SUBJECT
INDEX
TO VOLUME 32
a=abstract Page
Acetalization, cyclohexanone, on platinum metals, a 156 Acetone, chemisorption, electroreduction. on Rh.
Rh-Ni catalysts, a 93
Acetoxylation, oxidative, propylene. by PdCl
,,
a 157 93 alcohols on 0-Pd(II0 surfaces. reactions, a 148 CO, on Pd-Ru, Pd-Ni, HI effect on, a 91 onPt-,
Rh particleslA1,0,(0001), a I49H 31. 130
nitrocompounds. on
PtIPt,
/Ti, /TiO, electrodes, a 930,. on Pt-Ag, a I54
98 C , , C , , formation from syngas, a 154, 155. 214 ethyl. electro-oxidation, on S-treated Pt black, a 34 from syngas. on Ru-Mo-Na,OlAl,O,, a I56 methyl, adsorption, oxidation, on platinised Pt+Sn
electrode, a, , 210
decomposition, on Pt, Rh wire, a 96 electro-oxidation. a 93, 151, 211
from syngas, a 40. 215
H I photoproduction from, a 212
oxidation
on
Pt-Ag, a I54reduction to CH,, at
Ru
electrodes, a 93 synthesis. on Pdlzeolites, +Fe,La,
a 155 methyl. ethyl, propyl, reactions on 0-Pd(III),surfaces, a 148
oxidation, on Ru/Ce(IV) oxide. a I56 secondary. oxidation to ketones, electrochemically, a 34 Unsaturated, from PhCH=CHCOMe. a I57 98 C,, , formation from decane, by RhCI(CO)(PR,),, a 157 formation, usmg Rh-phosphine two-phase catalysts 179
synthesis, from propylene, a 41
Aldoximes, for nitrile formation. a I57 Alkaloid. with
0~0,.
for dihydroxylations, a 158 Alkanes, catalytic reactions, a 157, 212, 215Alkenes, formation, a
155,
212216 Alkylation, isobutene with ethene, on PdlY zeolites, a 40 Alkynes,. hydrqgenation. on PdlC, a 96
34 Ally1 Acetates, carbonyl allylation with Pd complexes, a 98 Allylation, active methylene compounds,
+
ally1 oximeI56 98
Allykhloride, coupling with CO, a I56
Ammonia, detection, by Pt-MOS, a 37, 213 21 1 I I
Anisole, catalytic reactions, a 215
Arctic Ocean, cathodic protection of vessels I I9 Arenes, for biaryls formation, on RhCI(CO)(PMe,),, a 99
37
Batteries,
implanted, book review 27Benzaldehyde, hydmgenation, hydroslation, a 158 Benzene, carbonylation, photochemical. a 158
hydrogenations, a 39, 154, 214
10 Binryls, formation from arenes, on RhCI(CO)(PMe,),, a 99 Biochemistry, o portunities for platinum group metals 170 Blomedicnl EJneerlng, microbrazing Pt wire 118
nuclear implanted batteries 27
Book
Reviews, batteries for biomedical devices 27 Catalytic Activation of CO,, ACS symposium 187geology of Bushveld Complex 63
Platinum-Group Element Exploration 208
Boranes, transformations. a 40
Brazing, for
Pt
wires, in prostheses I I8 Bushveld Igneous Complex, book review 63survey, in "Platinum 1988" I I8
Butadiene, hydrogenation, a 214
Butane, formation,
on
Pd/y-AI,O,, a 214 I54 38 159, 170. 198 Adsorption, 2-naphthoic acid, at platinised Pt, aAlcohols, production on Pd(PPh,), +SmI,, a
Aldehydes, carbonyl allylation of, a
reactions, by Ru complexes, a
terminal. trtmerisation. by
Rh
complexes. acarbonate, by Pd(0)-phosphine system, a carbonyl. aldehyde, by Pd complex, a
electroproduction from nitrate, at Pt, Ni, a oxidation. on
Rh-Pt
gauzes, characterisationArsine, detection, by Pd-MOS device, a
production in Pd reactor, from cyclohexane
oxidation, on PtlAI,O,
+
Ce, La oxides, a selectivity to, on cyclohexane dehydrogenation, a Cancer, complexes for anti-tumour usePage Capacitors, Pt-MOS, as NH, sensors, a 213 Carbon Oxides, catalytic activation, ACS symposium 187
CO, adsorption on Pd-Ru, Pd-Ni. H I effect on, a 91
automotive emission control 123
coupling with allylhalide. on Pd(0). a I56 desorption from
Pt-,
Rh/a-A1,0,(0001), a 149detectors, a 37
Fischer-Tropsch reaction, a 97. 156 for Pd carbonyl phosphine complexes synthesis, a 34 hydrogenation reactions. a 40, 97, 154. I55 oxidation reactions. a 40, 149. 155, 214. 215 photoreduction to CH,. on Ru. 0 s colloids, a 35 production on carbonylation, by Pd complexes, a 157 reaction with aldoximes, for nitrile formation, a 157 reduction to CH,, at Ru electrodes, a 93 + H I . organic compound production, a 96 CO,, formation from HCOOHlNaCOOH, a 155 hydrogenationlreduction, on
Pt
complex, a 156 photochemical reduction to CO. a I52 reduction to CH,, at Ru electrodes, a 152 94Carbonylation. reactions, a 157, 158
Carbonyls, reduction, by IrH,(PR,),, a I57 RhU, Rh,, cluster anion formation, a I57
Carboranes, transformation, a 40
204 conference, Liebfrauenberg, Sept. 1987 19 heterogeneous. a 38. 39. 40. 96. 97. 98. 154. 155. 156. CO,/HCO;, photoreduction to formate, a
Catalysis, 9th Int. Congress review, Calgary
-
213, 214 39 homogeneous, a 40,41,98,99. 156. 157. 158.215.216 Homogeneous Catalyst Research Kit 122
of volatile organic compounds, a
metall6complexes. in electrodic processes. review, a 92 RuO,.xH,O, effect of Ce ions, a 33 Catalysts, automotive, emission control I23
for CO, activation, ACS symposium, review 187
history, Kuhlmann's work 84
Iridium, colloids, properties of, a 98 38
Iridium Complexes, a I57
Ir-Fe carbonyl clusterslSi0 ,
,
for syngas reaction, a 2 14 Osmium Complexes, for dihydroxylations. a 158 IH RuOs (CO)1
-(All clusters, a 98 Palladium. cluster, for propylene oxidation, a 98 Pslladium Alloys, Pd-Ag. Pd-Y, H diffusionPd-Zr. for CO oxidation, a 40
Palladium Complexes, for carbonylations, a 157 Pd carbonyl phosphines. synthesis, a 34 PdCl
,
,
for propylene acetoxylation. a I57 PdCl ,(CP)(Py-X), for quadricyclaneisomerisation, a 98
PdCII(PhCN)l-SnCI,. for carbonyl allylation. a 98 PdCII(PPhJ),
+
SnCI,, for I-heptene reaction, a40 Pd(O), for manoalide formation, a 156 Pd(0) tetrakis(triphenylphosphine), for ketoneisomerisation. a I57
Pd(acac),-PRl-BF,OEt,, for dimerisations, a 215 Pd(dba),-phosphine system, for allylations, a 156 Pd(I1) thiocarkmide, for hydrosilylations. a 98 Pd(I1)
+
methionme. for hydrogenations. a 215 Pd(PPh,), promoted, for silylations. a 41 Pd(PPh,),+
SmI,+
propargylicacetate, foralcohols, a 98
Pd acetate-MIC, for oxidation of C,H,, a 155 Pd collold/~-cycIodextrIn, for photoreduction, a 94 Pd mercapto-hydroxyl chelateslSiO,, activities, a 155 39 PdFeISlO,, bimetallic, for CO hydrogenation. a 154 40 Pd-Fe carbonyl clustersISi0,
,
for C,
-C I alcohol2 I4
PdlAI,O,, a I55
% PdlCdS, photocatalyst, stabilisation with EDTA. a 35 PdIchPrroPI, for HI, CO, formation, from
HCOOHlNaCOOH. a 155
effect on Pt dehydrogenation. a
membranes, ethylene hydrogenation, a 97
Pd powder, for benzene hydrogenation, a methanol synthesis from syngas, a
synthesis, from syngas, a
PdIC, for alkynes. dienes, hydrogenation, a
Catalysts (confd.) Page 39 PdlY zeolites, for isobutene alkylation. a 40 Pdly-AIIO,, for butadiene hydrogenation. a 2 I4 Pdlzeolites, for isomerisation, a 214 Pdlzeolites,
+
La,
Fe, for methanol synthesis. a 155 Platinum, for diesel generator exhaust 61in lean bum engines I23
in phosphoric acid fuel cells, a 41 wlvcrvstalline films. for CO oxidation. a 214 Pdlsupport. for benzene hydrogenation, a
for oxygen sensor 199
h A u colloids, properties. a 39 wire. for HCHO, HCOOH. CH,OH, N,H,
decomposition. a 96
adsorption. a I54
Pt-Rh
auzes, surface characterisation. a I I 98 [Pt,(j~dppm),l, for dimethyl formamide, a 156 Platinum Metals, borane. carborane reactions, a 40 for cyclohexanone reactions, at high pressure, a 156 Platinum Metalsflnorganic Support, for organic96 PtFelSiO,, himetallic, for C O hydrogenation, a 154
Pt-CulAl,O,, formation, structure, a I54 Pt-RelAI,O,-CI. CI effects
on,
a 96 Pt-RelH mordenite, for n-heptane hydroconversion. a39 212 Ptl, Pt-Re/, Pt-Re-CrlAl,O,, for dehydrocyclisations,S pretreatment. a 213
for methylcyclopentane conversion, a I54
PtlAI,O,, for 2,6dinitrotoluene hydrogenation. a 38 Platinum Alloys, Pt-Ag, for methanol oxidation, 0,
Platinum t!omplexes, for hydrosilylations, a
compound synthesis, from syngas, a
PtRelyAI,O,, a 38
Pt-TiO,lSiO,, for H, photoproduction, a
for cyclohexane decomposition 10
for cyclohexene hydrogenation, a 38
for reforming, effect of Ir additions, a
for n-octane dehydrocyclisation, HI effect on, a 38 38 methanation activity, after reduction, a 154 removal of CO, NO, HC. from I.C.E. exhaust, a 96 sizes on thermal cycling in 0, and HI. a 31 sulphided, for C, hydrocarbon reforming, a 96 PtlAI,O,
+
Ce,La
oxides, for butane oxidation. (1 154PtlC, for glucose liquid phase hydrogenations, a 39 PtlFeNaY, for hydrogenation. hydrogenolysis, a 2 14
PtlH mordenite, for n-heptane hydrogenation, a 39 PtlH-ZSM pentasils, for n-hexane transformations, a 96
PtlNnY, Fe effect on. a 214
Pt/SiO,/Si, for cyclohexene dehydrogenation. a 96 PtlSiO,,
D
addition, exchange of propene, a 39 94 PtlY zeolites, production, characterisation. a 214PtlYSZ, for CO oxidation. a 215
Ptly-Al,O,, coked, reforming, regeneration of. a 213 for benzene hydrogenation, coal formation, a 154 for cyclohexane dehydrogenation, coking effect, a 38 FWzeolites, for isomerisation. a 214 PtlzeoUtes
+
additions, for n-hexane isomerisation, a 39Rh
complexeslSi0, gel, synthesis, a 91 RhFelSiO,, bimetallic. for CO hydrogenation, a 154 Rhodium, electroreduction of acetone on. a 93 wire. for C,H, hydrogenolysis, a 91 wire. for N,H, decomposition. a 96 Rhodium Alloys, Rh-Ni. electroreductionon,
a 93 Rh-F? auzes, surface characterisation I 1 Rhodium &omplexes, bis(thioether)-bridged Rh,svnthesis. reactions. a 34
R/TiO,, iliuminated. H, : D, exchange. a
-olefin reactions, a 99
RhCI(CO)(PMe,),, C-H bond activation, a RhCI(CO)(PMe,),. irradiated. for olefin
RhCI(CO)(PR,),. for decane carbonylation. a RhX(CO)(PR, ),
.
for photocatalytic99
synthesis, a
I51
157
dehydrogenkions. a 212
Rh(I1) acetate, for indandione reactions, a Rh-phosphine, two-phase. water soluble, for
Rh-tticyclohexylphosphine, for ethylene glycol Rh,(CO). clusters. for nitriles, a
zeoliteJSiO,, for syngas reaction. a
215
hydroformylation I79
formation, a 99
I57 214 40 Rh-Fe, Rh-Ir cprbonyl clusterslNaYRJaX)
Rh-FelSIO,, for olefin hydroformylation. a
Catalysts (confd. J Page
RhlAI,O,, for meta-cresol dealkylation. a I55 for syngas reaction, activity, a 214 RhlLaO(OH), support structures. a 40 RhlSiO,, for CO hydrogenation, a 215
for CO oxidation, a I55
for C, H, hydrogenation. hydro-formylation, a 97 improved activity, for alkane hydrogenolysis. a 215
RhfI’iO,, bonding in, a 92
Rhly-AI,O,, RhlYSZ, for CO-NO exhaust
conversion, a 215
Rh,, RhFe clusterslNaY zeolites, for alkene. alcohol
formation, from syngas, a I55
RuO1/y-AI~OI, for water gas shift, a 91 Ruthenium, characterisation. by thermal analysis, a 97
for C-N bond cleavage, a 215
Pb, Bi ruthenales, for olefin electro-oxidation. a 94 Ru( I , I , lo), for ethane hydrogenolysis, a 215
cyclopropanation, a 216
L,(HIO)Ru-O-Ru(OHI)L,. for H,O photo-
oxidation, a 36
Ru porphyrin. cholestJ-ene for epoxidation. a 99 212 RuCI(CO)(NO)(PPh,), , for carbonylations, a 158 Ru(bipy),* +/H,SO,ln-TiO,, for photolysis. a 153 Ru(bpy) + +RuO,lCdS, for photocatalysis. a 35 Ru(C0)
,
(CH COO),
(PBu ,),, hydrogenation, a I58 Ru(III)-EDTA-ascorbate-H,O,, for cyclohexaneoxidation, a 99
Ru(I1)-BINAP. for hydrogenations, a 99 IHRu.ICO),,I-. for Droovlene hvdro-
Ruthenium Complexes, for alkene metathesis,
Ru p-0x0 dimer, for water oxidation. a
forriylati’on; a ’ ’ * 41
98 IH, RUOS,(CO)~,
I
-{Al) cluster, a[RuCI
,
(H , O ) A1
.
for olefin oxidation toketones; a 99
[Ru(bpy),(CO),]’*
+
NADH, for CO, reductionto CO. a 152
[Ru(NH,),CII’+
+
Ce(1V). for0,
evolution. a 158 [Ru(NH,),(H,O)I’++
Ce(lV), for 0, ~~evolution, a 158
Ruthenium Complexes, Ru,(CO)., Ru(CO),(PPh,),, for nitro-benzene carbonylation, a 158 Ru(bpy),*+
+
RuOllCdS, for H,O photocatalysis, a35 Ru-Mo-NalOIAl,O,, for alcohol synthesis. a Ru-PtlY zeolite, for isoalkane synthesis, from
RulAI,O,, Fischer-Tropsch, a 91
for CO hydrogenation, oxidationlreduction
R u l C e O oxide, for waste water oxidation. a RulSiO,, for cyclohexane reactions,
K
additions, Rulsupport, charaterisation. by thermal analysis, a three-way, ceria promotedsyngas. a
effect, a
performance. a
Catalytic RePflion Guide, Johnson Matthey Cathodic Protection, of oil rigs, ships. in the Arctic Cells, chlorate. diaphragm, anodes in, a
CO.O,.PtlZrO,~Y,O,~lPt.O,.
solid electrolyte, 0~~
I56
40 , 156
91 I56 a 98 91 73
96
83 I19 211 . . .. .pumping in, a 214
electrochemical. H I O splitting, model, a I52 for bromate production, using RuO,lTiO,Ti anode, a 152 photoelectrochemical, with a Ptln-Si electrode, a 152 Ceramics, SiN containing, syntheses
64
+
glass. Pd-Ag wiring for, a I59 Cerium, additions to catalysts, a 33, 154, 158 Cermets, Pt+LaSrCrO,lzirconia. for steam reduction, a 21 I Chemhrption, acetone,on Rh.
Rh-Ni catalysts, a 93H I ,
O,,
conductance effects onPt
films, a 31Chlorate, cell, anodes in. a 21 I
Chlorine, effects on Pt-Re/Al,O ,-CI, a 96 for regeneration, of coked Ptly-AI,O, catalysts. a 213 Chloroplatink Acid, radioisotopically labelled, a 159 Cholest-S-ene, stereospecific epoxidation. by air, on Ru Cinnamk Acid, hydrogenation, by Pd(I1) complexes
+
Cluster Lobelling, by Ir4(CO)ii, a
Clusters, Pd catalysts. for propylene oxidation, a Coal, formation. in spent catalysts. a
porphyrin. a 99
methionine. a 215
95 98 I54
Page
Pd. Pd-Ni contacts. review of wear resistance, a 95
Pd-Ag alloys, a 36, 37
Pd-Co alloys, shiny, electrodeposited, a 36 Pd-In alloys, on stainless steel, by diffusion. a 36 Pd-Ni alloys. by pulse and reverse current plating, a 36 Pt modified aluminide, corrosion resistance, a 94, 95 18 Pt on Re single crystals, a 31 Pt-polymer composite, on steel, corona discharge, a 94 Rh, deposition by a x . impulse currents, a 153 37 RuO,ITiO,, surface study. a I53
surface, a 36. 31. 94. 95
98 39 I53 Pd-C-Ag, self-lubricating composites, in motors, a 159
26
catalysis 19. 204
catalytic activation of CO,, review I87 Ruthenium in Cancer Chemotherapy I98 superconductivity, in platinum metals 60
216 35, 100
151 211 212 I I9 Coatings, acrylonitrile polymer, on Pt electrodes,
electrochemical properties, a 34
on Ni superalloy, surface tests
effect of additives, on properties, a
Colloids, Ir, IrO,.xH,O catalysts, properties, a
Composites, electrodes Pt-Au catalysts, preparation, properties, a
+
Pt,
in 0, sensors, aPt-polymer on steel, a 94
Conferences, Symp. on Temp. Measurement
Copper, in RuO, thick film resistors, a Corrosion, behaviour of Pd-Ti surfaces, a
catalytic, in Pd-Ru membranes. a in Pd+steel, on H absorption, a in Ru-Ti oxide anodes, a
orevention. bv imoressed current svstems . ,
.
protection, a 159
resistance, amorphous Ni-Nb-Pd-RhlNb, electrodes to
sea-water, a 35
electrodeposited Pd-Co alloys. a 36 Pt modified aluminide coatings 18. 94. 95 33 stability, of Pd surface alloyed steels, a I59 Cresol, meta, dealkylation, on Rhl-, Pd/AI,O,, a 155 Crucibles,
Pt,
Pt
alloy, for laser glass production. a 41, 100 210 in Pt-Cu-Ni. after deformation, a 209 Crystals, Pd,Pt.
high purity, high quality. growth, a 213TI,Pt(CN),, structure, a 92
10 dehydrogenation, effect of coking and
Pt
content, a 38 hydrogenolysis, dehydrogenation, on RulSiO, , a 98 oxidation, by Ru(1II)-EDTA-ascorbate-H , O , , a 99production. a 38, 154
Cyclohexanone, hydrogenation, acetalization, a I56 Cyclohexene, dehydrogenation on SiO ,lPtlSi, a 96 hydrogenation, on Pt/AI,O,, kinetics, a 38
Decane, photocartmylation, by RhCI(CO)(PR,), , a 157 Decomposition, HCHO, HCOOH, CH,OH, H,H,, a 96 Dehydroamino Acid, hydrogenation, a 215 Dehydrocoupling, reactions, to synthesise polymers 64
Dehydrocycliation, hexane, hexene. heptane. n-octane, a 38, 213 Dehydrogenation, alkanes, to olefins. a I57
cyclohexanes. a 38, 98, 213
cyclohexene, on Si0,lPtlSi. a 96 hydrocarbons. photocatalytic, by Rh complexes, a 212 Desorption, CO, from Pt-, Rh particleslA1,0,(0001), a 149 Detector, fast response, oxygen I99 arsine. by Pd-MOS devices, a 37 biophysical, using [Ru(phi),lCI,, a 34 CH,, C,H,, n-C,H,,, by In,O,
+
PdCI,. a 37CO, by SnO,/Pt, a 37
fast optical, Ru complex for time response test, a 213
flammable gases 50, 203
glucose. bv enzvme-wlvaniline filmlPt fibre. a 95 RuO,.xH,O. by Ce ions, a
Crystallisation, in PdSi amorphous alloys, a
Cyclohexane, decomposition, in Pd tube reactor
h y d r o c a r b k Ibngcbairi. by
Pt
hot wire. a hydrocarbons, unsaturated, by R-MOS. aNH,, by Pt-MOS. a 37
95 37
H,, a 31. 95, 213
organic impurities in water, by
Pt
monitor I290 . . a 31. 37, 38
semiconductors, a 37
thick film voltammetric, RuO,, Bi,Ru,O,, a 95 91 Deuterium, diffusion, in Pd-Cu alloys, a
Deuterium (conrd.) Page
39. 94 l,Z-Dichlorwthene, structure. photochemistry. a 212 Dienes, hydrogenation, on PdlC, a 96 Diesel, generators, exhaust control 61 Diffusion, Au, in PdCuSi during irradiation. a 32 91 22, 32, 97, 130, 151 91 209 209 158 157 215
I56 158 38 95 40
100
isotopic exchange, with C,H.. C I H , , a
D,, in Pd-Cu alloys, a H,, in Pd, Pd alloys
to form PtSi on hydrogenated Si, a Pt, in SnO, multilayer films, a Si, polycrystalline, into PtSi, a
Dihydroxylation, between olefins and OsO,, a /?-Diketones, synthesis, from a, /?-epoxy ketones, a Dimerisation, propylene, to linear hexenes, a
Dimethyl Formamide, formation, reversible, from CO, ,
Dimethyl Oxalate, hydrogenation, to methyl glycol, a Z,CDinitrotoluene, hydrogenation, liquid phase. a Diodes, Pd-Si tunnel MIS, for H, leak detection, a
Dioxane, synthesis, from I -heptene, a
Electrical Conductivity, in PtPdlTiO,.
Pt
films, on H,.0, chemisorption, a 31
Electrical Contacts, crossover systems, Pd-Ag, a 100 Pd. Pd-Ni, electrodeposited. wear resistance, a 95 Pd-C-Ag, self-lubricating composites, a I59
Pt,
Rh. Pd, IrlGaAs, thin film, a 41 100 210 91in
Pt-U
compounds, a 91210 34. 35. 92, 93. 94. 150. H,. Me,NH, on IPt,(dppm)J, a
DNA, cleavage, by Ru(DIP), Macro"', a
PdlZnlPd-p-type Gap, characteristics, a 100
PtSi-As doped Si, properties, a Electrical Resistance, in Pd-Mn, a Electrical Resistivity, in Pd-Fe alloys, a
Electrical Resistors, Pd-U-Si amorphous alloys, a Electrochemistry. a
151, 152. 210, Electrodemition. a 36. 37. 94.
. .
. 95.Pd-Ag' alloys, ' a
Pt,
on Pt, Ti, TiO,, for electrodes, a P t.Pt
allow. reviewRh, effectbf additives, a
Electrodes, anodes. in molten carbonate fuel cells platinised for corrosion protection on Arctic
Pt black, SO, treated. alcohol oxidation, a Pt+Ru/C, Pt+Ru. for methanol oxidation, a Pt-IrO,/, Pt-IrO,-PdOlTi. characteristics, a RuO,lTiO,lTi, for Na bromate formation, a Ru-Ti oxide, phosphate effect on, a Au-Pd system, electrochemical properties, a cathodes, Pt, in phosphoric acid fuel cells, a
RuO,, H, evolution, a in phosphoric acid fuel cells, a
Ni-Nb-Pd-Rh. amomhous. laser Drocessed. vessels
21 I I53
37 93 .- 188
37 200
I I9 34 151 21 I
152 212 151 41 93 158
properties, a 35
PbPdO,, CdPd,O,. in alkaline fuel cells, a Pd,Mn, H solubility in, a
Dlatinised Pt. for 2-naohthoic acid adsomtion. a 216
I51
21 1 93 platinised Ni, for nitrate. nitrite, reduction, a
' Sn modihed, for ithylene glycol ox;dation, a 150 platinised
Pt
+
Sn, for methanol, formic acid.Pt, acrylonitrile coated, properties, a 34 electrochemistry of toluene on, a 21 I for nitrate, nitrite, reduction, a 211 in fuel cells, optimisation, a 216 in phosphoric acid fuel cells, a 159 in water monitoring sensor 129 93 thin films, pretreatment, a 92 37 153 153 216 35
electro-oxidation, a 151.211 158 34
cell, a I52
adsorption, oxidation. a 210
nucleation of Hg and Ag on. a
+ZrO, electrolyte, 0, detection, a Pt wire, in TMB electrolysis, whisker formation. a
Pt
+
composite, in 0, sensors, a Pt-Cr, for 0, reduction, in fuel cells, aPt-SPE. hlr-SPE, PtRu-SPE. PtSn-SPE, for methanol
PtlC, power optimisation in SPE fuel cells, a
Ptln-Si. discontinuous, in photoelectrochemical solar Pt-SPE. for H, oxidation, 0, reduction, a
PtlNBRlpolypyrrole, fast anion doping, a
Electrodes (conid. ) Puge PtlPt. -/Ti, -/TiO, structure. adsorption
characteristics, a 93
p-lnP(h)/n-Si. for H, evolution from model cell. a 152 Ru. CO. CH,OH reduction. a 93 electroplated. for CO, reduction to CH,. a 152 RuO,, thick film. voltammetric sensor. a 95 RuO,/Ru-Ti oxide. phosphate effect on. a 212 Ru(bpy)J
+
RuO,/CdS. water photochemicalTi oxide, Pd ion implanted, a 32 Ti/IrO,-Ta,Ol, for 0, evolution. characterisation. a 152 Electrolysis, tetramethylbenzidine. by Pt electrode. a 153 water. high temperature, at Pt cermet/zirconia, a 2 I I Electrolytes, for depositing Pt. Pt alloys. review I88
Pt cermet
+
YSZ zirconia, for steam reduction, a 21 I Electron Transfer Reactions, interfacial. between Ptcolloids and reducing radicals, a 151 Electroplating, Pt. Pt alloys, review I88 Emhrittlement, of steel. Ta, by H 2 . prevention 21. 31 Emission Control, automotive, a 96 73 CO-NO reaction, on Rh catalysts. a 215 CO,, in atmosphere, ACS symposium review 187 from lean bum and other engines 123
of diesel generators 61
Enzymes, co-ordination of platinum metals species to 186
H,O
splittinp. modelling with Ru complexes. a 212 Epoxidation, stereospecific. cholest-5-ene derivatives,99 Ethane, hydrogenolysis. on
Ku(l,l,lO).
a 215 Ethylbenzene, isomerisation. on Ptl. Pdlzeolites. a 2 I4 37 97 hydrogenation, hydroformylation. on Rh/SiO,. a 97 oxidation to vinyl acetate, on Pd acetate-Li/C. a 155 Ethylene Glycol, electro-oxidation. on Pt electrode. a 150formation, a 99, 158
E.E.C., automotive emission control legislation 123 Pt-Rh thermocouple calibrations 72 Extraction, platinum group metals I70
Films, around Pt on thermal cycling in
O2
and H,. a 31 Ir oxide. chargingldischarging kinetics, a I52 TiO, , Pd implanted, electrochemical studies, a 32 Fischer-Tropsrh, reactions. a 97. 156 Formaldehyde, decomposition, on Pt. Rh wire, a 96 Formate, Na.+
HCOOH. for H,, CO, formation. a 155 photoproduction from CO,/HCO;. a 94 210 catalytic decomposition. a 96, I55 electro-oxidation. a 93, 211 Fuel Cells, a 41. 158. 159. 216 molten carbonate, corrosion in anodes 200 Fuels, liquid, on promoted Fischer-Tropsch catalysts. a 156splitting. a 35
by three-way catalysts, ceria promoted
by air
+
Ru porphyrin. aEthylene, detection. by Pt-MOS. a hydrogenation, on Pd alloy membranes. a
Formic Acid, adsorption. oxidation, a
Gallium, triple point. use in Pt thermometer. a Gases, flammable. detection
Gauzes, Rh-Pt, for HNO, manufacture Generators, diesel. exhaust control Geology, book review
of Bushveld Complex, book review Glass, amber, thermocouples for use in, a
laser, Pt crucibles for, a
Glasses, amorphous, PdSi, Pd-H-Gd. Pd-U-Si. u in RuO, resistors, a
metallic, PdCuSi irradiation induced defects.
+
ceramics, Pd-Ag wiring for. aGlucose, microsensor. a
Glucose 1-Phosphate, liquid phase oxidation. a Glucuronic Acid 1-Phosphate, production, a
100 50
I I
61 208 63 I59 41. 100 209. 210 216
U 32
I59 95 39 39
Heavy-Atom Marker, use of PtCl
,
as I70 1-Heptane, hydrosilylation, on thiocarbamide. a 98 n-Heptane, reactions onPt
catalysts, a 39. 213 I-Heptene, hydrocarboxylation, to dioxane. a 40 n-Hexane, reactions. onPt
catalysts. a 39. 96. 213. 214 n-Hexene, dehydrocyclisation. on Pt catalysts. a 213 Hexenes, formation from propylene, by Pd complexes. a215 Hex-1-yne, formation by Ir complex. a 157 History, Frkdkric Kuhlmann, industrial pioneer 84History (conrd.) Pirge
spectroscopy 28
Viacheslav Vasil'evich Lebedinskii, Rh chemist 141 Homogeneous Catalyst Research, Kit. Johnson Matthey 122 Hydrazine, decomposition, on Pt. Rh wire. a 96 Hydrocarbons, automotive emission control 123 C,-C, formation, from CO hydrogenation. a 215 C,. reforming on sulphided Pt/Al,O,. a 96
detection, a 37
formation, from methylcyclopentane. a 38 higher. formed by Fischer-Tropsch reaction. a 156 longchain, sensor, by Pt hot wire, a 95 saturated, photocatalytic dehydrogenation. by Rh
complexes, a 212
Hydroconversion, n-heptane. a 39 Hydrocarboxylation, I-heptene. a 40
Hydroformylation, a 40. 41. 97, 99, 214 Rh-phosphine, two-phase. water soluble catalysts for 179 Hydrogen, absorption. in AISI 4130 steel
+
Pd. a 21 Iin Pd-Si alloys, properties, review 83 adsorptionldesorption, on spongy Pt. a 31
detectors, a 37. 95
diffusion, through Pd alloy membranes 22. 32. 97 effect on CO adsorption, in Pd-Ni. Pd-Ru. u 91 effect on conductance, on chemisorption. a 31 effect on magnetic state, in Pd-Fe-H. a 32 effect on n-octane dehydrocyclisation, a 38 effect on selectivity, of RlH-ZSM pentasils. a 96 embrittlement of steel, prevention by Pd 21 embrittlement of Ta. prevention by PI'. a 31 evolution, on RuO, cathode, a 93 heat induced effects on PtlAl ,O j , o 31 in regenerating coked reforming catalysts. a 213 isotope exchange, on PtRely-Al,O,. a 38 oxidation, on Pt-SPE membrane electrode. a 35 permeation, in Ru-Pd membranes, a 151 213 photoproduction, a 35. 152, 153. 212 production, from HCOOH/NaCOOH. on Pdlcharcoal 155 solubility in Pd, Pd alloys. a 32. 148, 151. 210 Hydrogenation, 2,6dinitrotoluene, liquid phase, a 38 alkynes. dienes on Pdlactivated C. a 96 asymmetric, on Ru(l1)-BINAP dicarboxylate. a 99 benzaldehyde. by Ru(0) complexes, a I58
benzene. a 39. 154. 214
butadiene. liquid phase, by Pd/y-Al,O,. a 214 204
cinnamic acid, a 215
CO, by Fischer-Tropsch reaction, a 97, 156 97 for methanol, hydrocarbons synthesis. a 215 for methanol formation, on Pdlzeolite. a I55 for organic compound synthesis. a 96 to alkenes, alcohols, on Rh,, RhFe/NaY. a 155 to C , . C, alcohols, on bimetallic catalysts. a 154 CO,, to dimethyl formamide, by Pt,@-dppm),, a 156 cyclohexanone. high pressure, on platmum metals. a 156 cyclohexene, on Pt/Al,O,, kinetics, a 38 dehydroamino acid, by Pd(I1) complexes. a 215 dimethyl oxalate. to methyl glycolate, ethylene
I58
ethylene. a 97
PhCHKHCOMe. to unsaturated alcohol, a 157 stereoselective, I ,3 diketones. on Ru(II)-BINAP 99 toluene, on Pt electrodes, a 21 I Hydrogenolysis, alkanes. on RhlSiO,, after treatment. u 215 cyclohexane. on Ru/SiO,. effect of K. a 98 ethane, on Ru(I.I.IO), a 215 methylcyclopentane. on PtINaY, a 2 I4 n-hexane, on Pt/FeNaY. a 214
on PtRely-Al ,O
, .
a 38Hydrosilation, benzaldehyde. by Ru(0) complexes. a I58
Hydrosilylation, a 98. 157
Impressed Current Systems, for Arctic use I I9 Indandiones, decomposition. by Rh(I1) acetate, a 215
Indium, wetting, Pt, a I48
Inks, Ru based, in thick film resistors. a I59 Integrated Circuits, Cu-Ru0,-glass resistors in. a 216 Ion Beam Bombardment, effect on properties. a 32 Ion Irradiation, Au in Pd-Cu-Si. a 32
through thin Pd films. for Pd-MOS sensors, a
catalytic, 9th Congress on Catalysis
for hydrocarbon. oxygenates synthesis. a
glycol, by Ru complexes. a
propane. a 97
Page
Iridium Alloys, a 33. 129
34 Ir oxometallates. Keggin ion, characterisation. a 210 IrR(CO)L,(mnt). characterisation, a 94 lr,(CO)t,, as label for measuring molecular length, a 95
Ilr(CO),F(COF)(PEt,),l+.
synthesis, structure, a 150IIr(NO)(CO)CI(PPh,),lBF,,
photolysis. a 35Iridium Oxide, a I52
Iron, additions to catalysts, a 155, 214
Isoalkanes,
synthesis, on RuPtHY zeolites, a 40 Isobutene, alkylation with ethene. on Pd/Y zeolites. a 40 Isomerisation, u.P-epoxy ketones, to Pdiketones. a 157 ethylbenzene, m-xylene, on Pt/zeolites, a 214 n-hexane, on Pt/zeolite+
additions. a 39 quadricyclane, on trans-CI,Pd(CP)(q.-X). a 98 ITS-90, International Temperature Scale 26Johnson Matthev. Catalvtic Reaction Guide 83 Iridium Complexes, Ir dppm p-oxo. a
Homogeneo&'Catalyk Research Kit
"Platinum 1988" ~~ I22 I18
Joining 95. 118
Ketones, I .3diketones. stereoselective hydrogenation, on
Ru(I1)-BINAP, a 99
u.P-epoxy. for isomerisation reactions, a I57 production from olefins, on [RUCI,(H,O),I+. a 99
Kuhlmann, Fddkric, history 84
Lasers, action in tluoroaluminate glass, a
Lanthanum, oxide, addition to Pt/AI,O,. a I54 100 41 Lean
Bum,
engines, emission control in 123 Lebedimkii,V.V.,
history of a Rh chemist 141 Lithium Nlobnte, Ti diffused. inPt
box, for waveguides 10Magnetism, Co-R films. effects of Cr.
W.
a 209 ErPd,Sn. low temperature, Massbauer study, a 91 in YbPdSb. YbPdBi compounds, a I49 33Pd-Fe-H. H effect in, a 32
phosphate. glass, production in Pt alloy crucibles. a
MnRhAs. effect of pressure on. a
Pd-H-Gd, amorphous, a 209
Pd-U-Si amorphous alloys. a 210
U-Pt
compouids. properties, a 91Y(Fe,-,Ru,),. II 92
Manoalide, seco-manoslide. systhesis. a I56 Medical, implanted electrical devices. hook review 27 labelled chloroplatinic a ~for anticancer . use. a 159 microbrazing for Pt wires, in prostheses I I8 Ru complexes in cancer chemotherapy. conference 198
IOG
Membranes, Pd, Pd alloys 10. 22, 97
:
48, 151 Ru complex, lipid, for 0, production 36 Methanation, activity by Pt/AI,O,. a I54 37 production, a 35. 93. 152. 215 Methykarbamntes, formation from nitrobenzene, a 158 Methykyclohexane, dehydrogenation. on R/AI,O,. a 213 roductionfrom
toluene. onPt
electrodes, a 211 Me& y lc y clopentane,
reactions,,on Ptcata1ysts.a 38, 154, 214 Methylem, compounds, allylation. a I56 Monoacetate Propylene Glycols. synthesis. on propylene157 Naphthok Acid, adyrption. on platinised
Pt
electrode. a 93 Nitrate, electrochemical reduction, a 21 INitric Acid, IMnUfaCNre I I
NitrUes, formation. from CO. H,O. aldoximes. a 157 Nitrite, electrochemical reduction. a 21 I Nitrobenzene, reactivns. a 34. 158 Nitrogen, C-N cdralytic bond cleavage, a 215 21 I ion im lantation, effect on Pd, Pd alloys tribology, a 148 Nitrogen &i+
,
automotive emission control I23 NO, reaction with CO, on Rh, Pt catalysts, a 149. 215 Norbomadiene, production, from quadricyclane, a 98 Nuclear Implants, in body, book review 27 Nuclear Waste, ""Ru. '06Ru recovery from I70 n-octnne, dehydrocyclisation. on Pt/AI,O,.
a 38 011, rigs, corrosion protection in the Arctic I I9 Olefins. dihydroxylation with OsO,. a 158Ru(DIP), Macro"', for DNA cleavage. a
Methane, detection, by
Inlo,
+
PdCI,. aacetoxylation, by PdCl,
.
aelectroproducuon from nitrate, at Pt, Ni. a
Olefins (contd.) Page
electro-oxidation. on Pb-, Bi ruthenates. a 94 formation from alkanes, by irradiated Rh complex. a 157 hydroformylation. on Rh catalysts. a 40. 99 oxidation to ketones, on [RuCI,(H,O),I+. u 99 33 96 for interfacial electron transfer, to Pt colloids, a 151 volatile, heterogeneous catalytic oxidation. review, a 39
Osmium Alloys, a 92
Osmium Complexes, a I50
Osmium Oxides, use in electron microscopy I70 Oxidation, alcohols, to ketones, on Pt electrode. a 34 butane, by Pt/AI,O,
+
La, Ce oxides, a I54 CH,OH, onPt
+
Ru anodes, a 93 CO, catalytic, a40,
149. 155. 214cyclohexane. a 99
electro-, a 94. 150. 151. 211 ethylene, to vinyl acetate. on Pd acetate-LK, a 155
formic acid, a 93. 211
high temperature. Pt-Pd-Rh, Pt-Rh, Pd-Rh foils. a 209 H,, on Pt-SPE membrane electrode. a 35 Ir oxide films. kinetics of, a I52 liquid phase, of glucose I-phosphate, a 39 methanol, on Pt-Ag alloys. catalytic activity. a 154 NH
,,
characterisation ofRh-Pt
gauzes I I of polychlorinated biphenyls 186 olefins. to ketones, on IRuCI,(H,O),I+. a 99 propylene. to ally1 acetate, on Pd clusters. a 98 resistant Ir-Al, Ir-Hf alloys, for aerospace use 129 RhlSiO,. to improve activity, a 215 water, by Ru complexes, a 158, 212 wet, of waste organic compounds, a I56 I54detectors, a 37. 38. 153
effect of alcohol conversions, on Pd(II1). a 148 effects on conductance, on chemisorption after
31 electrodes, in alkaline fuel cells, a 216 evolution, from
H,O,
by Ru complexes. a 158. 212, 216 152 for oxidising CO on Rh single crystals, a 149 photoproduction, from H,O. a 35. 36, 153 pumping. on porous Pt catalysts film. a 214reduction, a 35. 216
sensors 199
size effect on Pt/AI,O,. on heating, a 31 transfer, between Rh catalyst and 0 ion support, a 215
21. 159. 211 91 FePd,, superlattice formation, a 91 37 YbPdSb, YbPdBi, low temperature properties. a 149
crystals, growth, a 213
electroplated, tribology. effect of N,'. a 148 H solubility and diffusivity in. a 32 100 in Pd-Sn-Si MIS device, for 0, detection. a 38
in Schottky diodes, a 41
ions, implantation in TiO, films. a 32 35 metallised poly(ethylene terephthalate), for gas
permeation. a I51
Pd(lll), photochemistry of dichloroethene on, a 212 Pd(lll)-Odosad surfaces, reactions of alcohols on, a 148 Pd-Au system, electrochemical properties. a I51
Pd-MOS detectors, a 37
Pd-Si tunnel MIS diode, for H, detection. a 95 Pd-W0.-W system, FEM study, a 91 PdlPd-Znlptype GaP contacts, characteristics, a 100 systems, phase formation, a 32 thin films. H, permeation through, a 213 synthesis, for electronics. a I59 Pnllsdium Alloys,
H
diffusion in Nbular membranes 22 Palladium+
Platinum, formic acid oxidation. a 21 I Pdlndium-Cnrbon-SUva, composites. for motors. a 159 p.llndiumCobalt, electrodeposiud. properties. a 36 Pnlladium-Copper, D, diffusion in. a 91 PalladiumCopper-Hydrogen, effect of Ar ion. a 32Oligwilazanes, synthesis 64
Optical Properties, RuO, thin films, a Organic Compounds. catalytic preparation. a
Organometnllics, polymers, syntheses 64
Oxygen, adsorption on Pt-Ag, state, a
chemisorption in Pt, PtPd/Ti02, a
on DSA type Ti/IrO,-Ta,Ol electrodes. u
Palladium, in steel
compounds, ErPd,Sn. magnetism in. a
PdCI,, in h , O , gas sensor. a
in electrical crossover systems, a
implanted into Ti, corrosion resistance. a
Palladium Alloys (conrd.)
.
Page Palladium-Copper-Silicon, amorphous. a 32, 149 Palladium-Europium, Palladium-Europium-Hydrogen, H solubility, pressure-composition isotherms, a 148 Palladium-Gadolinium-Hydr~~n, amorphous, a 209 Palladium-Gold-Silver-Tin, N, effect, a 148 Palladium-Hydrogen, Ar ion bombardment, a 32 Palladium-Hydrogen-Iron, magnetic state, a 32 Palladium-Indium, diffusion coatings, properties, a 36 Palladium-Iron, annealing effects, on properties, a 148 FePd, superlattice formation on metal additions. a91 Palladium-Manganese, PdMn,, ordering in, Hsolubility, a 151. 210
Palladium-Nickel, CO adsorption on, a 91 pulse and reverse current plating, a 36 Palladium-Rare Earths. ordering transformations I30 Palladium-Rhodium, foils, oxidation, a 209 Palladium-Ruthenium, CO adsorption on, a 91 membrane catalysts. corrosion, H permeability, a I 5 I Palladium-Silicon, electro-oxidation, a 93
H properties in 83
Palladium-Silicon-Uranium, properties, a 210 Palladium-Silver, electrodeposition. a 37
pulse plated, a 36
thick-film crossover properties. a 100 wiring for glass-ceramic materials, a I59 Palladium-Silver, Palladium-Yttrium, H diffusion
membranes, a 97
Palladium-Steel, surface protection on alloying, a 159 Palladium-Titanium, corrosion behaviour, a 35, 100 Palladium-Vanadium, after irradiation, a 210 Palladium Complexes, a 33. 34. 92, 155, 213
Palladium Membrane Reactor 10
Palladium Oxide, in thick film resistors. a 209 Palladium Silicides, Pd,Si, growth, a I49 I49
Permeability, through Pdlpoly(ethy1ene
Phase Changes, in thin film Pd systems. a polycrystalline reordering on epitaxial, a
Pd,Si amorphous, crystallisation, a 210
terephthalate). a 151
Phase Diagrams, Ir-Cu, a 33
PdO-RuO,. PdO-Bi,Ol, RuO,-Bi,O,. a 209
Ru0,-Bi ,O, -PdO. a 209
Ru-Cu-Ni-S. a 33
Ru-Mo, at 900-2oOo0C, a 92
Ru-Si-N, Ru-Si. a 149
Phenol, oxidation. on RulCe(1V) oxide. a I56 Phenylacetylene, hydrosilylation. a 98 212 Phosphoric Acid, fuel cells. a 158, 159 Photocatalysis. a 35, 36. 94. 152, 153. 212 Plating, pulse, Pd. Pd alloys. a 36 pulse reverse current, Pd, Pd-Ni. a 36
10 catalysts, early industrial work by Kuhlmann. history 84 cermet, for steam reduction. a 21 I colloids, in electron transfer reactions, a 151 compounds, a 32. 33, 60. 91. 92. 148. 150
crystals, growth, a 213
dispersion strengthened 2. 159 electrochemical nucleation. of Hg and Ag on, a 93
37
in fuel cells, a 216
thin film, pretreatment of, a 92 electrolytic deposition of, review I88 for water pollution monitoring I29 hot water detector. for longchain hydrocarbons. a 95 implantation to prevent Ta embrittlement. a 31 in aluminide coatings, on Ni superalloy. surface tests 18 in composite electrodes. in 0, sensors, a 153
in
MOS
gas detectors. a 37in SnO,/Pt. CO sensors. a 37 particles, size on thermal cycling in 0, and H,. a 31 powder polymer composites. coatings on steel, a 94 Pt particles/u-A1,OJ{0l), CO desorption from, a 149 Pt( I I I). photochemistry of dichlorwthene on. a 212
Pt-MOS. thin film capacitors, as NH, sensors, a 213
Pt-SnO,, interdiffusion. a 209 Pt-yttria. Pt-zirconia. in space resistojets 2 PtlC. in SPE fuel cells. a I58 H. in Pd-Ru membranes. a 151
32
Phosphates, effect on corrosion. Ru-Ti, RuO,, a
Platinum, box. for waveguide production
electrodes, adsorption. a 93
in cell, for
0,
detection. aPlatinum (contd.) Page
Ptlpoly-Si/SiO,lSi( 100). preparation, annealing, a 209 PtlSiC. support in phosphoric acid fuel cell, a 158 radioisotopes, for labelling chloroplatinic acid, a 159 resistance thermometer. using Ga triple point. a 100 spongy, H adsorptionldesorption tests, a 31 structure on fluoride supports, a 31 thin films. synthesis, for electronics, a I59
wettability by In, a I48
“Platinum 1988” I I8
Platinum Alloys, electrolytic depsition of, review 188 in phosphate laser glass production. a 41 Platinum-Palladium, for formic acid oxidation. a 21 I Platinum-Chromium, in fuel cells. a 216 Platinum-Cobalt, thin films, magnetic properties. a 209 Platinum-Copper, order in, a 209 Platinum-Copper-Nickel, disordering, a 209 Platinum-Iron, shape memory effects in I10
Platinum-Palladium-Rhodium, foils, oxidation, a 209 PIatinum-Rhenium(III), structure, a 31 Platinum-Rhodium, foils. oxidation, a 209
gauzes for HNO
,
manufacture, surface structure I Isurface effects. a 31
thermocouples, European calibrations 72 Platinum-Silver, for methanol oxidation, a I54 Platinum-Tungsten, Platinum-Rhenium-Tungsten,
wires, in high temperature strain gauges. a 213 Platinum-Vanadium, reactions with Si. a 148 Pt,Ni, --x, photwmission of adsorbed Xe. a 91 Platinum Aluminide, on superalloys 18, 94. 95 Platinum Complexes, with biological molecules I70 Na,PdH,, synthesis, structure, a I50
production, from (C,H,)Pt(PPh,),, structure. a 150
63
95
100
formation at a-Si:H, a 91
in Schottky diodes, formation, a 216 209 123
automotive exhaust. a 96
204 CO-NO reaction, on Rh catalysts, a 215 CO, in the atmosphere, review of ACS symposium 187 destruction of polychlorinated biphenyls I86 73
of generator exhaust gas 61
waste water, by oxidation on RulCe(1V) oxide, a 156 water, monitoring, by
Pt
I29 Polychlorinated Biphenyls, destruction of I86Polysaccharides, conversion to
H
,
, a I55Propane, hydrogenolysis, on Rh wire. a 97 94 Propargylic Acetates, alcohol production, a 98 39 Propylene, acetoxylation, byPdCl a 157 215
aldehydes, a 41
98
I I8 PdPtCI,@,-CO)(PPh,),. redox reactions. a 33
Platinum Metals, geology of Bushveld Platinum Metals Alloys, welding, a
Platinum Silicides, contacts with Asdoped Si. a
layers. on polycrystalline Si, growth, a
catalytic, 9th Int. Congress on Catalysis Pollution Control, automotive, in lean bum engines
exhaust emissions. by three-way catalysts
Polymers, organometallic. synthesis 64
Polysilazanes, synthesis 64
isotopic exchange, with
D,,
on PtlTiO,. aPropene, D, addition, exhange, on PtlSi02. a dimerisation. by Pd complexes, a hydroformylation, by [HRu (CO
,,
)I
-, foroxidation, on Pd clusters, to ally1 acetate, a
Prostheses, neurological, microbrazing for
Quadricyclane, isomerisation, by
trans-CI,Pd(CP)(Py-X), a 98
Reduction, electro. acetone, on Rh, hh-Ni catalysts. a
CO, CH,OH, to CH,, at Ru electrodes. a nitrate, nitrite, on
Pt,
Ni electrodes, a 0,. on Pt-SPE membrane, a toluene, on porousPt
electrodes. a 0,. at Pt-Cr electrodes, aphoto, CO,/HCO,-, to formate, a
C, hydrocarbons. on sulphided PtlAl ,O
,,
a methylcyclopentane on Ptl, Irl, Pt-Ir/AI,O,, a Resistance Thermometer, Pt, using Ga triple point, a Resistors, RuO,, thick films, a93 93 21 I
35 211 216 94 154. 213 Ptly-AI,O,, regeneration of, a 213 96 38
100
2
41. 159. 216 Reforming, catalysts,
S
effect on. aResistojets, for propulsion in space
Resistors fconrd.) Pug'
thick film, Ru-Bi-Pd oxides, a
carbonylation. of organic compounds. a
catalytic preparation of organic compounds. a
209 I I 8 157 96 204
H in Pd-Si alloys 83
heterogeneous catalytic oxidation of organics. a 39 metallocomplexes, in electrocatalytic systems. a 92 Pt. Pt alloy electrolytic deposition I 8 8 Pt(l1) compounds with purine and pyrimidine bases. a 33 superconductivity conference 60 thermocouples in the glass industry, a I59 water gas shift reaction, a I56 Rhodium, coatings, deposition, properties. a I53 compounds. RhNa-Y. RhNa-X. paramagnetic. a 149 92 electrodeposition. effect of additives. a 37 electrodes, in molten carbonate fuel cells 200 history. of V. V . Lebedinskii 141 Rh particles/o-A1,0,(0l}, CO desorption from, u 149 Rh(l I I), Rh(100) single crystals, CO oxidation on. a149 Rhodium Alloys, Rhodium-Arsenic-Manganese, effect
33 Rhodium-Platinum, gauzes for HNO, manufacture I I
Rhodium-Platinum, Rhodium-Palladium, foils. Reviews, annual survey "Platinum 1988"
Congress on Catalysis. 9th Int.. Calgary
electrical contact fretting, a 95
Rh,Ti. RhTi. bonding in, a
of pressure on magnetism, a
high temperature oxidation. a 209 Rhodium Complexes, a 34. 35, 210 Rhodium Iodides, characterisation, a 212 Ruthenium, compounds, a 92. 150. 159. 200 Ruthenium Alloys, Ruthenium-Copper-Nickel-Sulphur,
phase diagram, a 33
Ruthenium-Molybdenum, constitution, a 92 Ruthenium-Osmium-Vanadium, properties. a 92 Ruthenium-Palladium, membrane catalysts. u I5 I Ruthenium-Silicon, Ruthenium-Nitrogen-Silicon, a I49 Ruthenium Complexes, anti-cancer treatment I98 reaction with biological molecules I70 Ru(biby),CI,, luminescence. in optical detectors. a 2 I 3 Ru(bpy)>DIP1
.
Ru(bpy)!phen' +. excitationRu(bpy) ,? +-viologen-oxidant, electron transfer. LI 94
I00
Ru(I1) o-diimine
+
Ag(l). luminescent exciplexes. u 152 [Ru(phi),lCI,. synthesis, spectroscopic properties. u 34 [ R u , .Os,(bpy),l(PF,),. emission properties, u IS0 Ruthenium Oxides, RuO,. cathode. for H: evolution. a 93 in resistors, a 41. 159. 216 209 33 95 33 153 153 I8641 216
37. 38 2 12
I10
I19 91
100
I48
Silicon Nitride, ceramics 64
Silylation, vinyl halides. on promoted Pd(PPh,),, a 41 SMSI, in Pt/AI,O,. in methanation. a I54 Sodium Bromate, production by electrolysis.
using RuO,lTiO,/Ti anode. a I52 Solar Cells, photoelectrochemical. with a discontinuous
Pt/n-Si electrode. a I52
Solid Polymer Electrolytes, fuel cells. u I58 Solubility, Hi in Pd. Pd alloys. u 32. 148. 151. 210 I29
Spectroscopy, history 28
Spirocyclopropmes, production. a 215 Steel, AlSl 4130. effect of Pd addition. a 21 I
I19
spectra. a 153
Ru(DIP), Macro"'. for DNA cleavage. a
phase equilibria, for resistors, a
thin films. optical properties, a
RuO?. B i , R u 2 0 , . thick film. sensors. a
RuO,.xH,O. corrosion and catalytic activity. a
RuO,/TiO,. coatings, surface study, a
RuO,. in CCI,, for staining polymers. a
Ruthenium Tetroxide, oxidation of PCBs
Schottky Diodes, PdiSi0,in-Si. C-V characteristics. a
Pt silicides in. production, n
Pd-MOS, Pt-MOS. for gas detection. a
Rh iodides. photoelectrochemical properties. u
Semiconductors, In,O,
+
PdCI,. a 37Shape Memory, effect in Pt-Fe alloys Ships, corrosion protection in the Arctic Silicnn, amorphous hydrogenated. PtSi formation. u
polycrystalline, As doped, contacts with PtSi. [ I
reactions with Pt-V. Pt-Ti. a
Space, I r oxidation resistant alloys for
propulsion by resistojets 2
corrosion prevention in Arctic conditions
Steel (conrd.) Puge
low alloy, Pd in surface, H embrittlement prevention 2 I 94 stainless. surface alloyed with Pd. a I59 Strain Gauges, high temperature. Pt alloy wires for. a 213 Structure, changes i n Pd-Fe alloy. on annealing. a 148 I .2-dichloroethenes. on Pd( I I I ). Pt( I I I ), a 212 Ir dppm w-0x0 complexes, u 34
Pd-Mn. a 210
Pd-Rare Earth alloys. ordering transformations.
H behaviour I30
Pd-U-Si. amorphous, a 210
Pd-V. after irradiation. a 2 10
Pt-Cu alloys, a 209
Pt-Fe alloys. shape memory effects I10
Rh dppm p o x 0 complexes, a 34 Rh!CI,(CO),(ETM)!. Rh,CI!(p-CO)(ETM),, a 34 [Co, . ,Pt,. ,lTa,PtSe , b . a 33
97 154. 213 Superalloys, Pt aluminide coatings on 18. 94
Superconductivity 32. 60. 92
Supports, fluoride. Pt structure on. u 31
Surface Science II. 19. 32
Synthesis
Gas
40. 96. 99. 154. 155. 156. 204. 214Tantalum, H embrittlement. Ptt ions implantation. a 31 Temperature Measurement, a 26. 100
Tetramethylbenzidine, electrolysis. using Pt. a 153
Thermocouples, a 72. 159
Thick Films, a 37. 41. 95. 159. 209. 216 Thin Films, acrylonitrile on Pt electrodes. electrocatalytic
Pt-polymer composite coatings on. a
Sulphur, adsorbed, effect on Rh/SiO: activity. a
pretreatment effects. on reforming catalysts, a
properties. a 34
M/GaAs. stable contacts. u 41 Pd. for Pd,Si growth on <I00>Si. u I49 H ! permeation through. i n Pd-MOS sensors. a 213 low temperature deposition. a 213
phase formation, a 32
precursors. a I 5 9
Pt. electrodes. pretreatment. a 92
detectors, a 37
PtSi. on polycrystalline Si. growth, a 209 209 213 31 Pd. Pt, synthesis, by CVD, from organometallic
in MOS structures, for NH,. HC. ethylene
Pt-Co. effects of Cr, W on magnetic properties. u
Pt-gate MOS. as NH, sensors. a
Pt-Re(1lI) alloys. spectroscopic studies. ( I
Ptiglass. conductance changes on H i . O1
Rhl,, RhI
-
,.
photoelectrochemical properties. ( IPt-SnO,, interdiffusion. a 209
chemisorption. a 31
212 RuO,. optical properties, a 33 Tin, adatoms to Pt electrode. for ethylene glycol.
Tin Chloride, effect on Pd complexes. a
Tin Oxide, inferdiffusion in Pt films. a
Titanium, implanted with Pd ions, corrosion
TiOi/Ti electrodes. Pd ion implanted. a
methanol, formic acid oxidation, a 150. 210 40 209
resistance, a 35. 100
32 2 1 I
IS7 91 Toluene, electrochemistry, on porous Pt electrodes, a
I-Triethylsilylhex-1-yne, formation by Ir complex. a Tungsten, Pd-W0,-W system, FEM study. LI
Vanadium Alloys, Vanadium-Ruthenium-Osmium,
Vinyl Acetate, formation from C , H , , u Vinyl Halides, for vinyl silane synthesis. a
Vinyl Silane, synthesis. on promoted Pd(PPh,),. LI
Water, electrolysis, at Pt cermetizirconia. a
low temperature properties. a 91 I55 41 41
211
monitoring pollution in I29
oxidation. to O 1 . by Ru complexes. [ I 158. 212
photochemical splitting, a 35. 36. 152. 153 purification. on Ru/Ce(IV) oxide. u I56 Water Gas Shift Reaction, a 97. 156
10
9s 95 213
91 214 Waveguides, Ti-diffused LiNbO
>.
made in PI box Wear, of electrical contacts. aWelding, platinum metals alloys. a
Wires, h - W , Pt-Re-W. for strain gauges. u
Xenon, adsorbed. photoemission. on Pt,Ni, JIII). [ I
m-Xylene. isomerisation. on Pti. Pd/zeolites. u