Air Pollution, control by Pt oxidation catalysts |
82 |
Anodic Protection, effect of a.c, a |
116 |
Aromatic Hydrocarbons, plant at Isle of Grain |
49 |
Brazing Alloys, containing Pd, a |
34 |
containing Pt |
34 |
Bubbler Tubes, Pt, in glass melting |
37 |
Catalysts, |
|
H2PtCl6, hydrogenation of olefins, a |
37 |
Iridium, decomposition of acid H2O2 solutions, a |
34 |
Ir/C, hydrogenation and hydrocracking of carbonyl furans, a |
76 |
K2PdCl4, reactions of olefins, a |
36 |
Os/C, hydrogenation and hydrocracking of carbonyl furans, a |
76 |
OsCIa, polymerisation of acetylenes |
53 |
Palladium, decomposition of acid H2O2 solutions, a |
34 |
film, oxidation of acetaldehyde, a |
77 |
film, oxidation of ethylene,a |
77 |
hydrogenolysis of small C rings, a |
114 |
in isoprene production, a |
152 |
phase-boundary reaction with hydrogen, a |
77 |
powder, activation of hydrogen, a |
76 |
reduction of tail gas, a |
75 |
supported, oxidation of exhausts, a |
36 |
Pd/Al2O3, dehydrogenation of cyclo- hexane, a |
115 |
hydrogenation of benzene, a |
115 |
hydrogenation of cyclo-alkenes, a |
36 |
Pd/CaCOa, dehydrogenation of coal |
14 |
Pd/C, aldehydic materials, a |
77 |
decarbonylation of cinnamaldehydes, a |
35 |
hydrogen isotope exchange, a |
35 |
hydrogen-liquid NH3 isotope ex- change, a |
75 |
hydrogenation and hydrocracking of carbonyl furans, a |
76 |
hydrogenation of a, (3-unsaturated ketones, a |
114 |
hydrogenation of alkyl halides, a |
113 |
hydrogenation of cyclic dienes, a |
77 |
hydrogenation of methyl oleate ozonolysis products, a |
36 |
hydrogenation of pyridines, a |
35 |
hydrogenation of stearolic acida |
153 |
hydrogenation-hydrogenolysis of glycolsa |
35 |
synthesis of oleic acid, a |
153 |
Pd/silk, synthesis of L-proline, a |
114 |
Pd-Ag, phase-boundary reaction with hydrogen, a |
77 |
PdCl2, oxidation of ethylene, a |
36, 152 |
oxidation of cyclohexane, a |
36 |
oxidation of olefins |
132 |
polymerisation of acetylenes |
53 |
PdCl2(n-Bu3P)2, polymerisation of acetylenes |
53 |
PdCl2− Olefin Complexes, isomerisation of olefins |
131 |
PdCl2/CuCl2, oxidation of ethylene, a |
36, 76 |
Platinum, activity, a |
76, 77 |
black, activity and sintering, a |
115 |
black, propane cracking, a |
115 |
black, tritium labelling, a |
75 |
combustion of methane, a |
77 |
control of air pollution |
82 |
decomposition of acid H2O2 solutions, a |
34 |
decomposition of nitrous oxide, a |
74 |
effect of adsorbed oxygen, a |
35 |
filament, decomposition of NO2 at, a |
35 |
films, hydrocracking, a |
78 |
films, hydrogen isotope exchange, a |
77 |
films, transformations of cyclohexene and cyclohexadiene, a |
37 |
hydrogenation of α, β-unsaturated ketones, a |
114 |
hydrogenolysis of small C rings, a |
114 |
oxidation of propane, a |
77 |
platinised, active sites on, a |
76 |
platinised, reduction of alkylbenzole, a |
116 |
reduction of tail gas, a |
75 |
reforming, at Horns, Syria, a |
37 |
reforming, at Odessa, Texas, a |
37 |
supported, oxidation of exhausts, a |
36 |
wire, production of acetylene, a |
113 |
Pt/Al2O3, conversion of 2,2,4-trimethyl- pentane and n-octane, a |
76 |
dehydrogenation of cyclohexane, a |
153 |
distribution of Pt, a |
114 |
hydrogenation of cyclo-alkenes, a |
36 |
hydrogenolysis of dicyclopropyl- methane, a |
76 |
isomerisation and dehydrocyclisation, a |
75 |
isomerisation of hexanes, a |
153 |
isomerisation of light petroleum frac- tions, a |
75 |
isothermal behaviour of pellets, a |
114 |
reactivation, a |
36 |
reactivity of some C8−C8, paraffins, a |
114 |
specific metal surface area, a |
76 |
state of Pt in, a |
113 |
surface chemistry of ethylene on, a |
34 |
Pt/C, hydrogen isotope exchange, a |
35 |
hydrogen-liquid NH, isotope ex- change, a |
75 |
hydrogenation and hydrocracking of carbonyl furans, a |
76 |
hydrogenation of unsaturated hydro- carbons, a |
34 |
hydrogenolysis of dicyclopropyl- methane, a |
76 |
Pt/CdO, poisoning by HgCl2, a |
78 |
Pt/pumice, hydrogenolysis of dicyclo- propylmethane, a |
76 |
Pt/SiO2, adsorption activity, a |
115 |
adsorption of hydrogen, a |
153 |
decomposition of H2O2, a |
115 |
distribution of Pt, a |
114 |
effect of preparation on Pt dispersion, |
153 |
particle size, a |
37 |
Pt/silk, synthesis of ornithine, a |
114 |
Pt-Au, effect of adsorbed oxygen on, a |
35 |
Pt/Ni-Cr wire, dehydrogenation of n-alcohols, a |
35 |
PtCl4, polymerisation of acetylenes |
53 |
PtO2, hydrogenation of cyclo-alkenes, a |
36 |
hydrogenation of xylenes and toluene, a |
36 |
Pt-Rh gauze, HNO3 manufacture, |
75 |
Pt-SnCl3 complexes, hydrogenation of aliphatic hydrocarbons |
133 |
Platinum Metals, borides of, a |
37 |
changes of hydrofuran compounds, a |
152 |
hydrogenation |
18 |
hydrogenation of furan compounds, a |
152 |
hydrogenation of nitroaromatics, a |
34 |
on C, hydrogenation of aromatics, a |
34 |
on C, reaction with NaBH4, a |
34 |
purification of coal gas, a |
114 |
raw materials for fibres, a |
78 |
synthesis of HCN, a |
115 |
Rhodium, film, hydrocracking, a |
78 |
foils, decomposition of n -C3H8 and n -C,H10, a |
35 |
Rh/C, hydrogenation and hydrocracking of carbonyl furans, a |
76 |
hydrogenation of a, [3-unsaturatcd ke- tones, a |
114 |
Rh silk, activity, a |
75 |
synthesis of proline and ornithine, a |
114 |
RhCl3, polymerisation of butadiene, a |
75 |
Rh(NO3)3, polymerisation of butadiene, a |
75 |
Rh-Pt gauze, NHO3 manufacture, a |
75 |
Rh-Pt oxide, high-pressure hydrogenation, a |
75 |
hydrogenation of aromatic compounds, a |
153 |
Ruthenium, hydrogenation of aromatic nitro compounds, a |
114 |
hydrogenation of nuclear substituted analines, a |
35 |
reduction of tail gas, a |
75 |
synthesis of polymethylenes |
105 |
Ru/Al2O3, hydrogenation of anthracene derivatives, a |
153 |
Ru/C, hydrogenation and hydrocracking of carbonyl furans, a |
76 |
Ru/SiOz, dehydrogenation of cyclohexane, a |
153 |
RuCl3, deuterium isotopes and, a |
34 |
polymerisation of acetylenes |
53 |
Cathodic Protection, platinised titanium for, a |
37 |
Corrosion, OsO4n−, as inhibitor, a |
33 |
of stainless steel, a |
33 |
Cryogenics, calibration of Pt resistance thermometers, a |
117 |
thermometer calibration, a |
78 |
Indium-Chromium, superconductivity, a |
71 |
Iridium-Osmium, superconductivity, a |
110 |
Osmium-Iridium, superconductivity, a |
110 |
Platinum-Tungsten, superconductivity, a |
110 |
Rhodium-Chromium, superconductivity, a |
71 |
Rhodium-Titanium, superconductivity, a |
71 |
Ruthenium-Chromium,superconductivity, a |
71 |
Crystal Growing, crucible materials for, a |
50 |
Deuterium, separation factor on Pt-H electrodes, a |
73 |
solubility in Pt-Pd alloys, a |
115 |
Diaphragm Pump, Ag-Pd, for hydrogen, a |
152 |
Dielectric Measurement, platinum cell for, a |
74 |
Diffusion Cells, Ag-Pd, for hydrogen purification |
126 |
Diffusion Tubes, Pd, a |
37 |
Electrical Contacts, metal migration, a |
154 |
Pd-Ag, resistance to sulphide formation, a |
78 |
reliability of, a |
37 |
Electrodeposition of |
|
Palladium, properties and prices, a |
117 |
Platinum Metals, electrolytes and deposits |
135 |
Precious Metals, Russian practice, a |
117 |
Rhodium, methods and uses, a |
111 |
properties and prices, a |
117 |
Electrodes |
|
Palladium, behaviour in molten salts, a |
116 |
cathodes, H content of, a |
33 |
hydrogen content, a |
116, 151 |
in fuel cells, a |
73 |
in production of Cr, a |
33 |
Palladium Alloys, in secondary cells, |
88 |
Pd/C, in hydrogen-chlorine fuel cell, a |
74 |
Pd-Au, oxygen evolution at, a |
33 |
Platinum, anodes, formation of per- compounds, a |
151 |
anodes, gauze |
65 |
anodes, manufacture of HCIO t, a |
115 |
anodes, ovcrpotential of oxygen, a |
73 |
anodes, oxidation of chlorine, a |
115 |
anodes of methanol, a |
73 |
anodes, oxidation of CH3OH, CH3CHO, HCOOH, a |
73 |
anodes, protection of stainless steel, a |
33 |
anodes, radiochemical study, a |
151 |
cathodes, hydrogen adsorption, a |
117 |
cathodes, hydrogen concentration, a |
116 |
chemisorption of hydrogen and oxygen, a |
151 |
in fuel cells, a |
33, 73 |
in H2O2 production |
146 |
in solion, a |
117 |
in vertical sensing element, a |
154 |
oxidation of hydrogen, a |
33, 116 |
oxide film, a |
73, 151 |
platinised, active sites on, a |
76 |
polarisation, in C1-C1− system |
93 |
powder in halogen electrodes, a |
33 |
reduction of alkylbenzole, a |
116 |
Pt/C, in hydrogen-chlorine fuel cell, a |
74 |
Pt-H, separation factor of deuterium on, a |
73 |
Pt-Pd, solubility of H3 and D2, a |
115 |
Pt-Ti, cathodes, for anodic protection, a |
116 |
Platinum Metals, erosion |
58 |
Ru-plated Pt, electrochemical behaviour, a |
116 |
Electroless Plating, platinum metals, a |
151 |
Fibres, man-made, a |
78 |
“Fibro”, thermo-element Pt, a |
70 |
Fuel Cells, hydrogen-chlorine, a |
74 |
ion exchange membrane, hydrocarbons in, a |
73 |
solid electrolyte, a |
33 |
Furnace, gradient, Pt-Rh wound, a |
74 |
Pt wound, for semiconductor diffusion treatment |
130 |
Glass, melting, Pt bubbler tubes in, |
7 |
polarisation of refractories, a |
117 |
vertical sensing element, a |
154 |
viscosity measurement |
54, 154 |
wetting and adherence of Pt, a |
78 |
Hydrogen, production from coal |
14 |
Hydrogen Diffusion, in Pd, a |
32 |
Hydrogen Purification, diffusion tubes for, a |
37 |
Hydrogenation of, |
|
α, β-unsaturatcd ketones, a |
114 |
aliphatic hydrocarbons |
133 |
alkyl halides, a |
114 |
anthracene derivatives, a |
153 |
aromatic compounds, a |
153 |
aromatic nitro compounds, a |
114 |
benzene, a |
115 |
carbonyl compounds of furans, a |
76 |
cyclic dienes, a |
77 |
furan compounds, a |
152 |
methylbutynol, a |
152 |
stearolic acid, a |
153 |
unsaturated compounds, a |
75 |
Hydrogen Purification, Pt-reformer offgas, a |
115 |
Induction Heating, platinum metals susceptors, a |
154 |
Iridium, crucibles for crystal growing |
50 |
crucibles, longer life |
95 |
early work by Vauquelin |
106 |
elevated temperature properties, a |
31 |
sorption of hydrocarbons, |
134 |
tensile properties at high temperatures, a |
30 |
Iridium Alloys, |
|
Iridium-Antimony, crystal structure, a |
71 |
Iridium-Chromium, superconductivity, a |
71 |
Iridium-Iron, constitution, a |
70 |
Iridium-Osmium, superconductivity, a |
110 |
Iridium-Palladium, properties, a |
31 |
Iridium-Rhenium, constitution, a |
30 |
Indium-Thorium, crystal structure, a |
71 |
Iridium-Titanium, constitution, a |
112 |
Iridium Carbonyl Complexes, C5H,Ir(CO)2, a |
73 |
preparation, a |
150 |
Iridium Oxide, dissociation pressure, a |
32 |
partial pressure, a |
32 |
Magnetism, Fe-group elements in Pt metals, a |
72 |
Nitric Acid, manufacture, a |
75 |
Organo-Complexes, of platinum metals, a |
32 |
Organometallic Compounds, C5H6lr(CO)2, a |
73 |
olefin-Pd (II) complex, a |
111 |
Pt metal complexes, a |
112 |
Osmium, early work by Vauquelin |
106 |
semiconductors with As, P and Sb, a |
150 |
structure of Os3(CO)12, a |
32 |
vaporisation, a |
32 |
Osmium Alloys, |
|
Osmium-Boron, crystal structure, a |
71 |
Osmium-Iridium, superconductivity, a |
110 |
Osmium-Iron, constitution, a |
70 |
Osmium-Molybdenum, constitution, a |
30 |
Osmium-Palladium, constitution, a |
112 |
Osmium-Ruthenhim-Rhenium, constitution, a |
70 |
Osmium-Uranium, constitution, a |
112 |
Osmium Compounds, preparation of osmates, a |
150 |
Osmium Oxide, as corrosion inhibitor, a |
33 |
Oxidation of, |
|
Cl2, a |
115 |
C2H4, a |
77, 152 |
CH3CHO, a |
77 |
hydrogen, a |
116 |
CH4, a |
77, 114 |
CH3OH, CH3CHO and HCOOH, a |
73 |
objectionable fumes |
82 |
olefins |
132 |
C3H8, a |
77 |
Ozonisation, of vegetable oils |
77 |
Palladium, adsorption of hydrogen, a |
72 |
anode for Cr production, a |
33 |
coatings, properties and prices, a |
117 |
diaphragm hydrogen pump, a |
152 |
diffusion of electrolytic hydrogen, a |
32, 74 |
diffusion of hydrogen, in molten salt, a |
116 |
diffusion tubes, a |
37 |
electrical resistivity after hydrogen desorption, a |
31 |
hydrogen content, a |
73, 116 |
in bi-metal tapes, a |
152 |
magnetic properties, a |
111, 150 |
molten, supercooling, a |
31 |
specific heat, a |
72, 112 |
spectrum, a |
150 |
susceptibility at low temperatures, a |
148 |
thermoelectric power after hydrogen desorption, a |
31 |
wires, hydrogen content of, a |
33 |
Palladium Alloys, for brazing |
8, 74 |
for secondary cells |
88 |
hydrogen content, a |
116 |
magnetic properties, a |
72 |
Palladium-Antimony, electrical and mechanical properties, a |
148 |
Palladium-Arsenic, constitution and structure, a |
149 |
superconductivity, a |
111 |
Palladium-Beryllium, wetting of Be, a |
149 |
Palladium-Cadmium, electrical and mechanical properties, a |
148 |
Paltadium-Chromium-Nickcl-Silicon, for brazing, a |
34 |
Palladium-Copper, thermodynamic properties, a |
110 |
Palladium-Germanium, structural data, a |
149 |
Palladium-Gold, electrodes, oxygen evolution at, a |
33 |
Palladium-Gold-Ruthenium, structure and properties, a |
149 |
Palladium-Gold-Vanadium, properties, a |
71 |
Palladium-Hydrogen, kinetics, a |
32 |
thermodynamic properties, a |
110 |
Palladium-Indium, electrical and mechanical properties, a |
148 |
Palladium-Indium, properties, a |
31 |
Palladium-Iron, Invar properties, a |
31 |
low temperature resistivity, a |
110 |
magnetic properties, a |
72 |
Palladium-Iron-Copper, constitution, a |
70 |
Palladium-Magnesium, constitution, a |
30 |
Palladium-Manganese, magnetic structure, a |
112 |
Palladium-Molybdenum, electrical and mechanical properties, a |
148 |
magnetic and other properties, a |
72 |
thermoelectric properties, a |
149 |
Palladium-Molybdenum-Titanium, properties and applications, a |
78 |
Palladium-Nickel, molten, supercooling, a |
31 |
with hydrogen, electrical and magnetic properties, a |
149 |
Palladium-Niobium, electrical and mechanical properties, a |
148 |
magnetic and other properties, a |
72 |
structural data, a |
149 |
Palladium-Osmium, constitution, a |
112 |
Palladium-Platinum, solubility of H, and D2 |
115 |
Palladium-Platinum, thermoelectric properties, a |
149 |
Palladium-Rhenium, constitution, a |
30 |
Palladium-Rhodium, electrical and mechanical properties, a |
148 |
magnetic properties, a |
111 |
specific heat, a |
112 |
susceptibility at low temperatures, a |
148 |
thermoelectric properties, a |
149 |
Palladium-Ruthenium, composition, a |
149 |
electrical and mechanical properties, a |
148 |
Palladium-Silver, contacts, a |
78 |
crucibles, a |
154 |
electrical and mechanical properties, a |
148 |
hydrogen diffusion cells, |
126 |
magnetic properties, a |
111 |
specific heat, a |
112 |
Palladium-Silvcr-Iron, phase relations, a |
30 |
Palladium-Strontium, electrical and mechanical properties, a |
148 |
Palladium-Tantalum, magnetic and other properties, a |
72 |
Palladium-Tellurium, electrical and mechanical properties, a |
148 |
Palladium-Thorium, crystal structure, a |
112 |
Palladium-Tin, electrical and mechanical properties, a |
148 |
Palladium-Titanium, properties and applications, a |
78 |
Palladium-Vanadium, magnetic and other properties, a |
72 |
thermoelectric properties, a |
149 |
Palladium-Yttrium, electrical and mechanical properties, a |
148 |
Palladium-Zirconium, electrical and mechanical properties, a |
148 |
Palladium-Zirconium, magnetic and other properties, a |
72 |
Palladium Complexes, with cyclobutadienes, a |
150 |
with olefins, a |
111 |
Petroleum Refining, at Horns, Syria, a |
37 |
at Isle of Grain. |
49 |
at Odessa, Texas, a |
37 |
hydrogen from Pt reforming, a |
115 |
isomerisation of light fractions, a |
75 |
Platina, William Lewis and |
66 |
Platinum, adsorption of gases, a |
32, 72 |
anodic protection of stainless steel, a |
33 |
apparatus for thermal analysis, a |
74 |
bubbler tubes in glass melting |
7 |
crucibles for crystal growing, |
50 |
determination of gases in metals and compounds, a |
113 |
determination of Os in uranium, a |
113 |
fused-salt galvanic cells, a |
117 |
gauze anode |
65 |
grain-stabilised “Fibro”, a |
70 |
heat content, a |
72 |
heating element in mass flowmeter, a |
113 |
hot wire manometer, a |
110 |
in bi-metal tapes, a |
152 |
in fuel cells, a |
33 |
in vertical sensing clement, a |
154 |
ion adsorption, a |
31 |
lattice defects |
104 |
linear expansion values, a |
148 |
oxidation of hydrogen, a. |
33 |
powder electrodes, a |
33 |
radiation damage |
104 |
resistance at low temperatures |
15 |
resistivity, a |
155 |
sample holder in X-ray diffraction furnace |
113 |
self-diffusion, a |
31 |
sorption of hydrocarbons |
134 |
surface oxidation, a |
31 |
thermoelectric power, a |
72 |
viscosity of glass apparatus |
54 |
wetting by glass, a |
78 |
Xe compound |
32 |
Platinum Alloys, |
|
Platinum-Aluminium, preparation and structure, a |
71 |
Platinum-Aluminium-Silicon, structural data, a |
149 |
Platinum-Beryllium, preparation and structure, a |
71 |
Platinum-Boron, for brazing W |
56 |
PtB phase, a |
110 |
Platinum-Calcium, preparation and structure, a |
71 |
Platinum-Chromium, magnetic properties, a |
31 |
preparation and structure, a |
71 |
Platinum-Cobalt, constitution and properties |
96 |
Platinum-Gold, phase solubility mechanism, a |
31 |
Platinum-Iron, magnetic properties, a |
112 |
Platinum-Lanthanum, preparation and structure, a |
71 |
Platinum-Lithium, preparation and structure, a |
71 |
Platinum-Magnesium, preparation and structure, a |
71 |
Platinum-Manganese, magnetism, a |
148 |
Platinum-Molybdenum, structural data, a |
149 |
Platinum-Palladium, solubility of H2 and D2, a |
115 |
thermoelectric properties, a |
149 |
Platinum-Rhodium, crucibles for crystal growing |
50 |
elements for induction heating, a |
34 |
furnace windings, a |
74 |
tensile creep behaviour |
42 |
thermal conductivity and expansion, a |
148 |
thoriated, grain-stabilised, a |
70 |
viscosity of glass apparatus |
54, 154 |
Platinum-Ruthenium, thermal conductivity and expansion, a |
148 |
Platinum-Scandium, preparation and structure, a |
71 |
Platinum-Strontium, preparation and structure, a |
71 |
Platinum-Tellurium, constitution and properties, a |
148 |
Platinum-Thorium, crystal structure, a |
71, 112 |
Platinum-Tungsten, strain gauges, |
53, 152 |
superconductivity, a |
110 |
Platinum-Vanadium, structural data, a |
149 |
Platinum-Yttrium, preparation and structure, a |
71 |
Platinum Cell, for dielectric measurements, a |
74 |
Platinum Iodides, properties, a |
150 |
Platinum Metals, alloy systems, a |
111 |
complexes, a |
112 |
co-ordination chemistry |
12 |
electrode erosion |
58 |
extraction and refining |
136 |
in compounds with cobaltite structure, a |
113 |
in iron-rich alloys, a |
110 |
magnetism of dilute solutions of Fe-group elements in, a |
72 |
organo-complexes, a |
32 |
phosphides, a |
110 |
physical properties data |
147 |
properties of crystals, a |
111 |
reliability of contacts, a |
37 |
sintering with tungsten, a |
152 |
susceptors in induction heating, a |
154 |
Platinum/Titanium, applications, a |
78 |
Polybutadiene, preparation, a |
75 |
Resistance Thermometers, platinum, below 90°K, a |
155 |
platinum, calibration, a |
78 |
platinum calibration at cryogenic temperatures, a |
117 |
platinum, effect of thermal neutron irradiation, a |
38 |
platinum, for deep sea work, a |
155 |
platinum, precision measurement, a |
118 |
Rhodium, coatings, properties and prices, a |
117 |
crucibles for crystal growing |
50 |
high temperature properties |
31, 144 |
plating in lighthouse beacons |
24 |
properties and electrodeposition, a |
111 |
sorption of hydrocarbons |
134 |
Rhodium Alloys, |
|
Rhodium-Antimony, crystal structure, a |
71 |
Rhodium-Bismuth, constitution, a |
30 |
crystal structure, a |
71 |
Rhodium-Chromium, superconductivity, a |
71 |
Rhodium-Iron, magnetic transformations |
29 |
Rhodium-Palladium, electrical and mechanical properties, a |
148 |
low temperature susceptibility, a |
148 |
thermoelectric properties |
149 |
Rhodium-Platinum, crucibles for crystal growing |
50 |
elements for induction heating, a |
34 |
furnace windings, a |
74 |
tensile creep behaviour |
42 |
thermal conductivity and expansion, a |
148 |
thoriated, grain-stabilised, a |
70 |
viscosity of glass apparatus |
54, 154 |
Rhodium-Rhenium, constitution, a |
30 |
Rhodium-Thorium, crystal structure, a |
71 |
Rhodium-Titanium, constitution and properties, a |
71 |
Rhodium Carbonyl Complexes, structure, a |
150 |
Rhodium Chloride Complexes, structure, a |
150 |
Ruthenium, high temperature properties, a |
31 |
properties in acid solutions |
25 |
semiconductors with As, P and Sb, a |
150 |
separation by naphthol, a |
111 |
vaporisation, a |
32 |
Ruthenium Alloys, |
|
Ruthenium-Aluminium, composition, a |
71 |
Ruthenium-Beryllium, composition, a |
71 |
Ruthenium-Boron, composition, a |
71 |
crystal structure of RuB2, a |
71 |
Ruthenium-Cerium, constitution, a |
70 |
Ruthenium-Chromium, superconductivity, a |
71 |
Ruthenium-Germanium, constitution, a |
70 |
Ruthemium-Gold-Palladium, structure and properties, a |
149 |
Ruthenium-Molybdenum, properties, a |
30 |
Ruthenium-Niobium, composition, a |
149 |
oxidation of, a |
71 |
Ruthenium-Palladium, composition, a |
149 |
electrical and mechanical properties, a |
148 |
Ruthenium-Platinum, thermal conductivity and expansion, a |
148 |
Ruthenium-Rhenium-Osmium, constitution, a |
70 |
Ruthenium-Thorium, crystal structure, a |
71 |
Ruthenium-Titanium, oxidation of, a |
71 |
Ruthenium-Vanadium, constitution, a |
70 |
Ruthenium Complexes, with arenes, a |
150 |
Ruthenium Dioxide, properties, a |
111 |
Ruthenium Oxide, hydrous, preparation and properties, a |
32 |
Solion, construction and operation |
117 |
Strain Gauges, W-Pt alloy wires |
53, 152 |
Susceptors, induction heating, a |
154 |
Temperature Measurement, at low temperatures |
15 |
in steel making |
2, 79 |
liquid cast iron and steel |
78, 90 |
under irradiation conditions |
122 |
Thermal Analysis, apparatus for, a |
74 |
Thermocouples, |
|
Iridium:Iridium-Rhodium, gas turbine combustion tests, a |
155 |
in steel works |
90 |
Molybdenum-Platinum, in irradiation conditions |
122 |
Platinum, annealed and quenched, a |
72 |
resistivity and thermo-e.m.f., a |
117 |
Platinum Metals, stability at high temperatures, a |
38 |
Platinum: Rhodium-Platinum, effect of thermal neutron irradiation, a |
38 |
expendable immersion cartridge |
2 |
in molten metals, a |
78 |
in steel-making, a |
79, 90 |
in thermal analysis, a |
74 |
testing, a |
38 |
viscosity of glass apparatus |
54, 154 |
Rhodium-Platinum iRhodium-Platinum, in steel works |
79, 90 |
Titanium, platinised, for cathodic protection, a |
37 |
Tritium Labelling, a |
75, 153 |
Vertical Sensing Element, a |
154 |
Xenon Hexafluoroplatinate, formation, a |
32 |