Russian Journal of Inorganic Chemistry, Tập 29,Trang 1-634Chemical Society, 1984 |
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Kết quả 1-3 trong 77
Trang 198
... hydration 13. Covalent and hydrogen bonds can be of different strengths : from the insignificant overlap of electron clouds to a strong interaction , which , in turn , affects the bonding of OH in the water molecule and leads , in a ...
... hydration 13. Covalent and hydrogen bonds can be of different strengths : from the insignificant overlap of electron clouds to a strong interaction , which , in turn , affects the bonding of OH in the water molecule and leads , in a ...
Trang 260
... hydration energies of the bivalent ions of these elements , associated with the lower- ing of the d level and the localisation of the electron in the d orbital . Table 3 shows that the increase in the hydration energy of Ce2 + , Gd2 + ...
... hydration energies of the bivalent ions of these elements , associated with the lower- ing of the d level and the localisation of the electron in the d orbital . Table 3 shows that the increase in the hydration energy of Ce2 + , Gd2 + ...
Trang 486
... hydration of CN by the five water molecules not present in the model complex is approximately 60 kcal mole - 1 . The energy of hydration of the Li * cation by the water molecules not included in the complex active in the reaction is 75 ...
... hydration of CN by the five water molecules not present in the model complex is approximately 60 kcal mole - 1 . The energy of hydration of the Li * cation by the water molecules not included in the complex active in the reaction is 75 ...
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RESEAR | 2 |
bibe | 14 |
difluoride and the enthalpy of sublimation and vapour | 21 |
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absorption acid actinides Akad alkali metal analysis anion aqueous solutions bands bond calculated cations Chem chemical chloride cm¹ complex formation composition compounds concentration constants coordination corresponding crystal crystallisation curve D.I.Mendeleev decrease determined electronic elements energy equilibrium europium experimental Figure fluorides formed gallium germanium H₂O heating hydration hydride hydrogen increase infrared infrared spectra Inorg interaction investigated ionic ions iron(III jarosite kcal Khim Khimiya lanthanide lattice ligands liquid manganese(III melts Mendeleev method mole mole¹ molybdenum Moscow Nauk SSSR Neorg nitrogen observed obtained oxide oxygen parameters Periodic Law Periodic System phase Phys platinum(II potassium precipitate properties proton range ratio reaction rhodium(III Russ Russ.J salts shows sodium solid solutions solubility specimens spectrum stability structure studied synthesis Table temperature thermodynamic tion transition metal Translated from Zhurnal Translated into Russian values vanadium wavenumbers X-ray diffraction Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii