Russian Journal of Inorganic Chemistry, Tập 24,Trang 959-1906Chemical Society., 1979 |
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Kết quả 1-3 trong 54
Trang 1173
... eutectic is 80 mole % Rb2SO4 , and the temperature of eutectic fusion is 855 ° C . 3 : 1 double sulphate is formed in the rubidium sulphate- lanthanide sulphate systems , with the exception of the systems containing lanthanum sulphate ...
... eutectic is 80 mole % Rb2SO4 , and the temperature of eutectic fusion is 855 ° C . 3 : 1 double sulphate is formed in the rubidium sulphate- lanthanide sulphate systems , with the exception of the systems containing lanthanum sulphate ...
Trang 1433
... eutectic type . The melting points of the eutectic mixtures are 286 , 302 , 288 , and 430 ° C respectively . 500 liquid + PdCl2 400 300 liquid + FeCl3 FeCl3 + PdCl2 500 501 ° liquid + PdCl2 The chlorination of copper - nickel anode ...
... eutectic type . The melting points of the eutectic mixtures are 286 , 302 , 288 , and 430 ° C respectively . 500 liquid + PdCl2 400 300 liquid + FeCl3 FeCl3 + PdCl2 500 501 ° liquid + PdCl2 The chlorination of copper - nickel anode ...
Trang 1875
... eutectic is at TeCl , 90 % , 215 ° C . The liquidus surfaces of the AgCl - NaCl - FdCl2 , AgCl- PdCl2 - TeCl4 , and ... eutectic type . Point e is a van Rijn point and is at AgCl 55 , NaCl 30 , FdCl2 15 % , 312 ° C . This stable section ...
... eutectic is at TeCl , 90 % , 215 ° C . The liquidus surfaces of the AgCl - NaCl - FdCl2 , AgCl- PdCl2 - TeCl4 , and ... eutectic type . Point e is a van Rijn point and is at AgCl 55 , NaCl 30 , FdCl2 15 % , 312 ° C . This stable section ...
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absorption bands acid Akad analysis anion aqueous solution atoms caesium calculated Chem chemical Chemistry chloride cm-¹ cm¹ cobalt(II complex formation components composition compounds concentration coordination copper(II corresponding crystallisation crystals curves decomposition decrease determined dinitrogen tetroxide ditto equilibrium diagram europium eutectic experimental extraction Figure formed g-ion H₂O hafnium heating hydrated hydrogen hydroxide increase infrared spectra Inorg interaction ionic ions isotherms kcal Khim Khimiya lanthanide lattice ligand lithium mass melting mercury(II metal method mixture mole mole¹ molecules Moscow Nauk SSSR Neorg nickel(II niobium nitrate obtained optical density oxide oxygen parameters phosphate potassium precipitate protons range ratio reaction rhenium(VII rubidium Russ salts scandium shows sodium solid phases solid solutions solubility solvent specimens spectrum stability constants structure studied sulphate sulphuric Table temperature ternary thermal tion Translated from Zhurnal vibrations wavenumbers X-ray diffraction X-ray diffraction patterns Zhur Zhurnal Neorganicheskoi Khimii zirconium