Catalysts, combined, for NH3 oxidation |
130 |
Iridium, black, H2 adsorption on, a |
69 |
black, hydrogenation of cyclodecenes on, a |
154 |
complexes, with N and P donor ligands, a |
154 |
complexes, IrCl(CO)(PPh3)2, desulphonation using, a |
155 |
complexes, IrH3(PPh3)3, hydrogenation using, a |
155 |
complexes, IrX(CO)(PPh3)2, X=H or halogen, a |
155 |
hydrogenation of ethylacetylene on, a |
155 |
powder, hydrogenation of methylacetylene, a |
33 |
powder, hydrogenation in H2SO4 on, a |
69 |
Ir/Al2O3, butene isomerisation over, a |
34 |
H2 chemisorbed on, a |
69 |
H transfer on, a |
111 |
hydrogenation of but-1-ene on, a |
34 |
NH3 absorption on, a |
153 |
Ir/C, hydrogenation of cyclo-olefins on, a |
154 |
Ir/pumice, hydrogenation of ethylacetylene on, a |
153 |
hydrogenation of methylacetylene on, a |
33 |
Ir/SiO2, H transfer on, a |
111 |
hydrogenation of neopentane on, a |
111 |
NH3 absorption on, a |
153 |
oxidation of C2H4 and C3H6 on, a |
110 |
Iridium-Platinum Oxides, hydrogenation on, a |
68 |
Osmium, black, H2 adsorption on, a |
69 |
powder, hydrogenation in H2SO4 on, a |
69 |
Os/SiO2, hydrogenolysis of neopentane on, a |
111 |
Palladium, activity in nascent state, a |
69 |
black, H2 adsorption on, a |
69 |
black, hydrogenation of cyclodecenes on, a |
154 |
black, hydrogenation in H2SO4 on, a |
69 |
black, modification by Cd2+ of, a |
68 |
complexes, general features of, a |
111 |
complexes, π-olefin, oxidation of olefins by, a |
154 |
complexes, with N and P donor ligands, a |
154 |
complexes, 1,3-dichloro-2-hex-1-ene-4-(pZpyridine-N-oxide)Pd(II), a |
155 |
H2 sorption by, a |
109 |
Hg poisoning of C6H6 hydrogenation on, a |
68 |
olefin complexes, for organic syntheses, a |
111 |
oxidation of C2H4 on, a |
110 |
reaction of alcohols on, a |
68 |
synthesis of vinyl acetate on, a |
153 |
Pd(OAc)2, aromatic substitution of olefins on, a |
70 |
phenylation of lower olefins, a |
34 |
phenylation of olefins, a |
35 |
styrene reaction with monosubstituted benzenes, a |
35 |
Pd(acac)2, carbonylation of allylic ethers, a |
34 |
PdCl2, carbonylation of allylic ethers, a |
34 |
carbonylation of propargyl compounds by, a |
34 |
chlorination of azobenzene on, a |
111 |
decomposition of vinyl acetate on, a |
111 |
desulphonation using, a |
155 |
oxidation of olefins, a |
70 |
styrene reaction with monosubstituted benzenes, a |
35 |
synthesis of esters on, a |
111 |
terminal olefins reaction with diphenylacetylene, a |
34 |
trimerisation of acetylenes on, a |
154 |
(PPh3)2PdCl, hydrogenation using, a |
155 |
π-allyl-Pd Chloride, isocyanide reaction with, a |
154 |
[Cl(Me2C2)PdCl]2, decomposition of, a |
154 |
Palladium-Gold, films, dehydrogenation of HCOOH on, a |
110 |
oxidation of C2H4 on, a |
110 |
Pd/amalgams, mechanisms of electrocatalysis in, a |
68 |
Pd activated NiO/Al2O3, reduction on, a |
68 |
Pd/Al2O3, dehydrocyclisation of n -hexane on, a |
68 |
H transfer on, a |
111 |
hydrogenation of isoprene on, a |
33 |
hydrogenation of oils on, a |
33 |
isotopic exchange in hydrocarbons on, a |
69 |
reaction of n -butenes with H2 and D2 on, a |
68 |
vinyl acetate production on, a |
153 |
Pd/Al2O3-SiO2, hydrocracking of n -C6H14 and cyclohexane on, a |
69 |
Pd/anilide, hydrogenation of unsaturated compounds on, a |
33 |
Pd/C, carbonylation of allylic ethers on, a |
34 |
carbonylation of propargyl compounds on, a |
34 |
H2 absorption on, a |
153 |
hydrogenation of cyclo-olefins on, a |
154 |
hydrogenation of isoprene on, a |
33 |
selective hydrogenation on, a |
153 |
vinylcyclohexene conversion on, a |
110 |
Pd/cellulose, hydrogenation of unsaturated acids on, a |
153 |
Pd/clay, surface area and metal dispersion on, a |
68 |
Pd/polyacrylonitrile, hydrogenation of unsaturated compounds on, a |
33 |
Pd/polyethyleneterephthalate, hydrogenation of unsaturated compounds on, a |
33 |
Pd/polyvinyl alcohol, activity and stability of, a |
110 |
hydrogenation of dimethylethynylcarbinol on, a |
110 |
hydrogenation of unsaturated compounds on, a |
33 |
Pd/resin, hydrogenation of unsaturated acids on, a |
153 |
Pd/SiO2, H transfer on, a |
111 |
hydrogenation of isoprene on, a |
33 |
hydrogenolysis of neopentane on, a |
111 |
oxidation of C2H4 and C3H6 on, a |
110 |
vinyl acetate production on, a |
153 |
Pd/SiO2-Al2O3, H2 absorption on, a |
153 |
Pd/zeolite, hexane isomerisation on, a |
69 |
Palladium-Rhodium, films, oxidation of C2H4 on, a |
110 |
Platinum, activity in nascent state of, a |
69 |
black, absorption of H2 and O2 on, a |
152 |
black, conversion of spiro-(4,4)-nonane on, a |
33 |
black, effect of ultrasonic field on, a |
154 |
black, H2 adsorption on, a |
69 |
black, hydrogenation of cyclodecenes on, a |
154 |
black, preparation and activity of, a |
68 |
complexes, for organic sythesis, a |
111 |
complexes, general features of, a |
111 |
complexes, with N and P donor ligands, a |
154 |
complexes, (PPh8)2PtCl2, hydrogenation using, a |
155 |
crystalline size and orientation of, a |
33 |
H2 sorption by, a |
109 |
hydrogenation of ethylacetylene on, a |
153 |
oxidation of CO on, a |
152 |
powder, hydrogenation of methylacetylene on, a |
33 |
reforming on, a |
32, 33 |
reforming, performance and regeneration of, a |
109 |
Pt/amalgams, mechanism of electrocatalysis in, a |
68 |
Pt/Al2O3, C6H6 synthesis on, a |
109 |
C4H10 conversion on, a |
151 |
containing Mn, a |
151 |
deactivation of, a |
151 |
dehydrogenation of dicyclohexyl on, a |
152 |
dispersion of Pt on, a |
151 |
effect of heat on, a |
152 |
hydrocracking of paraffinic crude on, a |
109 |
H transfer on, a |
111 |
hydrogenation of isoprene on, a |
33 |
isomerisation of C4H8 and C4H10 on, a |
151 |
isotopic exchange in hydrocarbons on, a |
69 |
low temperature isomerisation on, a |
67 |
nature of “soluble” Pt on, a |
67 |
n -octane aromatisation on, a |
109 |
petroleum reforming on, a |
151 |
reactions of butenes on, a |
152 |
reactions of C3H8 and C5H12 on, a |
151 |
Pt/asbestos, absorption of paraffins on, a |
152 |
production of steam on, a |
151 |
Pt/C, hydrogenation of cyclo-olefins on, a |
154 |
hydrogenation of isoprene on, a |
33 |
hydrogenation of olefins on |
133 |
kinetics of cyclodecane conversion on, a |
33 |
molecular sieves, olefin hydrogenation on, a |
109 |
molecular sieves, shape selectivity of |
133 |
reactions of cyclanes on, a |
152 |
Pt/clay, surface area and metal dispersion on, a |
68 |
Pt/fine sand, oxidation of n -propanol on, a |
67 |
Pt/pumice, hydrogenation of ethylacetylene on, a |
153 |
hydrogenation of methylacetylene on, a |
33 |
Pt/SiO2, active centres in, a |
152 |
H transfer on, a |
111 |
hydrogenation of isoprene on, a |
33 |
oxidation of C2H4 and C3H6 on, a |
110 |
Pt/SiO2-Al2O3, metal-support interactions of, a |
109 |
Pt-Cu/SiO2, H2 chemisorption on, a |
153 |
Pt/Spheron, hydrogenolysis of neopentane on, a |
111 |
Pt/support, activity of, a |
109 |
Pt+Pd, activity of, a |
109 |
Pt-Re, petroleum reforming on |
86, 109 |
U.O.P. R-16, Platforming with, a |
151 |
U.O.P. R-20 Platforming with, a |
151 |
Platinum-Rhodium, gauze, HCN synthesis on, a |
109 |
gauze, HNO3 synthesis on |
61 |
Platinum-Rhodium-Palladium, gauze, HNO3, synthesis on |
130 |
PtO2, standardisation of, a |
152 |
Pt(II)-Sn(II) Chloride, hydrogenation of C2H4 with, a |
70 |
H2PtCl6+(Et)3SiH, hydrogenation with, a |
70 |
Platinum Metals, absorption and reactions of H2 on, a |
67 |
complexes, benzylic oxidation by, a |
35 |
decomposition of H2O2 on, a |
34 |
hydrogenation of C3H6 over, a |
34 |
isomerisation of allyl alcohol on, a |
34 |
oxidation of CH4 on, a |
34 |
Rhodium, activity in nascent state of, a |
69 |
black, catalytic properties of, a |
153 |
black, effect of ultrasonic field on, a |
154 |
black, H2 adsorption on, a |
69 |
black, hydrogenation of cyclodecencs on, a |
154 |
complexes, general features of, a |
111 |
complexes, hydrogenation using, a |
155 |
complexes, with N and P donor |
154 |
ligands, a |
154 |
complexes, hydrogenation of cycloalkene on, a |
111 |
complexes, [RhH2X2L2], hydrogenation of ketones by, a |
155 |
isotopic exchange in hydrocarbons on, a |
69 |
RhCl3, polymerisation of butadiene on, a |
111, 155 |
RhCl(PPh3)3, desulphonation on, a |
155 |
dissociation of, a |
112 |
fluorenones from benzoic anhydrides with, a |
70 |
hydrogenation of styrenes on, a |
112 |
hydrogenation of unsaturated compounds on, a |
70, 155 |
olefin hydrogeneration over, a |
112, 155 |
oxidation of, a |
112 |
RhCl(CO)(PPh3)2, desulphonation on, a |
155 |
hydroformylation on, a |
70 |
RhH(CO)(PPh3)3, inactivation of, a |
112 |
isomerisation on, a |
112 |
RhCl[(C2H5)2(C10H8)(PPh3)]3, hydrogenation on, a |
70 |
hydrogenation of nitro compounds by, a |
155 |
preparation of, a |
35 |
Rh/Al2O3, H transfer on, a |
111 |
isomerisations of C4H8 and C4H10 on, a |
151 |
Rh/C, hydrogenation of cyclo-olefins on, a |
154 |
Rh/SiO2, H transfer on, a |
111 |
hydrogenolysis of neopentane on, a |
111 |
oxidation of C2H4 and C3H6 on, a |
110 |
Rhodium-Palladium Oxides, hydrogenation on, a |
68 |
Rhodium-Platinum Oxides, hydrogenation on, a |
68 |
Rh-Ag/SiO2, hydrogenation on, a |
33 |
Rh-Sn Chloride complexes, hydride transfer reaction on, a |
155 |
Ruthenium, black, H2 adsorption on, a |
69 |
complexes, general features of, a |
111 |
complexes, with N and P donor |
154 |
ligands, a |
154 |
powder, hydrogenation in H2SO4 on, a |
69 |
Ru(acac)3, reduction of C6H5NO2 with, a |
112 |
Ru(CO)5, reduction of C6H5NO2 with, a |
112 |
Ru3(CO)1 2, reduction of C6H5NO2, with, a |
112 |
RuCl2(PPh3)2, desulphonation using, a |
155 |
RuH(OCOR)(PPh3)3, preparation and properties of, a |
71 |
Ru/Al2O3, H transfer on, a |
111 |
hydrogenolysis of C2H6 and C3H8 on, a |
69 |
hydrogenolysis of n -C4H10 on, a |
111 |
methanation of CO on, a |
69 |
Ru/Celite, NH3 synthesis on, a |
110 |
Ru/SiO2, H transfer on, a |
111 |
hydrogenolysis of neopentane on, a |
111 |
oxidation of C2H4 and C3H6 on, a |
110 |
Ruthenium-Palladium Oxides, hydrogenation on, a |
68 |
Ruthenium-Rhodium Oxides, hydrogenation on, a |
68 |
Na3IrCl6, reduction of Ce(IV) by Hg2(NO3)2 on, a |
71 |
THT, for pollution control |
2, 108 |
purification of diesel exhausts by |
78 |
Conductor Inks, Pd, Pt, Rh in, a |
71 |
Corrosion, Pd-Ti, accumulation of Pd on, a |
108 |
Pd-Ti, effect of O2 and Ti ions on, a |
108 |
Pd-Ti, for prevention of |
47 |
resistance of Pt-Ti to, a |
108 |
Ru-Ti, effect of O2 and Ti ions on, a |
108 |
Crucibles, Pt and Ir, for crystal growing |
118 |
Crystals, crucibles for growth of |
118 |
Diodes, Platinum-Silicon, resistance of, a |
35 |
Electrical Contacts, Palladium-Silver, properties of |
103 |
Platinum, properties of |
103 |
Platinum Metals, light duty |
63 |
Electrodeposition of, Iridium, survey of |
93 |
Osmium, survey of |
93 |
Palladium, survey of |
93 |
from chloride electrolytes, a |
108 |
Palladium-Cobalt, internal stresses in, a |
67 |
Palladium-Silver, alloy, a |
32 |
Platinum, for fuel cell, a |
71 |
on Ir, a |
32 |
on Ti, a |
150 |
recent survey of |
93 |
Rhodium, from molten NaCN, a |
32 |
for Langmuir probes in rockets |
123 |
recent survey of |
93 |
Ruthenium, a |
32, 67 |
recent survey of |
93 |
Electrodes, Iridium, interaction with CO on, a |
150 |
Iridium-Mercury, electrosorption of O2 on, a |
150 |
Palladium, electrochemical exchange current of, a |
67 |
H2 sorption by, a |
150 |
polarisation of, a |
31 |
Platinum, activation and roughening of, a |
31 |
adsorption of H2O on, a |
30 |
dimensionally stable |
92 |
electrochemical exchange current of, a |
67 |
O2 diffusion through, a |
31 |
oxidation of N2H4 on, a |
150 |
wire, a |
151 |
Platinum-Lead, bielectrodes, anodic behaviour of, a |
155 |
Platinum-Mercury, electrosorption of O2 on, a |
150 |
Platinum-Rhodium, cyclic voltammetry of, a |
31 |
for electrochemical acid generator, a |
66 |
Platinum-Ruthenium, cyclic voltammetry of, a |
31 |
Platinum-Titanium, loss of Pt from, a |
71 |
Rhodium, electrochemical behaviour of, a |
67 |
Rhodium-Gold, cyclic voltammetry of, a |
31 |
Rhodium-Mercury, electrosorption of O2 on, a |
150 |
Rhodium-Platinum, cyclic voltammetry of, a |
31 |
for electrochemical acid generator, a |
66 |
Ruthenium-Platinum, cyclic voltammetry of, a |
31 |
RuO2/Ti, dimensionally stable |
92 |
Electroless Plating of, Palladium |
67 |
Fuel Cells, electrodeposition of Pt for |
71 |
Glass, Pt inclusions in |
122 |
Hydrogen Diffusion, in α-Pd, a |
29 |
Hypochlorite Cells, Pt/Ti electrodes in, loss of Pt from, a |
71 |
Iridium, crucibles for crystal growing |
118 |
strength and ductility of |
60 |
Iridium Alloys, Iridium-Carbon, composition of, a |
66 |
Iridium-Hafnium, structure of, a |
30 |
Iridium-Iron, magnetic properties of, a |
107 |
Iridium-Nickel, properties of, a |
149 |
structure of, a |
107 |
Iridium-Rhenium-Tungsten, composition of, a |
149 |
Iridium Complexes, containing N, synthesis and properties of, a |
149 |
polynuclear nitrido-complexes, a |
108 |
Iridium Compounds, reaction with refractory carbides and borides, a |
31 |
Iridium Dioxide, electrical transport properties of, a |
149 |
thermal expansion of, a |
66 |
Matthey Bishop, history of |
140 |
Microelectronics, high purity Pt for |
42 |
Nitric Acid, catalyst costs for production of |
61 |
Osmium, activator for W sintering, a |
149 |
Osmium Complexes, containing N, synthesis and properties of, a |
149 |
polynuclear nitrido-complexes, a |
108 |
Osmium Compounds, carbonyl, a |
150 |
Osmium Dioxide, crystal structure of, a |
150 |
Palladium, activator for W sintering, a |
149 |
coating Ti with |
47 |
dissociation energy of Pd2, a |
29 |
electrical resistance in H2 of, a |
65 |
electrical resistivity of PdHx, a |
106 |
electrochemical dissolution in chlorinated HCl, a |
32 |
films, H2 absorption on, a |
64 |
H2 absorption in, a |
65, 106 |
H2 diffusion in, a |
29, 64, 106 |
H2 solubility in thin films of, a |
147 |
magnetisation of, a |
147 |
nuclear fission as source of |
88 |
optical properties of, a |
64, 148 |
resistor and conductor inks of, a |
71 |
single crystals of, a |
107 |
solubility of gases in, a |
66 |
sublimation under stress, a |
64 |
thermal conductivity at high |
64 |
temperatures, a |
64 |
Palladium Alloys, absorption of H2 by, conference on |
131 |
Palladium-Aluminium, electrical resistance of liquid, a |
65 |
Palladium-Aluminium-Silver, structure and solubility of, a |
29 |
Palladium-Barium, X-ray study of Pd5Ba, a |
147 |
Palladium-Boron, H2 in, a |
106 |
Palladium-Cobalt, electrical resistance of, a |
65, 106 |
specific heat studies of, a |
148 |
Palladium-Copper, electrical resistance of liquid, a |
65 |
magnetic properties of, a |
29, 148 |
ordering in, a |
148 |
specific heat study of, a |
148 |
Palladium-Gadolinium, electrical resistance of, a |
149 |
lattice spacing and magnetic susceptibility of, a |
30 |
Palladium-Gold, effect of addition elements on, a |
70 |
electrical resistance in H2 of, a |
65 |
terminations, a |
70 |
Palladium-Gold-Iron, Mössbauer study of, a |
65 |
Palladium-Gold-Tungsten, structure and properties of, a |
65 |
Palladium-Iron, electrical resistance of liquid, a |
65 |
fine particle preparation, a |
30 |
Palladium-Manganese, electrical resistance of liquid, a |
65 |
ordering effects of, a |
148 |
specific heat studies of, a |
148 |
Palladium-Nickel, electrical resistance of liquid, a |
65 |
heat capacity, effect of disordering on, a |
30 |
moments of dilute Fe in, a |
48 |
thermal expansion of, a |
64 |
Palladium-Nickel-Phosphorus, electrical resistivity of, a |
106 |
Palladium-Platinum, moments of dilute Fe in, a |
48 |
Palladium-Rhenium, activated sintering of, a |
65 |
Palladium-Rhodium, elastic properties of, a |
148 |
magnetic properties of, a |
148 |
Palladium-Rhodium-Silver, moments of dilute Fe in, a |
148 |
Palladium-Scandium, lattice spacing and magnetic susceptibility of, a |
30 |
Palladium-Silicon, glasses, a |
30 |
Palladium-Silver, conductor terminations of, a |
71 |
elastic properties of, a |
148 |
electrical contacts of |
103 |
H2 in, a |
29, 106 |
magnetic properties of, a |
148 |
resistor pastes |
53 |
thermodynamic properties of, a |
65 |
thick film conductors of, a |
112 |
Palladium-Silver-Aluminium, structure and solubility of, a |
29 |
Palladium-Silver-Boron, absorption of H2 in, a |
106 |
Palladium-Tin, thermodynamic properties of, a |
65 |
Palladium-Titanium, corrosion of, a |
35, 108 |
H2 pick-up in, a |
35 |
martensitic transformations in, a |
106 |
Palladium-Uranium, thermoelectric properties of, a |
65 |
Palladium-Zirconium, lattice spacing and magnetic susceptibility of, a |
30 |
Palladium Complexes, olefin, a |
30 |
reactions with organic compounds, a |
66 |
unsaturated hydrocarbon compounds |
62 |
Palladium Compounds, K2PdCl6, NQR study of, a |
66 |
Pen Tips, Pt-Ru for, a |
66 |
Petroleum Refining, Pt/Al2O3 catalyst for, a |
151 |
U.O.P. catalysts for, a |
151 |
Platinum, beam leads of, a |
156 |
conductor inks of, a |
71 |
crucibles for crystal growing |
118 |
clectrical contacts of |
103 |
inclusions in laser glass |
122 |
purification of |
42 |
reactions with refractory oxides |
54, 95, 124 |
recovery from deformation, a |
64 |
spinning band |
87 |
solubility of gases in, a |
66 |
sublimation under stress, a |
64 |
thermal expansion of, a |
147 |
vapour pressure of liquid, a |
29 |
Platinum Alloys, Platinum-Aluminium, |
124 |
composition of |
124 |
Platinum-Antimony, structure of |
29 |
Platinum-Barium, X-ray and electron microscope studies of, a |
147 |
Platinum-Chromium, resistance minimum in, a |
64 |
thermodynamic properties of, a |
105 |
Platinum-Cobalt, internal friction in, a |
147 |
ordering of, a |
105 |
specific heat studies of, a |
148 |
Platinum-Cobalt-Iron, magnetic properties and microstructure of, a |
105 |
Platinum-Copper-Zinc, structure of, a |
147 |
Platinum-Iron, coercivity and structure of, a |
105 |
hardening in dental golds, a |
105 |
Platinum-Magnesium, composition of |
124 |
Platinum-Manganese-Tin, structure and magnetic properties of, a |
105 |
Platinum-Molybdenum-Rhenium, structure and superconductivity of, a |
105 |
Platinum-Nickel, magnetic properties of, a |
64 |
specific heat and resistivity of, a |
147 |
thermal expansion of, a |
64 |
Platinum-Palladium, moments of dilute Fe in, a |
148 |
Platinum-Rhodium, creep in, a |
29, 105, 147 |
immersion heater, of, a |
150 |
Matthiessen’s rule in, a |
147 |
sublimation under stress, a |
64 |
wire for furnace tube work, a |
108 |
Platinum-Ruthenium, for pen tips, a |
66 |
Platinum-Silicon, resistance of, a |
35 |
Platinum-Tellurium, structure of, a |
29 |
Platinum-Thorium, composition of |
124 |
Platinum-Tin, structure of, a |
29 |
Platinum-Titanium, martensitic transformations in, a |
106 |
Platinum-Zirconium, composition of |
124 |
Platinum Chloride, preparation of, a |
107 |
Platinum Complexes, general survey of, a |
107 |
olefin, a |
30 |
unsaturated hydrocarbon |
62 |
cis -[PtCl2(MeC(:O)CH2CMeCH2)], a |
66 |
Platinum Compounds, H2PtCl6, a |
30 |
K2PtCl6, NQR study of, a |
66 |
PtSeTe, PtSSe, PtSTe, a |
107 |
Platinum Iodide, crystal structure of, a |
66 |
Platinum Metals, electrical contacts of |
63 |
fission product, uses of |
88 |
single crystals of, a |
107 |
Platinum Metals Alloys, with Al, X-ray studies of, a |
107 |
Platinum Oxides, β-PtO2, crystal structure of, a |
66 |
Cu1−xPtxO and CuPt3O6, synthesis and structure of, a |
30 |
Resistance Thermometers, Pt, calibration of, a |
71 |
Pt, Callendar’s equations for, a |
71 |
Pt, temperature scale of, a |
35 |
Pt, comparison with vapour pressure |
36 |
thermometers, a |
36 |
Pt, for lunar heat flow |
85 |
Resistors, RuO2, thick film glaze, a |
35 |
Resistor Inks, Pd in, a |
71 |
Resistor Pastes, Pd-Ag, effect of firing on performance |
53 |
Rhodium, activator for W sintering, a |
149 |
conductor inks, a |
70 |
deep drawing of, a |
107 |
high temperature creep of, a |
149 |
nuclear fission products, sues of |
88 |
single crystals of, a |
107 |
Rhodium Alloys, Rhodium-Carbon, composition of, a |
66 |
Rhodium-Hafnium, structure of Hf3Rh5, a |
30 |
Rhodium-Iron, thermodynamics of transition in, a |
30 |
Rhodium-Neodymium, phase diagram of, a |
107 |
Rhodium-Nickel, magnetic properties of, a |
149 |
structure of, a |
107 |
Rhodium-Palladium, elastic properties of, a |
148 |
magnetic properties of, a |
148 |
Rhodium-Palladium-Silver, moments of dilute Fe in, a |
148 |
Rhodium-Platinum, creep in, a |
29, 105, 147 |
immersion heater of, a |
150 |
Matthiessen’s rule in, a |
147 |
sublimation under stress, a |
64 |
wire for furnace work tube, a |
108 |
Rhodium-Titanium, structure of Ti3Rh5, a |
30 |
Rhodium Complexes, chloride, a |
31 |
containing N, synthesis and properties of, a |
149 |
olefin, a |
30 |
pyridine, redox behaviour and antibacterial activity of |
50 |
Rh [(C6H5)3P]4 and Rh [(C6H5)2PCH3]4, electrochemical preparation of, a |
32 |
Rhodium Compounds, reaction with refractory carbides and borides, a |
31 |
Rhodium Sesquioxide, free enthalpy of formation of, a |
107 |
Rustenberg, electric smelter at |
48 |
Ruthenium, activator for W sintering, a |
149 |
solubility of gases in, a |
66 |
thick films of, a |
71 |
Ruthenium Alloys, Ruthenium-Platinum, for pen tips, a |
66 |
Ruthenium-Titanium, corrosion of, a |
108 |
Ruthenium-Uranium-Carbon, composition of, a |
149 |
Ruthenium Complexes, a |
31, 108, 149 |
Ruthenium Oxide, a |
35, 149, 150 |
Surface Coatings, Pd, activation of plastics for, a |
32 |
Pt, sputter deposition for beam leads, a |
156 |
Pt metals, for stereoscan specimens |
139 |
Temperature Measurement, at low temperature, a |
35 |
definition of scale, a |
35 |
Thermocouples, Baker 417, (Rh-Pt:Pd-Au), properties of, a |
72 |
Au-Pd-Pt:Rh-Pt, a |
156 |
Palladium, alloys of, properties of, a |
72 |
Pallador I, properties of, a |
72 |
Pallaplat, properties of, a |
72 |
PIP (Ir-Pt:Pd), properties of, a |
72 |
Platinel I and II, thermoelectric properties of, a |
72 |
Pt:Rh-Pt, a |
36, 150 |
for furnace control, a |
108 |
for incinerator control, a |
46 |
TB 19–29, (Rh-Pt:Pt-Pd-Au), properties of, a |
72 |
Thick-film Circuits, Pd, Pt, Rh in, a |
71 |
Ru for, a |
71 |
Thick-film Conductors, Pd-Ag, a |
112 |