt electrode, a |
194 |
Methylacrylate, hydroformylation to α-aldehyde, |
|
via water soluble Rh phosphine PNS/PC, a |
93 |
Methylcyclopentane, conversions, a |
192 |
Mining, platinum, in South Africa |
2 |
Mirrors, X-ray multilayer, Pt/C, a |
88 |
Modifiers, Ba, for 3-way catalysts, a |
92, 192 |
Molecular Wires |
72 |
Ru and Os polypyridine complexes |
26 |
Molybdenum, effect on corrosion resistance |
|
of V-free Ti medical implants, a |
94 |
Nanocomposites, Pt/polymer preparation |
77 |
Nanoparticles, Pt in recast ionomer, for O reduction, a |
89 |
Nanotechnology, molecular wires |
26 |
nanometre Pt/MCM-41 |
35 |
Pt nanochannel replica membranes |
25 |
Naphthalene, hydrogenation, on Pt-Bx-Al2O3 catalyst, a |
191 |
on Pt/AAPjc catalyst, a |
42 |
NEMCA, effect, a |
40 |
New Patents, a |
46-52, 95-100, 143-148, 195-98 |
Nickel, electroless deposition,via Pd(II) colloid, a |
138 |
plated onto Pd/carbonaceous spherules, a |
191 |
Nitric Acid, plants |
80 |
Nitriles, hydration to amides |
169 |
Nitriloacetic Acid, electron donor, |
|
for H2 photoproduction, a |
190 |
Nitrogen Oxides, NO, |
|
adlayers on Pt single crystal electrodes, a |
39 |
and CO adsorption on Rh/lanthana, Pt/lanthana, a |
91 |
decomposition using C3H6, H2, over Pt/Al2O3, a |
91 |
reactions with CO, on La0.8Sr02Al0.8Cu0.1Ru0.103, a |
193 |
reactions with PdCu, a |
38 |
NOx, reductions, by 3-way catalysts, a |
92 |
reductions over Pd modified 3-way catalysts, a |
192 |
sensor, with Pt gate MOSFET, a |
91 |
Olefins, higher molecular, hydroformylation, a |
44 |
α-Olefins, polymerisation, by Pd catalyst |
78 |
Optical Switching, in Pd/Y and Pd/La films |
102 |
Osmium, compounds, LaRu4-xOsxP12, |
|
superconductivity, electrical conductivity, a |
135 |
Osmium Complexes, chirals, Os(CHIRAGEN[7]) |
102 |
Os polypyridines, in molecular wires |
26 |
[Os(bipy)2(PVP)10Cl]Cl, thin films on electrodes, a |
190 |
[Os(bpy)]32+, in Nafion coatings on glassy C disks, |
|
electron transfer rates, a |
90 |
Os(bpy)33+/Nafion, for oxidising Ru(NH3)63+, a |
137 |
[Os(CO)6][Sb2F11]2, a |
39 |
sandwich indenyl, (n5-C9H7)Os-n5 -C9H7, |
|
redox behaviour at a Pt electrode, a |
90 |
used in molecular wire development |
26, 72 |
3-Oxabicyclo[4.1.0]hept-4-enes, synthesis by PtCl4, a |
43 |
Oxidation, alkanes, by RuF16Pc in NaX zeolite catalyst |
37 |
CO, on Pt/CeO2, kinetic modelling, a |
139 |
electro, MeOH, on Pt/graphite, a |
89 |
partial, alkanes, Pt-Rh gauze |
125 |
Oxygen, dissolved, sensor, a |
191 |
evolution on coated Ru-Pt oxide electrodes, a |
90 |
reduction, in alkali, on IrO2/Ti electrodes, a |
190 |
Palladium, coatings on tubular reactors, a |
192 |
compounds, Pd in VOHPO4.0.5H2O, a |
89 |
Tl2Pd4Se6, preparation, a |
89 |
corrosion effects on V-free Ti alloys for implants, a |
94 |
electrocoatings for Ni-Co chip carriers, a |
138 |
forced H diffusion, a |
189 |
H diffusion through sheet electrode, a |
137 |
H permeation, a |
40 |
nanocrystalline, specific heat, a |
38 |
Pd-H, anomaly at 50K |
180 |
Donetsk conf. |
36 |
system, ACS symposium |
180 |
thin films on Y and La, optical switching effect |
102 |
ultrafine particles, preparation using ultrasound, a |
142 |
ultrathin films, growth on Al(001), a |
135 |
Palladium Alloys, Ag-Pd, Cu-Pd, nanoscale, a |
38 |
Cu-Pd, properties and structures, a |
189 |
Pd-Ag, film membranes, preparation, a |
38 |
Pd-Cu, CO, NO surface reactions, a |
38 |
Pd-Mn, H changes mechanical properties, structure |
37 |
Pd-Pt, thick foil, H solubility, a |
88 |
Palladium Complexes, acetylacetonato derivatives |
|
of palladated α-arylalkylamines, synthesis, a |
136 |
(n2-C60)Pd(CNR)2, a |
189 |
(n2-C60)Pd(PPh3)2, in benzene, laser excitation spectra, a |
190 |
palladacycle, from Pd(PPh3)2Cl2 + dimethylhydrazone, a |
39 |
Pd macrocycles, with pendant-arm 14-,16-,18-members, a |
189 |
Pd(NH3)42+ ions, on C spheres, for Ni, Cu plating, a |
191 |
polynuclear hydroxo Pd11(PHC) complexes, a |
39 |
Permeation, H, in Pd |
40, 175, 180 |
H in Pd-Ag membranes, a |
38 |
Phase Diagrams, RuO2-Bi2O3-ZnO, RuO2-Al2O3-ZnO, a |
88 |
Photocatalysts, Pt/CdS, L-Iysine into pipecolinic acid, a |
41 |
Pt/TiO2, for H2 production from water, a |
41 |
for linoleic acid hydrogenation, a |
41 |
PtS/CdS/Pt, IrS/CdS/Ir, a |
41 |
Rh colloid/perfluorinated poly(p-phenylene), a |
41 |
Photoconversion, a |
41, 90, 91, 138, 190 |
Photolysis, for H2 photoproduction, a |
190 |
laser, of (n2-C60)Pd(PPh3)2, spectra, a |
190 |
Photoreactions, with DNA, induced by Ru(II), |
|
Rh(III), polypyridyls, porphyrins, uranyl ions, a |
91 |
Plating, Ni onto Pd/carbonaceous spherules, a |
191 |
"Platinum 1996" |
127 |
Platinum, additions, to YBaCuO superconductors, |
|
effects on solidification, a |
135 |
on CdS and CdS/ZnS, for H2 photoproduction, a |
90 |
Co/Pt multilayers, coercivity, a |
135 |
colloids 168, |
190 |
compounds, Pt chloride-graphite intercalation, a |
40 |
Sr3CuPt1-xIrxO6, random quantum spin |
|
chain paramagnetism |
63 |
Tl2Pt4S6, TI2Pt4Te6, Tl2Pt4Se6, preparation, a |
89 |
contact electroresistance measurements, |
|
for oxide film defect evaluation, a |
91 |
in fuel cells, see Fuel Cells |
|
high temperature creep, a |
189 |
membranes |
25 |
mining in South Africa |
2 |
Pt309 clusters, with ligands, inner metallic core, a |
136 |
Pt hydrous oxide films, from potential cycling, a |
39 |
PtCo single crystals, magnetism, a |
38 |
recovery in nitric acid plants |
80 |
in superconductivity |
64 |
Platinum Alloys, Pt2Sn, single crystal surfaces |
|
for CO, C0:H2 electro-oxidation, a |
90 |
Platinum Complexes, [C70{Pt(PPh3)2}4], |
|
isolation, characterisation, a |
189 |
chiral complexes |
102 |
(n2-C60)Pt(CNR)2, a |
189 |
[Pt2(µ-C1)2{(C0R)2H}2], R=Me, Et, a |
189 |
[PtBrMe2(4-CH2-7-MeO-coumarin)(phen)], |
|
fluorescence, a |
39 |
[Pt11(dpp-C,N,N')(MeCN)]+ DNA binding studies |
127 |
cis-Pt(LH2)Cl2, H2L[PtCl4], |
|
with deprotonated amide ligands, a |
39 |
trans-Pt(II) acetylide, photophysical properties, a |
91 |
Platinum Silicide, injunctions, a |
45 |
Platinum-Iron, ultralow temperature physics |
112 |
Poisoning, Pt-based electrodes, |
|
in MeOH electro-oxidation, a |
137 |
of Pt-Sn/Al2O3 by thiophene, a |
192 |
S in fuel cells, a |
141 |
Polymerisation, CO + ethylene, via Pd complex, a |
93 |
ethynyltrimethylsilane, by Pd bis(acetiylide), a |
141 |
Polymers, high molecular weight, production, |
|
by Pd catalyst system |
78 |
with Os complex as electrode coating, a |
190 |
polyketone, production via (dppp)Pd(OAc)2 or |
|
(dppp)Pd[C(O)’Bu]Cl + terr-butyl alumoxane, a |
93 |
Printing, fine electronic circuitry |
116 |
Promoters, CeO2, for 3-way catalyst, a |
92 |
Li salts for Rh/SiO2, CO2 hydrogenation to EtOH, a |
193 |
polymer-immobilised Nd ions, for ultrafine Pd, a |
192 |
Propan-1-ol, preparation, a |
194 |
Propane, aromatisation on Ga/SiO2, |
|
in Pd membrane reactor, a |
192 |
Propionitrile, formation, over Rh/Y-zeolite, a |
92 |
Reactors, tubular, Pd coated, for H removal, a |
192 |
Recording Film, ultra-high density, CoCrPt(Ta, Β), a |
45 |
Reduction, oxygen, on IrO2 coated Ti electrodes, a |
190 |
Rhodium, compounds, CeRh2Si2, superconductivity, a |
135 |
LaNdRhSi system, superconductivity, magnetism, a |
38 |
in superconductivity |
64 |
Rhodium Complexes, [e-BHP(C12)2RhIII(L)(H2O)]Cl, |
|
synthesis, characterisation, a |
136 |
Rh1-RhIII with cyanide bridges, a |
136 |
trans -[Rh(CH=CH2)(CS)(Pi Pr3)2], preparation, a |
89 |
trans -[Rh(R)(CO)( Pi Pr3)2], preparation, a |
89 |
Rustenburg Platinum Mines |
2 |
Ruthenium, compounds, CeRu2, superconductivity, a |
89 |
CeRu4P12, superconductivity, electrical properties, a |
135 |
LaRu4-xOsxP12, superconductivity, a |
135 |
Ru(bpy)(CN), Ru(DMbpy)(CN), photoproperties, a |
! 41 |
Ru(NH3)63+, oxidation by Os(bpy)33+/Nafion, a |
137 |
Ru[R2PCH2CH2PR2]2H2,photoproducts, |
|
after laser flash photolysis, a |
41 |
[Fe(II),Ru(III)] formation, a |
94 |
historical discovery |
181 |
historical perspective |
128 |
Ruthenium Alloys, Ru enhanced Ti alloys |
54 |
Ruthenium Chloride, to passivate GaAs surface, a |
88 |
Ruthenium Complexes, chirals, Ru(CHIRAGEN[6])Cl2 |
102 |
(n4-C8H12)IrRu(µ-H)(PPh3)2(n5-C2B9H11) cluster, a |
89 |
[Ru2(O2CCMe3)4(NITPh)]n (BF4)n, properties, a |
136 |
Ru3(CO)8(C9H8), C-H bond activation |
|
on Ru-Ru fission, a |
136 |
Ru5(µ5-C2)(µ-SMe)2(µ-PBu2)2(CO)11, |
|
preparation, characterisation, a |
190 |
Ru polypyridines, in molecular wires |
26 |
Ru(bipy)32+, in water photolysis system, a |
190 |
[Ru(bpy)2(bpz)]2+, [Ru(bpy-d8)2(bpz)]2+, in |
|
[Zn(bpy)3](ClO4)2, luminescence spectra, a |
138 |
Ru(bpy)2(dcbpy)2+, electron transfer to SnO2 |
|
nanocrystallites, a |
138 |
Ru(bpy)32+, on colloidal Sb-SnO2, luminescence, a |
190 |
RuCl3.3H2O in polycarbonate, interactions, a |
93 |
[Ru(CO)6][Sb2Fl1]2, a |
39 |
[RuIItris(4,7-diphenyl-1,10-phcnanthroline)] |
|
in sol-gel SiO2, for O sensor, a |
191 |
[Ru(NH3)5Cl]Cl2,fac -[Ru(NH3)3Cl3], preparation, a |
89 |
sandwich indenyl, (n5-C9H7)Ru-n5-C9H7, |
|
redox behaviour at a Pt electrode, a |
90 |
trans -[Ru(bpy)2(pya)(pyb)]n+, |
|
chromophore-quencher complexes, a |
190 |
used in molecular wire development |
26, 72 |
Ruthenium Oxides, RuO2 grown on YSZ, a |
38 |
Sr2RuO4, superconductivity, quantum oscillations, a |
136 |
Schottky Diodes, Pt-InAlAs, Fe doped, |
|
IVT characteristics, a |
142 |
PtSi/p -Si, IR, bias and thickness dependence, a |
94 |
PtSi/Si(III), non-uniform barrier height effects, a |
45 |
Sensors, ammonia, in biosensor, a |
138 |
by Pt-doped CdSnO3, a |
191 |
automotive, development of |
110 |
O2 sensors, a |
42 |
enzyme, a |
191 |
formaldehyde, a |
42 |
glucose, a |
91, 191 |
H2, a |
42, 191 |
H2O2, on polymer-modified Pt electrode, a |
191 |
humidity, with Pt electrodes, a |
138 |
LPG, a |
191 |
NOx, with Pt gate MOSFET, a |
91 |
O, dissolved, +fluorescent quenching of Ru complex, a |
191 |
Single Crystals, CoPt, magnetism in, a |
38 |
NaSr3IrO6, structure, a |
136 |
PdCu, CO, NO surface reactions, a |
38 |
Pt2Sn surfaces, for CO, CO:H2 electro-oxidation, a |
90 |
Pt, hydride surface patterns, a |
40 |
Pt electrodes, NO adsorption, a |
39 |
Sol-Gel Process, for O sensor production, a |
191 |
for Pt-Sn/Al2O3 catalysts, properties, a |
192 |
for Pt/TiO2 catalyst preparation, characterisation, a |
139 |
D-Sorbitol, electro-oxidation on Pt, a |
40 |
Specific Heats, in nano-Pd, a |
38 |
of pgms |
62 |
Stearic Acid, production, a |
41 |
Styrene, asymmetric hydroformylation, a |
43, 44 |
hydrogenation, with a Pd sheet electrode, a |
137 |
substituted, liquid-phase hydroformylation, |
|
on Rh-B, Rh-Zn-B/SiO2 catalysts, a |
140 |
Sulphur, catalyst tolerance, a |
43 |
effects on Pt electrocatalyst in fuel cell, a |
141 |
S, catalyst resistance to, a |
92 |
Superalloys, Ir-Nb, Ir-Ti refractories, a |
189 |
Superconductivity, CeRu2 single crystal, a |
89 |
flux pinning by Pt and Rh in YBaCuO |
64 |
in LaRu4P12, LaRu3OsP12, LaRu2Os2P12, a |
135 |
in LaNdRhSi system, a |
38 |
Superconductors, CeRh2Si2, a |
135 |
Sr2RuO4, quantum oscillations, a |
136 |
UPd2Al3, crystal field transitions, a |
135 |
YBaCuO, effects of Pt additions to solidification, a |
135 |
Synthesis Gas, preparation, a |
194 |
Temperature Measurement, by Ir-Au proximity |
|
effect thermometers, 20-100 mK, a |
142 |
Thermodynamic Properties, Pt, Pd, Rh, Ir, Os, Ru |
38, 62 |
Thick Films, Pd-Pt, H solubility, a |
88 |
Thin Films, capacitors, a |
45 |
CoCrPt(Ta, B) as ultra-high density recording media, a |
45 |
CoPtP alloys, magnetic values, a |
194 |
high dielectric, Pt bottom electrodes on SiO2/Si, |
|
for (Ba, Sr)TiO3 films, a |
45 |
MnPt, magnetic properties, long range order, a |
135 |
[Os(bipy)2(PVP)10Cl]Cl on electrodes, |
|
charge transport, a |
190 |
Pd, ultrathin, Al(110), growth, a |
135 |
Pd on ceramic composite membranes, a |
142 |
Pd/Y and Pd/La, optical switching |
102 |
PZT/Pt/SiO2/Si, (Ba, Sr)TiO3/Pt/SiO2/Si electrodes, a |
90 |
RuO2/YSZ, electrical properties, a |
38 |
SnO2, Pd 2-5 nm, activated, gas sensing, a |
42 |
SnO2 nanocrystalline, |
|
electron transfer from Ru(bpy)2(dcbpy)2+, a |
138 |
Tin, effects on Pt-Sn/C catalysts, |
|
for crotonaldehyde hydrogenation, a |
139 |
Tin Oxide, nanocrystalline films, |
|
electron transfer from Ru(bpy)2(dcbpy)2+, a |
138 |
SnO2, Pd thin films |
42 |
Titanium Alloys, medical implants, Mo, Pd effects, a |
94 |
Ru enhanced |
54 |
Tunnel Junctions, H2 sensor, a |
191 |
Vapour Pressures, of pgms |
62 |
Voltresistometry, with Pt, Ir, for oxide film evaluation, a |
91 |
Water, electro-oxidation by Ru/Pt |
87 |
photodccomposition, a |
41 |
sea, electrolysis, via RuO2/TiO2, a |
137 |
Wires, composite Pd/Ni, interdiffusion, a |
88 |
molecular, development |
26, 72 |
m -Xylene, total combustion over Pd/stainless steel, a |
43 |
Zinc, extraction with Nb-Ni-pgm electrode |
18 |