Abstract
On the basis of conductometric measurements, empirical equations were derived that describe the temperature and concentration dependences of the electrical conductance of Na2SeO3 solutions in ordinary and heavy water. The values of the equivalent conductance of the ions at infinite dilution were determined in the temperature region 12 to 45 °C, as well as the kinetic parameters for ionic motion in the solutions. These parameters were compared with respect to the solvent nature. The values of the effective ionic radii and ionic hydration numbers were obtained.
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