Russian Journal of Inorganic Chemistry, Tập 4Chemical Society., 1962 |
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0.1M solution of potassium ferrocyanide was prepared from chemically pure reagent and was stored in the dark . Ferrocyanide concentration was determined by a method described elsewhere / 8 / . Whenever required , 0.1M solutions were ...
0.1M solution of potassium ferrocyanide was prepared from chemically pure reagent and was stored in the dark . Ferrocyanide concentration was determined by a method described elsewhere / 8 / . Whenever required , 0.1M solutions were ...
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Since it was possible that double salts or uranyl ferrocyanide with even high- er potassium ferrocyanide content might be formed with time , we carried out slow titration experiments in several vessels , which permitted us to fol- low ...
Since it was possible that double salts or uranyl ferrocyanide with even high- er potassium ferrocyanide content might be formed with time , we carried out slow titration experiments in several vessels , which permitted us to fol- low ...
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... Ferrocyanide ions become detectable only after the quantitative precipi- tation of uranyl ions . In some instances , anodic current appears only after the saturation of the precipitate with excess potassium ferrocyanide . In this lies ...
... Ferrocyanide ions become detectable only after the quantitative precipi- tation of uranyl ions . In some instances , anodic current appears only after the saturation of the precipitate with excess potassium ferrocyanide . In this lies ...
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G The Solubility Products of Some | 132 |
Yatsimirskii K B The Calculation of Stability Constants | 139 |
V and V V Sinkovskii Study of Complex | 149 |
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1956 Zhurnal Neorganicheskoi acetate acid alkali alloys aluminum chloride ammonia ammonium amount analysis anions anodic aqueous solutions beryllium cadmium calculated carbonate cations Chem chemical chromium cobalt complex compounds components composition concentration constant copper corresponding cristobalite crystals curve determined dioxane distillation electrolysis equation equilibrium experimental experiments ferrocyanide Figure formation formed formula given in Table H₂O heating hydrazine hydrogen hydroxide initial Inorganic Chemistry ions iron isomorphous Journal of Inorganic lithium lithium aluminum hydride lithium hydride melting point metals method mirabilite mixture mole molecules molybdenite molybdenum trioxide MoO3 NaOH NO₂ obtained optical density oxide phase diagram platinum potassium potassium ferrocyanide precipitate preparation ratio reaction Received for publication salt sample saturated selenite silicotungstate sodium solid phase solubility SSSR stability studied sulfate sulfuric acid tartrate temperature thermal thiourea tion titanium salicylate titration tridymite uranium uranyl uranyl acetate USSR values vapor Zhurnal Neorganicheskoi Khimii zirconium