Ammonia, |
|
catalytic oxidation, in HNO3 plant |
122 |
decomposition at low pressures, a |
74 |
decomposition on evaporated metal films, a |
115 |
Anodic Protection, |
|
in chemical industry, a |
117 |
in sulphonation plant, a |
117 |
Pt electrodes for |
17, 86 |
study of conditions for, a |
116 |
Aromatic Hydrocarbons, production of |
99 |
Boric Oxide, in glass, determination of, a |
73 |
Bursting Discs, protection of chemical plant, a |
156 |
Bushings, Rh-Pt, for glass fibre manufacture |
48 |
Carbon Monoxide Exchange, of Fe carbonyls, a |
76 |
Catalysis, Second International Congress |
141 |
Catalysts, |
|
in petroleum industry, new USA patents, a |
116 |
OsO4, oxidations in alkaline media, a |
114 |
oxidation of pyrene, a |
75 |
promotion of oxidation with H2O2, a |
75 |
Palladium, bonding energy of, a |
154 |
colloidal, hydrogenation of aromatic nitrocompounds, a |
36 |
combination of hydrogen & oxygen, a |
74 |
hydrogen absorption & hydrogen- C2H4 combination, a |
74 |
Pd/AI2Os, adsorption of hydrogen on, a |
112 |
structure & action, a |
75 |
gasoline reforming, a |
76 |
Pd/Al2O3/HF, gasoline reforming, a |
76 |
Pd/AI2O;,/SiO2, gasoline reforming, a |
116 |
Pd/BaSO„ hydrogenation of vinylacetylene, a |
154 |
sorption of hydrogen in, a |
71 |
Pd/CaCOa, hydrogenation of acetylcnic compounds, a |
75 |
hydrogenation of benzoquinonc, a |
74, 153 |
reduction of 7-bromosteroids with H3, a |
154 |
Pd/C, hydrogenation of fatty oils, a |
115 |
hydrogenation of phenylcarbinols, a |
153 |
hydrogenation of phenylcarbonyl com- pounds, kinetics, a |
154 |
preparation of N,N-dimethylhydrazine, a |
115 |
substrate-specific & stereospecific centres, a |
154 |
Pd/Nylon, hydrogenation |
10 |
Pd/polyvinyl alcohol, hydrogenation of vinylacetylene, a |
154 |
Pd/SiO2, hydrogenation of C6H6, a |
37 |
Pd/SiO2 gel, hydrogenation of vinylacetylene, a |
154, 155 |
Pd/silk, decarboxylation of oxaloacetic acid, a |
75 |
hydrogenation |
10 |
Pd/ThO2, hydrogen-oxygen recombination, a |
155 |
PdCl2, reactions with olefinic compounds, a |
35 |
reduction of FeCl3, a |
36 |
Pd-Au, hydrogenation of C6H6, a |
155 |
Pd-Ag, combination of hydrogen & oxygen, a |
74 |
hydrogen absorption & hydrogen-C2H4, combination, a |
74 |
Pd-Ag/SiO2, activity of, a |
75 |
Pd-Pt, hydrogenation of C6H6, a |
36 |
Pd-Rh-Pt, in HNO3 manufacture, a |
36 |
Platinum, bonding energy of, a |
154 |
CO exchange of Fe carbonyls, a |
76 |
colloidal, for glass nucleation, a |
117 |
decomposition of NH3 a |
74 |
film, decomposition of C6H13NH2, a |
116 |
hydrogen isotope exchange, a |
155 |
hydrogenation of benzoquinone, a |
74, 153 |
in H2 + N2O reaction, a |
75 |
isomerisation processes, a |
76 |
Platforming section of Gilsonite process, a |
116 |
poisoning in reforming, a |
156 |
Powerforming |
110 |
regenerative reforming, a |
36 |
role of oxide supports in hydrogenation, a |
153 |
surface area of |
92 |
volatilisation during combustion of air or air-CH„ a |
37 |
Platinum Metals, decomposition of NH3, a |
115 |
industrial uses, a |
156 |
reduction of tail gases in HNO3, plant, |
122 |
review of recent papers |
141 |
synthesis of diamond, a |
37 |
on C, hydrogenation of ketones, a |
115 |
Pt/Al2O3, dehydrogenation of cyclohexane, a |
115 |
electrical conductivity & catalytic properties, a |
76 |
high temperature changes in Al2O3 structure & activity, a |
153 |
hydrogenolysis of cyclopentane hydrocarbons, a |
156 |
oil refinery heat recovery, a |
76 |
oxidation of phenoxyethanol, a |
155 |
petroleum reforming in U.S.S.R. |
99 |
Pt/Al2O3/Cl, hydrogenation of olefins, a |
35 |
Pt/Al2O3/SiO2, hydrogenation of olefins, a |
35 |
oxidation of phenoxyethanol, a |
155 |
Pt/AI2O3/Cl/F, isomerisation of n-paraffins, a |
116 |
Pt/C, BET surface area of, a |
113 |
dehydrogenation of petroleum fractions, a |
76 |
determination of oxygen in naphthas, a |
114 |
electron spin resonance & electrical resistivity, of a |
113 |
hydrogenation of phenylcarbinols, a |
153 |
low-temperature dehydrogenation of straight-run gasolines, a |
77 |
oxidation of phenoxyethanol, a |
155 |
oxidation of primary & secondary hydroxy-compounds, a |
155 |
Pt/pumice, oxidation of phenoxyethanol, a |
155 |
Platinum Alloys, oxidation of waste gases from enamelling ovens, a |
37 |
PtO, electrical conductivity & catalytic properties, a |
76 |
Pt/O/Al2O3, electrical conductivity & catalytic properties, a |
76 |
PtO2, hydrogenation, effect of metallic salts as promoters, a |
74 |
hydrogenation of hydroxybenzenes, a |
156 |
oxidation of primary & secondary hydroxy-compounds, a |
155 |
PtO2/RhO2, hydrogenation of aromatic compounds, a |
155 |
Rhodium, colloidal, hydrogenation of aromatic nitrocompounds, a |
36 |
Rh/Al2O3, adsorption of hydrogen on, a |
112 |
deuteration of tetrahydrofuran, a |
75 |
hydrogenation of hydroxybenzenes, a |
156 |
hydrogenation of nitriles, a |
153 |
RhCl3, reduction of FeCl3, a |
76 |
Rh-Pt, gauze, in HNO3 manufacture |
122 |
in HNO3 manufacture, a |
36, 114 |
Ru, Rh & Ir, survey of properties, bibliography |
93 |
Ru Complexes, decomposition of H2O2, a |
35, 36 |
RuO2, oxidation of pyrene, a |
75 |
Cathodic Protection, Pt anodes for, a |
77 |
platinised Pb anodes for, a |
75 |
platinised Ti anodes for, a |
77, 101 |
Corrosion, of Fe & steel, inhibition by OsO4, a |
72 |
Deuterium, reaction with tetrahydrofuran, a |
75 |
Diamond, synthesis of, a |
37 |
Diffusion Cells, Pd-Ag, for hydrogen purification |
130 |
Electrical Contacts, |
|
contamination by layers of organic origin, a |
77 |
electroplated on Ge & Si, a |
73 |
Pd alloy, in high-speed switching relays, a |
117 |
Rh-plated, in uniselectors |
65 |
Electrodeposition of, |
|
Palladium, in printed circuits |
12 |
Platinum, heavy & bright deposits |
56 |
on Ge & Si, a |
73 |
Rhodium, on uniselector contacts |
65 |
on Ge & Si, a |
73 |
Electrodes, β-Pd-H, electrolytically charged, a |
151 |
Palladium, in titrimetry, a |
35 |
overvoltage & hydrogen diffusion through, a |
73 |
Platinum, anodes, designs for cathodic protection, a |
77 |
attack during a.c. electrolysis, a |
72 |
cathodes, in anodic protection |
86, 116, 117 |
passivation of steels |
17 |
combination of hydrogen & oxygen on, a |
34 |
effect of surface preparation on cathodic processes, a |
34 |
hydrogen overvoltage on, a |
34 |
impedance of, a |
34 |
in leak detectors |
143 |
in the solion |
42 |
Hg coated, influence on electrode processes, a |
114 |
platinised, hydrogen oxidation at, a |
152 |
oxidation of C2H3OH, a |
114 |
Pt/Pb anodes, for cathodic protection, a |
77 |
Pt/Ta, anodic behaviour in low conductivity electrolytes |
15 |
new types, a |
152 |
Pt/Ti, anodes, for cathodic protection |
77, 101 |
anodic behaviour in low conductivity electrolytes |
15 |
Rhodium, hydrogen overvoltage on, a |
152 |
Furnace, Pt-wound, for determination of coal ash fusibility |
100 |
Rh-Pt, use in neutral or oxidising almospheres, a |
153 |
Fuse Wire, Pd-clad Al |
85 |
Gas Chromatography, use of Pd/quartz, a |
73 |
Gas Recombination, catalytic, hydrogen-oxygen, a |
155 |
Glass, fibre manufacture |
48 |
high temperature viscosity measurement, a |
74 |
lithium silicate, effect of Pt on crystallisation, a |
37 |
Pd-coated, diffusion of hydrogen through, a |
33 |
Na2Si2O6, effect of Pt on crystallisation, a |
37 |
uses of Pt in production of |
2, 48 |
wetting of noble metals by, a |
77 |
Hydrogen, |
|
absorption by Pd, a |
33 |
effects of γ-radiation on, a |
113 |
absorption by Pd & Pd-Ag alloys, a |
74 |
absorption by Pd-Pt alloys, a |
112 |
absorption by Pd-Ag alloys, a |
113 |
adsorption by Pd in contact with H2SO4 solution, a |
113 |
adsorption on Pt black, a |
112 |
combination with C2H4 on Pd & Pd-Ag alloys, a |
74 |
diffusion through Pd, a |
113, 152 |
diffusion through Pd-coated quartz glass, a |
33 |
diffusion through Pd membranes, a |
33 |
isotope exchange, a |
155 |
overvoltage on bright Pt, a |
34 |
sorption in aqueous suspension of Pd/BaSO4, a |
71 |
Hydrogenation, |
|
of aromatic compounds, a |
155 |
of aromatic nitrocompounds, a |
36 |
of C6H6, a |
36,155 |
of benzoquinone, a |
74, 153 |
of fatty oils, a |
115 |
of hydroxybenzenes, a |
156 |
of ketones, a |
115 |
of nitriles, a |
153 |
of olefins, a |
35 |
of phenylcarbinols, a |
153 |
of phenylcarbonyl compounds, a |
154 |
of vinylacetylene, a |
154, 155 |
Hydrogen Peroxide, decomposition, a |
35, 36 |
Iridium, |
|
catalytic properties, literature survey |
93 |
melting point, hardness & ductility of |
31 |
tensile strength & ductility at high temperatures |
94 |
Iridium Alloys, |
|
Iridium-Gold, constitution, & properties, a |
111 |
Iridium-Platinum, physical properties |
66 |
Iridium-Silver, constitution & properties, a |
111 |
Leak Detection, of halogen ions |
143 |
use of Pd disc, a |
73 |
Nitric Acid Manufacture, modern developments, a |
114 |
present state & development in U.S.S.R., a |
36 |
Osmium, physical properties |
31 |
Osmium-Molybdenum Alloys, constitution & properties, a |
34 |
Osmium Tetroxide, as corrosion inhibitor, a |
72 |
Oxidation, |
|
Of CaHsOH, use of platinised Pt electrodes, a |
114 |
of organic compounds, liquid phase, a |
155 |
of primary & secondary hydroxy-compounds, a |
155 |
of waste gases from enamelling ovens, a |
37 |
Oxycat, heat recovery from refinery gases, a |
76 |
absorption of hydrogen, effects of T-radiation on, a |
113 |
in aqueous solution, a |
33 |
adsorption of hydrogen on, a |
111 |
elastic constants of, a |
152 |
membranes, diffusion of hydrogen through, a |
33 |
occlusion of hydrogen in contact with H2SO4 solution, a |
113 |
on quartz, hydrogen-deuterium separation, a |
73 |
permeation of & diffusion of hydrogen through, a |
113, 152 |
Pirani gauge, a |
73 |
use in leak detection, a |
73 |
Palladium Alloys, |
|
Palladium-Cadmium, solubility data, a |
32 |
Palladium-Copper, effect of plastic deformation on resistivity, a |
12 |
Palladium-Copper-Chromium, constitution, a |
150 |
Palladium-Deuterium, pressure- concentration-temperature relationships |
132 |
Palladium-Gallium, constitution, a |
32 |
Palladium-Gold, physical properties |
66 |
Palladium-Hydrogen, β-Pd-H, electrode potentials & relative resistance, a |
151 |
effect of surface-to-volume ratio on charging time, a |
33 |
electrode potentials, a |
34 |
equilibrium at high pressures & temperatures, a |
113 |
pressure-concentration-temperature relationships |
132 |
temperature coefficient of resistance of, a |
112 |
Palladium-Indium, constitution, a |
70 |
Palladium-Iron, constitution, a |
32 |
hydrogenated, magnetic properties of, a |
34 |
magnetic properties, a |
151 |
Palladium-Iron-Cobalt, constitution, a |
70 |
Palladium-Magnesium, constitution & crystallographic structure, a |
111 |
Palladium-Manganese, constitution, a |
71 |
Palladium-Nickel, use in high temperature brazing |
140 |
Palladium-Platinum, hydrogen absorption by, a |
112 |
Palladium-Ruthenium, constitution |
32,104 |
Palladium-Silver, |
|
absorption of hydrogen by, a |
113 |
thermodynamic properties, a |
150 |
use in hydrogen diffusion cells |
130 |
Palladium-Silver-Chromium, constitution, a |
150 |
Palladium-Tin, constitution, a |
32, 70 |
Palladium-Titanium, corrosion resistance |
59 |
Palladium-Uranium-Cadmium, solubility data, a |
32 |
Palladium-Zirconium, constitution & properties, a |
32, 72 |
high temperature water corrosion resistance, a |
72 |
Petroleum Refining, |
|
catalyst poisons removal, a |
116 |
Gilsonite process, a |
116 |
low temperature dehydrogenation, a |
77 |
Platforming in Germany, a |
76 |
Powerforming in Esso refinery, Cologne |
110 |
regenerative reforming, a |
36 |
reforming in U.S.S.R. |
99 |
reforming of Volga-Ural gasoline, a |
116 |
Platinum, |
|
bath, use in determination of oxygen in Ti alloys, a |
35 |
black, preparation of, a |
112 |
chalice of Pope Pius VI |
68 |
cladding of Rh & Ir, a |
152 |
cores for oxide cathodes, a |
117 |
corrosion in HBr, effect of ce-activity, a |
33 |
coupled with Ti, passivation effect |
59 |
effect on crystallisation of glass, a |
37 |
filament in electron microscope, a |
114 |
history of deposits in New Granada |
27 |
ignition filament in C- determinations, a |
73 |
oxidation of surface, a |
112 |
point defects in, a |
151 |
pyrolysis tube, determination of B2O3, a |
73 |
volatilisation during combustion of air or air-CH4, a |
37 |
Platinum Alloys, |
|
Platinum-Beryllium, wetting by molten glass, a |
77 |
Platinum-Cobalt, ordering in, a |
72 |
Platinum-Cobalt-Nickel, ordering in, a |
151 |
Platinum-Copper, resistance wire |
11 |
Platinum-Gold, for laboratory apparatus, a |
35 |
wetting by molten glass, a |
11 |
Platinum-Gold-Silver, brushes |
11 |
Platinum-Iridium, constitution & properties |
18, 66 |
Platinum-Iron, constitution, a |
33 |
effect of atomic ordering, a |
71 |
Platinum-Molybdenum, constitution & properties, a |
70 |
Platinum-Palladium, hydrogen absorption & electrical resistance of, a |
112 |
Platinum-Rhodium, resistance wire |
11 |
thermal expansion |
138 |
wetting by molten glass, a |
77 |
Platinum-Uranium, composition, a |
150 |
crystal structure of UPU, a |
71 |
Platinum-Metal Alloys, with Co & Ni, magnetisation of, `a |
151 |
with Ti, corrosion resistance |
59 |
Platinum Metals, borides of, structure, a |
150 |
gaseous oxides of, thermodynamics of, a |
112 |
industrial uses of, a. |
150 |
oxide complexes of, a |
71 |
phosphides of, a |
71 |
physical & chemical properties |
144 |
properties, a bibliography |
91 |
properties & uses of, a |
114 |
wetting by molten glass, a |
77 |
Platinum Oxide, decomposition of, a |
112 |
Platinum-Zinc Couple, in alkaline solutions, a |
72 |
Printed Circuits, Pd plating of |
12 |
Probe, Pt-tipped, for glass level measurement, a |
117 |
Pyrene, oxidation of, a |
75 |
Resistance Thermometers, modern developments, a |
157 |
platinum, for high temperatures |
102, 118 |
Rhodium, |
|
adsorption of hydrogen on, a |
112 |
catalytic properties, literature survey |
93 |
Rhodium Alloys, |
|
Rhodium-Bismuth, Bi4Rh, a |
70 |
Rhodium-Gold, constitution & properties, a |
111 |
Rhodium-Manganese, constitution, a |
71 |
Rhodium-Molybdenum, constitution, a |
151 |
Rhodium-Platinum, thermal expansion data, a |
138 |
Rhodium-Silicon, structure, a |
150 |
Rhodium-Silver, constitution & properties, a |
111 |
Ruthenium, |
|
catalytic properties, literature survey |
93 |
fabrication & properties, a |
71 |
physical properties |
31 |
Ruthenium Alloys, |
Page |
Ruthenium-Gold, constitution & properties, a |
70 |
Ruthenium-Manganese, constitution, a |
71 |
Ruthenium-Palladium, constitution |
32, 104 |
Ruthenium-Silver, constitution & properties, a |
70 |
Ruthenium Tetrachloride, preparation, a |
71 |
Solion, design & operating principles of |
42, 78 |
Steel, stainless, increased corrosion resistance |
149 |
Temperature Control, in glass production |
2 |
Temperature Measurement, |
|
in glass production |
2, 117 |
in heat exchanger tube, a |
118 |
in steel foundry, a |
156 |
of cathode-ray tubes, a |
118 |
of molten U, a |
38 |
techniques, a |
38 |
Thermionic Valves, use of Pt-clad Mo wire in |
82 |
Thermocouples, |
|
metal-clad |
127 |
Palladium-Gold: Iridium-Platinum, Pallador, properties |
66 |
Platinum: Rhodium-Platinum, |
|
effects of radiation on, a |
118 |
for cathode temperature measurement, a |
118 |
in fibre glass production, a |
117 |
travelling, a |
118 |
use in casting U, a |
38 |
use in glass-melting furnaces, a |
117 |
use in steel foundry, a |
156 |
Titanium, passivation of |
59 |
Tritium, for reduction of 7α-bromosteroids, a |
154 |
Toluene, preparation from petroleum fractions, a |
76 |