Russian Journal of Inorganic Chemistry, Tập 6,Số phát hành 1-6British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1961 |
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... containing complex anions ( comparing compounds containing ions of equal and opposite charges ) . This is largely due to electrostatic factors . Compounds which are non - electrolytes and have a stable coordination sphere in solution ...
... containing complex anions ( comparing compounds containing ions of equal and opposite charges ) . This is largely due to electrostatic factors . Compounds which are non - electrolytes and have a stable coordination sphere in solution ...
Trang 291
... Containing Less Than Four Sulphato - Groups In compounds containing less than four sulphato - groups the positions not occupied by SO2 ions in the co - ordination sphere are filled by molecules of water , urea , or acetamide . 2 2 K2 ...
... Containing Less Than Four Sulphato - Groups In compounds containing less than four sulphato - groups the positions not occupied by SO2 ions in the co - ordination sphere are filled by molecules of water , urea , or acetamide . 2 2 K2 ...
Trang 379
... containing more than one ether molecule . The concentration of these complex solvates will increase as the concentrations of ether and acid increase . Solvates Formed at High Acid Concentrations Preliminary cryoscopic experiments were ...
... containing more than one ether molecule . The concentration of these complex solvates will increase as the concentrations of ether and acid increase . Solvates Formed at High Acid Concentrations Preliminary cryoscopic experiments were ...
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absorption Akad alcohol alkali amine ammonia ammonium analysis anion aqueous solution atom bromide calculated carbonate cations cerium Chem chloride cobalt coefficient complex composition compounds concentration coordination coprecipitation corresponding crystallisation crystals cupferron curve decomposition determined diagram dilution dissociation dissolved electrons equilibrium ether eutectic experimental extraction filtered formation formed H₂O heating hydration hydride hydrochloric acid hydrogen hydroxide increase indices Inorg instability constant ions K₁ K₂ kcal Khim ligand lithium magnesium magnesium hydride melting metal method methylamine mixture molar mole molecules molybdenum NaCl NaOH Nauk SSSR Neorg niobium nitrate Obshch obtained oxalate oxidation pentatopes phase platinum platinum(II potassium potentiometric precipitate prepared ratio reaction rubidium salt saturated shows sodium sodium peroxide solid solu solubility solvate studied substance gave sulphate Table temperature thallium thiocyanate thorium tion trans effect uranium uranyl uranyl nitrate values Zhur zirconium