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M + ( A = C1- , Br , and I and M * = Lit and Na + ) are calculated by the semiempirical CNDO method with a modified potential of interaction between cores . The mechanism of the mutual influence of the anion - molecule and cation ...
M + ( A = C1- , Br , and I and M * = Lit and Na + ) are calculated by the semiempirical CNDO method with a modified potential of interaction between cores . The mechanism of the mutual influence of the anion - molecule and cation ...
Trang 1267
The parameter Ex - e , which X E characterizes the magnitude of stabilizing interaction between the reacting ligands X- and EH3 , depends on the composition of the complexes in a similar manner . The interaction between the ligands ...
The parameter Ex - e , which X E characterizes the magnitude of stabilizing interaction between the reacting ligands X- and EH3 , depends on the composition of the complexes in a similar manner . The interaction between the ligands ...
Trang 1472
... base ) combine into one acids hardly affects the suggested interaction of the carmechanism in a peculiar manner . ... O IC = 0 H 0 [ C = 0 H fo- for the interaction between COO and COOH groups in II H --- 01 H - 0 ( CH2 ) .
... base ) combine into one acids hardly affects the suggested interaction of the carmechanism in a peculiar manner . ... O IC = 0 H 0 [ C = 0 H fo- for the interaction between COO and COOH groups in II H --- 01 H - 0 ( CH2 ) .
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Vol 40 No 7 | 1022 |
Defects of the Unit Cell and Magnetic Ordering | 1035 |
Germanotovanadates of RareEarth Elements LnGeVO | 1043 |
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absorption Academy according acid activity addition analysis angles anion aqueous assigned atoms bands bond calculated cation cell changes Chem chemical Chemistry complexes composition compounds concentration constants containing coordination copper Copyright corresponding crystals curves decomposition decrease dependence described determined distances effect electronic energy equilibrium experimental extraction fact fluoride formation groups heating hydrogen increase indicates initial Inorganic Institute intensity interaction ions Khim ligand lines melting metal method mixture molecules Moscow Neorg Note observed obtained occurs oxides oxygen parameters pattern phase points position powder prepared presents pressure properties Publishing range ratio reaction REFERENCES region respectively Russian salts samples Sciences shift shows signals similar solid solubility solutions spectra spectrum stability structure studied synthesis Table temperature thermal tion Translation values vibrations X-ray diffraction