Russian Journal of Inorganic Chemistry, Tập 4,Trang 659-1328Chemical Society., 1959 |
Từ bên trong sách
Kết quả 1-3 trong 85
Trang 774
... ionic refractions of Cl , Br , I , SO3- , etc. and the equilibrium constants for the processes : OH NH3 Pt NH2 OH + 2X- X NHS Pt NH , X + 20H- . Pt - Br 11 , and Pt - I , -S , -C 4 % . Since the polarity of the bonds increases with ...
... ionic refractions of Cl , Br , I , SO3- , etc. and the equilibrium constants for the processes : OH NH3 Pt NH2 OH + 2X- X NHS Pt NH , X + 20H- . Pt - Br 11 , and Pt - I , -S , -C 4 % . Since the polarity of the bonds increases with ...
Trang 835
... ionic strength is due to changes in the activity coeffi- cients which are functions of ionic strength and frequently pass through a minimum ; hence the stoichiometric con- stant passes through a maximum . Although Kin- creased with ...
... ionic strength is due to changes in the activity coeffi- cients which are functions of ionic strength and frequently pass through a minimum ; hence the stoichiometric con- stant passes through a maximum . Although Kin- creased with ...
Trang 837
... ionic strength ( Table 1 ) is approximately represented by the equation S [ Cut [ r ] = 2.4.10 ° c } + 5.4-10 ° cj which covers the range 1-5 M KI . The coefficients in the equation , in agreement with theory , are the stability con ...
... ionic strength ( Table 1 ) is approximately represented by the equation S [ Cut [ r ] = 2.4.10 ° c } + 5.4-10 ° cj which covers the range 1-5 M KI . The coefficients in the equation , in agreement with theory , are the stability con ...
Nội dung
Trends in research in inorganic chemistry | 665 |
The formation of NaO₂ from Na₂O₂ 2H₂O₂ | 671 |
Gluconic acid complexes of lanthanum | 678 |
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2H₂O absorption acetone acid Akad AlBr alcohol alkali alloys aluminium ammonium analysis anion annealed anorg aqueous solutions atoms beryllium calculated cation cerium Chem chemical Chemistry chloride coefficient complex compounds composition concentration conductance containing coprecipitation corresponding crystallisation crystals curve decomposition determined diagram dioxan electrons equilibrium ethanol ether eutectic experimental formation formed glaserite H₂O heating HNO3 hydration hydrogen hydrolysis hydroxide increase indium ionic ions isotherms ketone Khim lattice Li₂SO ligands liquid melting metal method mixture molal molar mole molecules Na,SO Na₂SO NaCl NaOH Nauk SSSR Neorg Obshch obtained oxalate oxide Physicochemical platinum potassium precipitate prepared pyridine ratio reaction ruthenium salt saturated sections shows sodium solid phase solid solutions solu solubility solvent stability structure studied sulphate Table temperature ternary system thermal thermogram thorium tion trans effect uranyl nitrate values vapour pressure X-ray Zhur