Russian Journal of Inorganic Chemistry, Tập 4,Trang 659-1328Chemical Society., 1959 |
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Trang 937
... melting points . As and d are on a horizontal line , the former seems more robable , but the similarity between the chemical and physi- al properties of chlorides and oxychlorides renders this Issumption doubtful , and the not too high ...
... melting points . As and d are on a horizontal line , the former seems more robable , but the similarity between the chemical and physi- al properties of chlorides and oxychlorides renders this Issumption doubtful , and the not too high ...
Trang 996
... melting point . However , between 230 ° and the melting point , the experimental points lie below the straight line corresponding to the sublimation pressure ; this may be due to the presence of small amounts of impurities and to the ...
... melting point . However , between 230 ° and the melting point , the experimental points lie below the straight line corresponding to the sublimation pressure ; this may be due to the presence of small amounts of impurities and to the ...
Trang 1188
... melting point ( 950 ° -960 ° ) of the electrolyte used in the production of aluminium , alkali and alkaline- earth metals having more electronegative deposition poten- tials than aluminium can be added to the bath as fluorides and ...
... melting point ( 950 ° -960 ° ) of the electrolyte used in the production of aluminium , alkali and alkaline- earth metals having more electronegative deposition poten- tials than aluminium can be added to the bath as fluorides and ...
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2H₂O absorption acetone acid Akad AlBr alcohol alkali alloys aluminium Amer ammonium analysis anion annealed anorg aqueous solutions atoms beryllium calculated carbonate cation cerium Chem Chemistry chloride coefficient complex compounds composition concentration conductance containing coprecipitation corresponding crystallisation crystals curve decomposition determined diagram dioxan electrons equation equilibrium ethanol ether eutectic experimental formation formed glaserite H₂O heating HNO3 hydration hydrogen hydroxide increase indium instability constants ionic ions isotherms Khim lattice ligands liquid melting metal method mixture molal molar mole molecules Moscow Na₂SO NaCl NaOH Nauk SSSR Neorg Obshch obtained oxalate oxide platinum potassium precipitate prepared pyridine ratio reaction ruthenium salt saturated sections shows sodium solid phase solid solutions solu solubility solvent stability structure studied sulphate Table temperature thermal Thermogram thorium tion trans effect uranyl nitrate values vapour pressure X-ray yield Zhur