Details methods for calculating specific and molar conductivities of multicomponent electrolyte solutions. Also considers equations for calculating densities of multicomponent solutions of electrolytes, densities, and viscosities of water at the saturation line at various temperatures, volumes, and pressures. Related coefficients obtained by a mathematical treatment using methods of regression analysis are given for a large number of electrolytes. Tables of experimental data on specific and molar electrical conductivity for wide ranges of temperatures, pressures, and concentrations of electrolytes in aqueous solutions are given. The author is affiliated with Khar'kov State Institute of Culture, Ukraine. Annotation c. Book News, Inc., Portland, OR (booknews.com)
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