Russian Journal of Inorganic Chemistry, Tập 31,Số phát hành 1-6British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1986 |
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Trang 111
... solubility of the solid phases in fused chlorides was studied over the temperature range 620-800 ° for the systems IV IV LiM2 TM ( PO . ) , — LiCl , NaM2 TM ( PO . ) , — NaCl , KM , 1 ( PO . ) , — KCl , IV RbM2 ( PO . ) , - RbCl , and ...
... solubility of the solid phases in fused chlorides was studied over the temperature range 620-800 ° for the systems IV IV LiM2 TM ( PO . ) , — LiCl , NaM2 TM ( PO . ) , — NaCl , KM , 1 ( PO . ) , — KCl , IV RbM2 ( PO . ) , - RbCl , and ...
Trang 140
... Solubility of Silver Sulphate in Water and Sulphate Solutions N.M.Nikolaeva The solubility of Ag2SO4 ( cryst . ) in water and aqueous solutions containing up to 1.4M of sodium sulphate has been determined in the temperature range 25-90 ...
... Solubility of Silver Sulphate in Water and Sulphate Solutions N.M.Nikolaeva The solubility of Ag2SO4 ( cryst . ) in water and aqueous solutions containing up to 1.4M of sodium sulphate has been determined in the temperature range 25-90 ...
Trang 454
... solubility of iodine is due to its bonding in the readily soluble polyiodoiodate complexes , which exist in solution together with I anions , the molar ratio 12 : 1 being 0.24-0.65 . The solubility of the [ Ln ( ur ) ¿ ] ; falls as the ...
... solubility of iodine is due to its bonding in the readily soluble polyiodoiodate complexes , which exist in solution together with I anions , the molar ratio 12 : 1 being 0.24-0.65 . The solubility of the [ Ln ( ur ) ¿ ] ; falls as the ...
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The LilO3LiBO2H2O and LiIO3Li₂B40H₂O | 25 |
dioxotetrafluoromolybdate | 37 |
Arkhipov N I Kashina B I Kidyarov | 123 |
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absorption alkali metal aluminium amine anion aqueous solution bands bond calculated cation Chem chemical Chemistry chloride cm ¹ cm-¹ cm¹ coefficients complex formation composition concentration constants containing coordination compounds coordination sphere copper(II coprecipitation corresponding crystal crystallisation curve decrease determined electronic endothermic equilibrium constants eutectic experimental extraction Figure fluoride formed H₂O heating hydrated hydrogen hydroxide increase indicate infrared spectra Inorg iodate ionic ions iron(III isothermal Khim Khimiya lanthanide ligands liquid lithium mass method mixture mole molecules Moscow Nauk SSSR Neorg nickel(II obtained osmium oxide parameters perchlorate phosphate potassium protonated Raman spectra range ratio reaction Russ salt shows sodium solid phases solid solutions solubility solvents specimens spectrum stability structure studied sulphate synthesis Table temperature thermal analysis thermal decomposition tion titanium titanium(IV titration Translated from Zhurnal Translated into Russian values vanadium vanadium(V vibrations wavenumbers X-ray diffraction Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii