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An increase in the ionic strength of a solution results in a decrease in the stability constants , K1 , for the complexes under investigation ; the stability of these compounds increases in a series : chloride , bromide , and iodide ...
An increase in the ionic strength of a solution results in a decrease in the stability constants , K1 , for the complexes under investigation ; the stability of these compounds increases in a series : chloride , bromide , and iodide ...
Trang 117
The formation of these complexes proceeds only due to an increase in entropy . In the solutions with finite ionic strength , an increase in entropy is partially compensated by an increase in enthalpy . The degree of such a compensation ...
The formation of these complexes proceeds only due to an increase in entropy . In the solutions with finite ionic strength , an increase in entropy is partially compensated by an increase in enthalpy . The degree of such a compensation ...
Trang 227
An increase in the sol viscosity upon concentration by the removal of water is due to the transition of the system into a bound - dispersed state and the formation a of a three - dimensional network from primary particles .
An increase in the sol viscosity upon concentration by the removal of water is due to the transition of the system into a bound - dispersed state and the formation a of a three - dimensional network from primary particles .
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absorption Abstract according acid amount analysis anion appearance aqueous solutions atoms band bismuth bond calculated cations Chem chemical Chemistry chloride complexes composition compounds concentration constants containing coordination Copyright corresponding crystals curves decomposition decrease dependence described determined diagram effect electronic energy equation equilibrium experimental formation groups heating higher hydrogen increase indicates initial Inorganic intensity interaction ionic ions Khim ligand measured melting metal method mixture mol/l molecules Moscow Neorg Note observed obtained occurs oxide oxygen parameters particles phase positions powder diffraction precipitate prepared present properties Publishing range ratio reaction REFERENCES region respectively Russian salts samples Sciences shows similar sodium solid solubility solutions solvent space group spectra spectrum stability structure studied synthesis Table temperature thermal tion Translation values vibrations X-ray powder