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70 % Thermo - e.m.f . of alloys in the sections with 95 , 90 , 85 , and 70 wt . % Pd , and 1 and 2 wt . % Rh . 24894333 2 TABLE 1 . 77 0.0171 0.0162 0.0146 0.0137. thermo - e.m.f . , mV E , mv -1000 ° 95 % 90 % 85 % -800 ° Pd Pd Pd ...
70 % Thermo - e.m.f . of alloys in the sections with 95 , 90 , 85 , and 70 wt . % Pd , and 1 and 2 wt . % Rh . 24894333 2 TABLE 1 . 77 0.0171 0.0162 0.0146 0.0137. thermo - e.m.f . , mV E , mv -1000 ° 95 % 90 % 85 % -800 ° Pd Pd Pd ...
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The maximum on the hardness curve is attri- butable to the alloy Ag 5 , Pd 80 , Rh 15 wt . ... Pd Section The These alloys differ from those preceding in that most of them lie in the homogeneous region of ß - solid solution , the ( a + ) ...
The maximum on the hardness curve is attri- butable to the alloy Ag 5 , Pd 80 , Rh 15 wt . ... Pd Section The These alloys differ from those preceding in that most of them lie in the homogeneous region of ß - solid solution , the ( a + ) ...
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The alloys were made from Al - 000 grade aluminium ( 99.98 % ) , electrolytic copper ( 99.89 % ) , and cerium ( 98.6 ... The low - cerium alloys , prepared from a hardener alloy , did not lose more than 0.1-0.2 % Ce , whereas the higher ...
The alloys were made from Al - 000 grade aluminium ( 99.98 % ) , electrolytic copper ( 99.89 % ) , and cerium ( 98.6 ... The low - cerium alloys , prepared from a hardener alloy , did not lose more than 0.1-0.2 % Ce , whereas the higher ...
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Journal | 767 |
Brief Communications 1724 878 Solubility isotherm of the ureacadmium sulphatewater system at 30 | 878 |
THE PAGE NUMBERS 1599 819 Preparation and thermographic study of complexes of cadmium halides with | 1080 |
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absorption acid added addition Akad alcohol alkali alloys ammonia ammonium analysis anion aqueous atom bismuth bond calculated carbonate Chem chemical chloride complex components composition compounds concentration conductivity confirmed constant containing coordination corresponding crystallisation crystals curve decomposition decrease density dependence determined diagram dissolved effect equilibrium excess experiments formation formed given gives H₂O heating hydrogen hydroxide increase indices initial Inorg ions Khim lines liquid measured melting metal method mixture molar mole molecules Nauk SSSR Neorg nitrate observed obtained optical oxide peritectic phase platinum potassium precipitate prepared presence pressure pure quantity ratio reaction Received reduction refractive region Russ salt separated shown shows sodium solid solutions solubility solution specimens stability structure studied substance sulphate Table temperature thermal tion values washed X-ray yield Zhur