Russian Journal of Inorganic Chemistry, Tập 8British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1963 |
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Trang 125
... precipitate 50 40 30 20 Fe ( CN in solution , 10 g - ion 0,5 20 a in original mixture 40 Fig . 1. Change in the concentration of VO2 + ions ( 1 ) and Fe ( CN ) - ions ( 2 ) , and the theoretical change in the concentration of Fe ( CN ) ...
... precipitate 50 40 30 20 Fe ( CN in solution , 10 g - ion 0,5 20 a in original mixture 40 Fig . 1. Change in the concentration of VO2 + ions ( 1 ) and Fe ( CN ) - ions ( 2 ) , and the theoretical change in the concentration of Fe ( CN ) ...
Trang 216
... precipitate , particu- larly to its particle size3 : Q = AP ml min " , hkF where is the rate of filtration , ml min - 1 ; d the particle size of the precipitate , cm ; Ap the pressure difference , kg cm - 2 ; h the thickness of the ...
... precipitate , particu- larly to its particle size3 : Q = AP ml min " , hkF where is the rate of filtration , ml min - 1 ; d the particle size of the precipitate , cm ; Ap the pressure difference , kg cm - 2 ; h the thickness of the ...
Trang 766
... precipitate coincides with the inflections on the curves for the other properties . Thus all the proper- ties studied give the same composition for the compound separating in the solid phase . The KI - Hg ( NO3 ) 2 - H2O System This ...
... precipitate coincides with the inflections on the curves for the other properties . Thus all the proper- ties studied give the same composition for the compound separating in the solid phase . The KI - Hg ( NO3 ) 2 - H2O System This ...
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absorption spectra acetate acid Akad alkali alloys ammonia ammonium analysis anhydrous anion aqueous solutions atom beryllium bond caesium calcium calculated carbon cations Chem chemical chloride cm-¹ cm² coefficient complex composition compounds concentration constant corresponding crystallisation crystals decomposition determined dissociation dissolved equilibrium diagram ether ethylenediamine eutectic extraction filtered formation formed H₂O hydrates hydrochloric acid hydrogen hydrolysis hydroxide increase indium infrared Inorg ions iridium isotherm kcal Khim LiCl ligand melting metal methanol method mixture molar mole mole-¹ molecules molybdate molybdenum Moscow NaCl NaOH Nauk SSSR Neorg niobium nitrobenzene Obshch obtained oxide potassium precipitate ratio reaction reciprocal system rhodium Russ salts shows sodium solid phase solid solutions solu solubility solvent specimens studied substance sulphates sulphide sulphuric Table tantalum temperature ternary system thermal thiooxine thorium tion titration values vanadium vapour pressure water molecules X-ray Zhur zinc