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60 80 mole % CH , COOCH , CL 20 40 60 80 110 100 90 100 mole % CH COOCH , CL 10 25 500 40 20 100 molar volume Fig . 3 . Titanium tetrachloridechloromethyl acetate system at 85 ° : 1 ) molar volumes ; 2 ) density .
60 80 mole % CH , COOCH , CL 20 40 60 80 110 100 90 100 mole % CH COOCH , CL 10 25 500 40 20 100 molar volume Fig . 3 . Titanium tetrachloridechloromethyl acetate system at 85 ° : 1 ) molar volumes ; 2 ) density .
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800- 700 $ 46 600 500 400 10 40 60 70 NaCl , mole % Fig . 1 . Equilibrium diagram for the CSC1 - NaCl system . Thermal analysis results for the CsBr - NaBr system . 1 , ° C 000- 700 625 400 500 435 400 20 30 40 50 60 92 Nal , mole % Fig ...
800- 700 $ 46 600 500 400 10 40 60 70 NaCl , mole % Fig . 1 . Equilibrium diagram for the CSC1 - NaCl system . Thermal analysis results for the CsBr - NaBr system . 1 , ° C 000- 700 625 400 500 435 400 20 30 40 50 60 92 Nal , mole % Fig ...
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ZrCl , and KCI form the congruently melt- ing compound K2ZrCl ̧ , m.p. 798 ° , and two eutectics : KC1 / KZrCl , at 24.2 mole % ZrCl ( m.p. 594 ° ) , and K2ZrCl / ZrCl4 , 57.8 mole % ZrCl ( m.p. 220 ° ) .
ZrCl , and KCI form the congruently melt- ing compound K2ZrCl ̧ , m.p. 798 ° , and two eutectics : KC1 / KZrCl , at 24.2 mole % ZrCl ( m.p. 594 ° ) , and K2ZrCl / ZrCl4 , 57.8 mole % ZrCl ( m.p. 220 ° ) .
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Brief Communications 1724 878 Solubility isotherm of the ureacadmium sulphatewater system at 30 | 878 |
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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