Anemometer, hot-wire, a | 76 |
Beta 750 Series, deposit thickness measured by | 52 |
Brazing, stainless steel, with Pd alloys | 61 |
Catalysis, heterogeneous, and electrochemistry, Pt amalgam for | 25 |
homogeneous, Pt metals in | 23 |
Catalysts, Iridium, black, hydrogenations of cycloheptene, cyclooctene on, a | 118 |
wire, hydrogenation of buta-1,3-dieneon, a | 77 |
Ir/Al2O3, surface area and activity of, a | 37 |
Os/Al2O3, hydrogenation of C2H2 on, a | 118 |
hydrogenation of butenes on, a | 77 |
OsO4, oxidation of olefins with, a | 38 |
Pd Ammoniates, hydration of C2H2 with, a | 159 |
Palladium, black, hydrogenation of cyclenes on, a | 158 |
black, hydrogenation of cyclododecenes on, a | 158 |
black, hydrogenations of cycloheptene, cyclooctene on, a | 118 |
black, Si-H bond-halocarbon reactions on, a | 158 |
complexes, allylation of aromatic compounds with, a | 37 |
complexes, arylation of allylic alcohols with, a | 37 |
complexes, arylation of enol esters, ethers, halides, a | 37 |
complexes, olefin reactions on, a | 37 |
compounds, carbonylation of unsaturated molecules with | 149 |
dehydrogenation of cyclohexene on, a | 36 |
halides, synthesis of diaryl ketones with, a | 38 |
hydrogenation of 2-ethyl-2-hexenal on, a | 158 |
isomerisation of C4H8 on, a | 158 |
palladous, N2-containing oxidants with, a | 160 |
palladous, reactions in N, N-dimethylformamide with, a | 160 |
palladous, synthesis of ethylene glycol monoacetate with, a | 160 |
palladous, synthesis of glycol monoesters with, a | 160 |
palladous, synthesis of vinyl acetate with, a | 159, 160 |
phosphine complexes, hydrosilylation of butadiene on, a | 119 |
wire, hydrogenation of buta-1, 3-dienc on, a | 77 |
wire, hydrogenation on, a | 158 |
Pd(OAc)2, synthesis of vinyl acetate with, a | 77 |
Pd(OAc)2-Sn(OAc)2, synthesis of benzyl esters with, a | 77 |
Palladium Alloys, hydrogenation of | 36 |
dimethylethynylcarbinols on, a | 36 |
PdCl2, carboxyvinylation of aromatic compounds on, a | 119 |
complexes, aromatic haloethylation with, a | 37 |
complexes, diene additions with, a | 37 |
isomerisation of C4H8-1 on, a | 119 |
isomerisation of vinylphenylglycol on, a | 119 |
Si-H bond-halocarbon reactions on, a | 158 |
synthesis of vinyl acetate with, a | 77 |
PdCl2-CuCl2, oxidation of C2H4 with, a | 119 |
vinyl acetate from C2H4 with, a | 38 |
Pd-Cu, properties of, a | 117 |
Pd-Au, isomerisation of C4H8 on, a | 158 |
Pd-Ni, properties of, a | 117 |
Pd-Ni-Cu, properties of, a | 117 |
Pd/Al2O3, adsorption of 14C-C2H4 on, a | 118 |
hydrogenation of cycloalkenes on, a | 117 |
Pd/C, hydrogenations of cycloheptene, cyclooctene on, a | 118 |
hydrogenation of C6H5OH on, a | 158 |
hydroisomerisation of C4H8 on, a | 158 |
lignin hydrogenolysis on, a | 118 |
Si-H bond-halocarbon reactions on, a | 158 |
Pd/Mordenite, hydrocracking of n -C10H22 and decalin on, a | 36 |
Pd/Polyacrylonitrile, hydrogenation of methylethylethynylcarbinol on, a | 159 |
Pd/Polyethyleneterephthalate, hydrogenation of acetylcnic alcohols on, a | 117 |
Pd/Zeolite, hydroisomerisation of n -C5H12 on, a | 76 |
Pd-Pt/Polyvinyl Alcohol, hydrogenation of unsaturated compounds on, a | 158 |
Pd-Ru/Al2O3 hydrogenation of dimethylethynylcarbinols on, a | 118 |
Platforming, properties of R-16, a | 116 |
Platinum, black, activity of, a | 76 |
black, H2 adsorption on, a | 34 |
black, hydrogenation of cyclenes on, a | 158 |
black, hydrogenation of cyclododecenes on, a | 158 |
black, hydrogenations of cycloheptene, cyclooctene on, a | 118 |
black, hydrogenation of C6H12-1 on, a | 35 |
black, in fuel cells | 25 |
complex, hydrogenation of olefins on, a | 159 |
decomposition of methanols on, a | 35 |
losses in NH3 oxidation, a | 117 |
oxidation of H2 on, a | 35 |
reforming, a | 67 |
wire, NH3 oxidation on | 29 |
wire, hydrogenation of buta-1, 3-diene on, a | 77 |
PtCl2(Ph3P)2, hydrogenation and isomerisation of olefines by, a | 37 |
PtCl2(PPh3)2-SnCl2, hydrogenation of olefins with, a | 77 |
Platinum Metals, dealkylation of C6H5CH3 on, a | 159 |
homogeneous | 23 |
homogeneous hydrogenations with, a | 159 |
hydrogenation of dimethylethynylcarbinols on, a | 36 |
hydrogenation of methylacetylene on, a | 118 |
industrial hydrogenations with, a | 116 |
oxidation of CH4 on, a | 159 |
Pt Metals/Pumice, hydrogenation of methylacetylene on, a | 118 |
Pt/Al2O3, adsorption of 14C-C2H4 on, a | 118 |
chlorided, isomerisation of paraffins on, a | 117 |
dehydrogenation of monocyclic naphthenes on, a | 36 |
dispersion and activity of Pt on, a | 157 |
electron work function of, a | 157 |
fluorided, hydroisomerisation of n -paraffins over, a | 157 |
hydrogenation of C6H6 on, a | 76 |
hydrogenolysis of methylcyelopentane on, a | 157 |
petroleum reforming with Czech, a | 156 |
reduction of N oxides by NH3 on, a | 116 |
selectivity of, in neopentane reaction, a | 36 |
structure and properties of, a | 53 |
Pt/C, conversion of oxetanes on, a | 36 |
hydrogenation of olefins on, a | 157 |
hydrogenolysis of methylcyelopentane on, a | 157 |
selectivity of, in neopentane reaction, a | 36 |
Pt/Polyvinyl Alcohol, hydrogenation of o -nitrophenol on, a | 117 |
Pt/SiO2, desorption of CO from, a | 117 |
hydrogenation of C2H4 on, a | 157 |
hydrogenation of olefins on, a | 157 |
hydrogenolysis of methylcyelopentane on, a | 157 |
preparation of, a | 36 |
selectivity of, in neopentane reaction, a | 36 |
structure and activity of, a | 117 |
Pt/Thermolite, conversion of oxetanes on, a | 36 |
Pt/Zeolite, conversion of cyclohexene on, a | 76 |
Pt/ZnO, exoelectronic emission study of, a | 36 |
PtO2, hydrogenation of carbonyls on, a | 117 |
Pt-Pd/Polyvinyl Alcohol, hydrogenation of unsaturated compounds on, a | 158 |
Pt-Re/Al2O3, petroleum reforming with, a | 156 |
Pt-Rh, gauzes, in HNO3 production | 2 |
Pt-Ru, in fuel cells | 8 |
Pt-Ru Oxide, hydrogenations on | 57 |
K2PtCl4, NaPtCl4, hydrocarbon H exchange on, a | 159 |
Rhodium, black, conversion of cyclohexadienes on, a | 37 |
carboxylates, hydrogenations with, a | 160 |
chloride complexes, hydration of acetylenes on, a | 119 |
complexes, active species in | 104 |
complexes, hydroformylation of alkenes with, a | 78 |
complexes, hydroformylation of olefins with, a | 160 |
complexes, hydrogenation of cycloalkcncs on, a | 119 |
complexes, hydrogenations with, a | 78, 160 |
complexes, olefin reactions on, a | 37 |
complexes, reduction of butadiene on, a | 119 |
complexes, with amino acids, hydrogenations by, a | 78 |
halides, synthesis of diaryl ketones with, a | 38 |
wire, hydrogenation of buta-1, 3-diene on, a | 77 |
RhH(CO)(PPh)3, hydrogenation of alk-1-enes with, a | 78 |
Rh/Al2O3, adsorption of 14C-C2H4 on, a | 118 |
hydrogenation of carbonyls on, a | 117 |
hydrogenation of salicylic acid on, a | 118 |
lignin hydrogenolysis on, a | 118 |
Rh/C, conversion of cyclohexadienes on, a | 37 |
hydrogenation of salicylic acid on, a | 118 |
lignin hydrogenolysis on, a | 118 |
Rh/SiO2, hydrogenolysis of C2H6 on, a | 37 |
Rhodium Oxide, hydrogenation of alkoxyanilines on, a | 77 |
Rh-Pt, gauzes, in HNO3 production | 2 |
Ruthenium, carboxylates, hydrogenations with, a | 160 |
complexes, active species in | 104 |
complexes, hydrogenation of anthracene with, a | 160 |
complexes, N2 exchange on, a | 38 |
complexes, olefin reactions on, a | 37 |
decomposition of methanols on, a | 35 |
hydrogenation of monosaccharides on, a | 159 |
RuCIH(PPh3)3, structure of active, a | 38 |
hydrogenation of alk-l-enes with, a | 78 |
[Ru(CO)4]3, carbonylation of C2H2 with, a | 78 |
Ru/Al2O3, hydrogenation of C2H2 on, a | 118 |
hydrogenation of butenes on, a | 77 |
hydrogenation of salicylic acid on, a | 118 |
lignin hydrogenolysis on, a | 118 |
Ru/C, hydrogenation of aromatic acids on, a | 118 |
hydrogenation of salicylic acid on, a | 118 |
lignin hydrogenolysis on, a | 118 |
Ru/SiO2, hydrogenolysis of C2H6 on, a | 37 |
RuO2, hydrogenation of aromatic acids on, a | 118 |
RuOHCl3, oxidative coupling of phenols on, a | 119 |
Ru-Pd/Al2O3, hydrogenation of dimethylethynylcarbinols on, a | 118 |
Ru-Pt, in fuel cells | 8 |
Ru-Pt Oxide, hydrogenations on | 57 |
Cathodic Protection, Pt/Ti in NaCl solutions, a | 160 |
Chlorate, NaClO3 production | 103, 120 |
Crookes, Sir William | 68 |
Crucibles, Pt, radioactive waste in | 94 |
Electrical Contacts, Pd/Si, electrolytically deposited, a | 161 |
Electrodeposition, Beta 750 Series for measurement of | 52 |
Electrodeposition of, Au, Cr, Ni, a | 35 |
Palladium, aqueous electrolytes for, a | 156 |
Pd-Co, solutions for, a | 156 |
Platinum, aqueous electrolytes for, a addition agent for, a | 156 |
Ruthenium, new plating bath for | 90 |
Electrodes, Iridium, adsorbed species on, a | 155 |
Ir-Pt, anodes, in NH3 fuel cells, a | 38 |
Ir-Pt/Ti, Cl2-chloride system at | 156 |
Palladium, adsorbed species on, a | 155 |
H2 diffusion in, a | 75 |
palladised, cathodes, overpotential and H2 concentration at, a | 34 |
Pd-Ni, solubility of H2 in, a | 116 |
Platinum, activity of, a | 35 |
adsorbed species on a | 155 |
black, H2 adsorption on, a | 34 |
black, hydrophobic gas, in fuel cells, a | 78 |
black, in NH3-O2, NH3-air fuel cells, a | 38 |
black, in fuel cells, a | 78, 119 |
H2 adsorption on, a | 75 |
in fuel cells, a | 160 |
oxidation of H2-CO on, a | 116 |
platinised, cathodes, overpotential and H2 concentration at, a | 34 |
platinised, reduction of cinnamic acid on, a | 156 |
rotating double ring, a | 76 |
Pt-Ir, anodes, in NH3 fuel cells, a | 38 |
Pt-Ir/Ti, Cl2-chloride system at, a | 156 |
Platinum Metals, electrosynthesis of organic compounds on | 46 |
Pt-Ni, anodes in H2-CO fuel cell, a | 160 |
Pt/C, in NH3-O2, NH3-air fuel cells, a | 38 |
in fuel cells, a | 78 |
Pt/Ti, anodes, electrodeposition using, a | 35 |
anodes, in chlorate production | 103, 120 |
anodes, in NaCl solutions, a | 160 |
Pt/WO3, in fuel cells | 146 |
Pt-Rh, oxidation of H2-CO on, a | 116 |
wires, in ceramic electric leads, a | 35 |
Pt-Ru, in fuel cells | 8 |
oxidation of H2-CO on, a | 116 |
Platinum-Titanium, anodes, oxidation on, a | 34 |
Platinum, wires, in ceramic electric leads, a | 35 |
Rhodium, adsorbed species on, a | 155 |
oxidation of H2-CO on, a | 116 |
Rh-Pt, oxidation of H2-CO on, a | 116 |
wires, in ceramic electric leads, a | 35 |
Ruthenium, hydrogenation of CH2NO2 on, a | 76 |
oxidation of H2-CO on, a | 116 |
Ru-Pt, in fuel cells | 8 |
oxidation of H2-CO on, a | 116 |
Electronic Circuits, thick-film | 86 |
Field Ion Microscopy, Pt alloys studied by, a | 33 |
Flames, velocity of | 56 |
Fuel Cells, NH3, Ir-Pt electrodes in, a | 38 |
NH3-O2 and NH3-air, a | 38 |
hydrocarbon, a | 119 |
H2-CO, Pt-Ni electrodes in, a | 160 |
H2-O2, Pt electrodes in, a | 160 |
n -octane, Pt electrodes in, a | 78 |
Pt black hydrophobic electrodes in, a | 78 |
Pt black in | 25 |
Pt metals in, economics of | 8 |
Pt/WO3 electrodes in | 146 |
Furnaces, lining wear of, a | 116 |
Pt-wound, lunar rock study in | 148 |
Glass, industry, Pt metals in, a | 153 |
radioactive waste in | 94 |
Heart Pacemaker, Ir-Pt in | 140 |
Hydrogen Detector, Pd-Ag in, a | 156 |
Hydrogen Diffusion, in Pd and Pd-Ag-Ni, a | 79 |
in Pd electrodes, a | 75 |
in Ag-Pd, in fuel cells | 8 |
Matthey Bishop integrated unit for | 26 |
Pd-Ag units for | 141 |
Iridium, BaO films on, a | 120 |
complexes, a | 34 |
complexes, covalent molecules and, a | 75 |
complexes with N2, a | 9, 34 |
crucibles, history of | 68 |
crystals, mechanical relaxations in, a | 38 |
192Ir, furnace lining wear measurement by, a | 116 |
wire, glass-sheathed | 110 |
Iridium Alloys, Iridium-Aluminium, crystal structure of, a | 115 |
Iridium-Chromium, magnetic properties of, a | 75 |
Iridium-Copper, structure of, a | 115 |
Iridium-Iron, phases in, a | 115 |
resistivity of, a | 33 |
Iridium-Iron-Osmium, resistivity of, a | 33 |
Iridium-Iron-Platinum, resistivity of, a | 33 |
Iridium-Osmium, resistivity of, a | 33 |
Iridium-Platinum, creep and effect of O2, a | 153 |
in heart pacemaker | 140 |
wire, resistance and thermal conductivity of, a | 76 |
Iridium-Rhodium, magnetic susceptibility of, a | 115 |
Iridium Bromide, structure of, a | 34 |
IrBr3, thermodynamic studies of, a | 115 |
Iridium Carbide, dissociation of, a | 75 |
Iridium Chloride, decomposition of, a | 75 |
Iridium Iodate, preparation and structure of | 152 |
Iridium Oxide, Ru-Ir-O2 system, a | 155 |
Leblond, J.-B. | 111 |
Nitric Acid, manufacture of | 2 |
Osmium, BaO films on, a | 120 |
complexes, a | 34 |
complexes, containing four metal atoms | 22, 34 |
N2 complexes of | 9 |
N2 fixation, a | 115 |
Osmium Alloys, Osmium-Chromium, magnetic properties of, a | 75 |
Osmium-Iridium, resistivity of, a | 33 |
Osmium Chloride, OsCl4 polymorphism of, a | 116 |
Osmium Dioxide, metallic nature of, a | 75 |
Osmium Halide, complexes with NH3 amines, N2H4, a | 116 |
Pallabraze, brazing stainless steel with | 61 |
Palladium, heating and grain growth of, a | 31 |
H2 in, a | 156 |
H2 separation from NH3 synthesis exhaust gases by, a | 79 |
solubility of C in, a | 32 |
strain dependence of exchange interaction in, a | 31 |
sublimation and oxidation of | 114 |
Palladium Alloys, Palladium-Aluminium-Silver, structure of, a | 74 |
Palladium-Boron, thermodynamic properties of, a | 154 |
Palladium-Cadmium, thermodynamic properties of, a | 115, 154 |
Palladium-Carbon, lattice parameters of, a | 154 |
Palladium-Chromium, magnetic properties of, a | 75 |
surface tension and density of liquid, a | 74 |
Palladium-Cobalt, thermal expansion of, a | 154 |
Palladium-Cobalt-Silicon, magnetic moments in, a | 32 |
Palladium-Copper, diffusion of H2 in, a | 74 |
magnetoresistance in, a | 31 |
oxidation of | 114 |
Palladium-Deuterium, clectrical resistivity of, a | 32 |
Palladium-Gold, catchment gauzes, in HNO3 production | 2 |
nonmagnetic “Pallagold", a | 114 |
Young‘ s modulus of “Pallagold", a | 114 |
Palladium-Hydrogen, electrical resistivity of, a | 73 |
magnetic susceptibility of, a | 114 |
Palladium-Indium, thermodynamic properties of, a | 154 |
Palladium-Iron, magnetic properties and structure of, a | 74 |
magnetic properties of films of, a | 74 |
strain dependence of exchange interactions in, a | 31 |
surface tension and density of liquid, a | 74 |
Palladium-Iron-Platinum, magnetisation of, a | 74 |
Palladium-Magnesium, structure of, a | 74 |
Palladium-Manganese, electrical resistance of, a | 74 |
structure and properties of, a | 74 |
Palladium-Manganese-Nickel, electrical resistance of, a | 74 |
Palladium-Manganese-Nickel-Copper, electrical resistance of, a | 74 |
Palladium-Platinum, field ion microscopy of, a | 33 |
heating and expansion of, a | 31 |
Palladium-Platinum-Iron, magnetisation of, a | 74 |
solid solutions of, a | 153 |
Palladium-Platinum-Rhodium, heating and expansion of, a | 31 |
Palladium-Platinum-Silver, elements in electrical instruments, a | 161 |
Palladium-Plutonium, magnetic properties of, a | 75 |
structure of, a | 74 |
Palladium-Rhodium, magnetic suscetpibility of, a | 114 |
speed of sound in, a | 114 |
thermodynamic properties of, a | 31 |
Palladium-Rhodium-Platinum, heating and expansion of, a | 31 |
Palladium-Rhodium-Silver, magnetic susceptibility of, a | 114 |
Palladium-Selenium, heat capacity and thermodynamic properties of, a | 154 |
Palladium-Silicon, surface tension and density of liquid, a | 74 |
Palladium-Silicon-Cobalt, magnetic moments in, a | 32 |
Palladium-Silver, diffusion of n- and p -H2 through, a | 73 |
diffusion units | 141 |
H2 detector strip of, a | 156 |
H2 diffusion in fuel cells | 8 |
magnetic susceptibility of, a | 114 |
Matthey Bishop diffusion cells | 26 |
resistor pastes | 30 |
speed of sound in, a | 114 |
thick film resistors, a | 120 |
Palladium-Silver-Aluminium, structure of, a | 74 |
Palladium-Silver-Nickel, H2 separation from NH3 synthesis exhaust gases by, a | 79 |
Palladium-Silver-Tin, structure of, a | 32 |
Palladium-Sulphur, heat capacity and thermodynamic properties of, a | 154 |
Palladium-Tin, structure of, a | 32 |
thermodynamic properties of, a | 154 |
Palladium-Tin-Silver, structure of, a | 31 |
Palladium-Titanium, corrosion resistance of | 67 |
Palladium-Tungsten, sintered contacts, of a | 32 |
superconductivity and lattice parameters of, a | 31 |
Palladium Bromide, vapour, a | 155 |
Palladium Halide Complexes, synthesis of, a | 115 |
Petroleum Refining, U.O.P.‘ s R-16 catalyst for, a | 76, 116 |
Petroleum Reforming, Pt/Al2O3 Czech catalyst for, a | 156 |
Pt-Re/Al2O3 catalyst for, a | 156 |
Platinum, adhesion to Pt and Au, a | 153 |
BaO films on, a | 120 |
compounds, antitumour, a | 115 |
creep and effect of O2, a | 153 |
crucibles, radioactive waste in | 94 |
deformation at high temperatures, a | 153 |
furnace windings | 148 |
heat capacity of | 114 |
heating and grain growth of, a | 31 |
melting point of, a | 73 |
production of | 15, 126 |
resistivity of fine wires, a | 153 |
rheological properties of, a | 73 |
solubility of C in, a | 32 |
sublimation and oxidation of | 114 |
wire, for anemometer, a | 76 |
Platinum Alloys, Platinum-Chromium, magnetic properties of, a | 75 |
Platinum-Cobalt, coercivity of | 31, 95 |
field ion microscopy of, a | 33 |
magnetic properties of, a | 73, 114 |
magnetic properties of, anisotropy in, a | 153 |
magnetic properties of, with Pd, Rh, Ir, Ru additions, a | 73 |
magnetic susceptibility of, a | 73 |
solidus of, a | 153 |
Platinum-Copper, deformation of, a | 153 |
oxidation of, a | 114 |
Platinum-Gold, field ion microscopy of, a | 33 |
precipitation in, a | 73 |
thick film hermetic seals, a | 38 |
Platinum-Iridium, creep and effect of O2, a | 153 |
in heart pacemaker | 140 |
wire, resistance and thermal conductivity of, a | 76 |
Platinum-Iridium-Iron, resistivity of, a | 33 |
Platinum-Iron, magnetic properties of, a | 154 |
magnetic properties of, with Pd, Rh, Ir, Ru additions, a | 73 |
structure of, a | 154 |
Platinum-Iron-Iridium, resistivity of, a | 33 |
Platinum-Iron-Palladium, magnetisation of, a | 74 |
Platinum-Mercury, amalgamation of, a | 154 |
Platinum-Nickel, field ion microscopy of, a | 33 |
Platinum-Palladium, field ion microscopy of, a | 33 |
heating and expansion of, a | 31 |
Platinum-Palladium-Iron, magnetisation of, a | 74 |
solid solutions of, a | 153 |
Platinum-Palladium-Rhodium, heating and expansion of, a | 31 |
Platinum-Palladium-Silver, elements in electrical instruments, a | 161 |
Platinum-Rhodium, creep and effect of O2, a | 153 |
flame velocity probe in | 56 |
heating and expansion on, a | 31 |
thermal conductivity of, a | 31 |
Platinum-Rhodium-Palladium, heating and expansion of, a | 31 |
Platinum-Ruthenium, volatisation of, a | 31 |
Platinum-Silver, physico-mechanical properties of, a | 73 |
Platinum-Titanium, structure of, a | 154 |
Platinum-Tungsten, field ion microscopy of, a | 33 |
structure of, a | 154 |
superconductivity and lattice parameters of, a | 31 |
Platinum Antimonide, preparation and semiconducting properties of, a | 33 |
Platinum Boride, dissociation of, a | 75 |
Platinum Metals, alloying behaviour of | 53 |
availability, mining and refining of | 126 |
complexes, of N2, a | 9, 155 |
complexes, of substituted olefins | 60 |
complexes, photochemistry of | 27 |
neutron irradiation of | 64 |
organometallic chemistry of, a | 33 |
uses in chemistry and glass industry, a | 153 |
volatility of | 68 |
Platinum Metals Oxides, crystals and electrical properties of, a | 33 |
Platinum Oxide, Mg2PtO4 and Zn2PtO4, synthesis and structure of, a | 115 |
solid | 22, 33 |
Radioactivity, disposal of waste | 94 |
Resistance Thermometers, Pt, at 63-373. 15K, a | 79 |
Pt, direct-reading bridge for, a | 79 |
Pt, IPTS-68 and | 65 |
Pt, miniature, a | 120 |
Resistors, pastes, Pd-Ag | 30 |
thick film Pd-Ag, a | 120 |
Rhodium, complexes, a | 34, 75, 155 |
N2 complexes of | 9 |
thermal expansion of, a | 32 |
wire, glass-sheathed | 110 |
Rhodium Alloys, Rhodium-Aluminium, crystal structure of, a | 115 |
Rhodium-Beryllium, crystal structure of, a | 32 |
Rhodium-Chromium, magnetic properties of, a | 75 |
structure of, a | 154 |
Rhodium-Iridium, magnetic sysceptibility of, a | 115 |
Rhodium-Nickel, magnetic properties of, a | 32 |
Rhodium-Palladium, magnetic susceptibility of, a | 114 |
speed of sound in, a | 114 |
thermodynamic properties of, a | 31 |
Rhodium-Palladium-Platinum, heating and expansion of, a | 31 |
Rhodium-Palladium-Silver, magnetic susceptibility of, a | 114 |
Rhodium-Platinum, creep and effect of O2, a | 153 |
flame velocity probe in | 56 |
heating and expansion of, a | 31 |
thermal conductivity of, a | 31 |
Rhodium-Platinum-Palladium, heating and expansion of, a | 31 |
Rhodium-Tin, thermal properties of, a | 32 |
Rhodium Chloride, decomposition of, a | 75 |
Rhodium Oxide, solid | 28, 33 |
Rhodium Perchlorate, solutions, a | 155 |
Rhodium Selenide, ternary compounds of, a | 75 |
Rhodium Telluride, ternary compounds of, a | 75 |
Rustenburg, growth of Pt production at | 15, 126 |
Ruthenium, ammine complexes of | 151 |
bits for soldering irons, a | 76 |
complexes, a | 34 |
complexes, of N2 | 9, 155 |
inks for thick film circuits | 86 |
nitrido-complexes, a | 34 |
N2 fixation, a | 115 |
Ruthenium Alloys, Ruthenium-Chromium, magnetic properties of, a | 75 |
Ruthenium-Iron, magnetic properties of, a | 155 |
Ruthenium-Platinum, volatilisation of, a | 31 |
Ruthenium Carbide, dissociation of, a | 75 |
Ruthenium Carbonyl, Ru3(CO)12, substitution reactions of, a | 115 |
Ruthenium Chloride, decomposition of, a | 75 |
Ruthenium Halide Complexes, with NH3, amines, N2H4, a | 116 |
Ruthenium Oxide, Ru-Ir-O2 system, a | 155 |
Seals, hermetic, Pt-Au thick films for, a | 38 |
Soldering Irons, Ru bits for, a | 76 |
Temperature Measurement, Pt metals for, IPTS-68 | 65 |
Thermocouples, neutron irradiation of | 64 |
Palladium-Gold, effect of reactor exposure on, a | 39 |
Pallador II, soaking pit waste gas temperature by | 139 |
Platinum, effect of reactor exposure on, a | 39 |
Platinum:Rhodium-Platinum, care of, in semiconductor industry | 14 |
effect of stress of e.m.f. of, a | 79 |
IPTS-68 and | 65 |
pressure effect on, a | 38 |
Precious Metal, review of, a | 120 |
Rhodium-Platinum, effect of reactor exposure on, a | 39 |
improved sheathed | 93 |