Russian Journal of Inorganic Chemistry, Tập 23,Trang 942-1923British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1978 |
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... density maximum corresponds to nВ == 2.0 to 2.3 , confirming the titanium : fluoride ratio obtained above for the ternary complex , equal to 1 : 2 . The optical density of the solutions is also extremely high at nв = 3 . The existence ...
... density maximum corresponds to nВ == 2.0 to 2.3 , confirming the titanium : fluoride ratio obtained above for the ternary complex , equal to 1 : 2 . The optical density of the solutions is also extremely high at nв = 3 . The existence ...
Trang 1171
... density and acidity of the solution remained unchanged with further heating of the solution . The dependence of the optical density of the triphosphate solutions on the acidity showed that complex formation begins at pH ~ 2.5 , and that ...
... density and acidity of the solution remained unchanged with further heating of the solution . The dependence of the optical density of the triphosphate solutions on the acidity showed that complex formation begins at pH ~ 2.5 , and that ...
Trang 1192
... density , and the viscosity , but the " degree of turbu- lence " , or its quantitative characteristics , were not ... ( density and viscosity ) of the corresponding phases have been published . For example , equations have been given 16 ...
... density , and the viscosity , but the " degree of turbu- lence " , or its quantitative characteristics , were not ... ( density and viscosity ) of the corresponding phases have been published . For example , equations have been given 16 ...
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1977 Translated absorption bands acid Akad analysis anions aqueous solutions atom bond caesium calculated cations Chem chemical chloride cm-¹ cm¹ coefficients complex formation composition compounds concentration coordination copper(II corresponding crystallisation crystals curve decrease density determined dissociation endothermic enthalpies equation equilibrium diagram erbium eutectic experimental extraction Figure fluoride formed H₂O heating hydrated hydrazine hydrogen increase indium infrared infrared spectra Inorg ionic ions iron(III isotherms kcal Khim Khimiya ligand lithium melts metal method mixture molar mole mole¹ molecules Moscow Nauk SSSR neodymium Neorg nitrate obtained oxide oxygen per-rhenate platinum(II plexes potassium precipitate pyridine range ratio reaction reagent rubidium Russ salts shows sodium solid phase solid solutions solubility solvation specimens spectrum stability constants structure studied Table temperature ternary tion Translated from Zhurnal Translated into Russian values vanadium vanadium(V vibrations wavenumbers X-ray diffraction Zhur Zhurnal Neorganicheskoi Khimii