Abstract
Thermodynamic parameters of the first order (Wagner interaction parameter e2(2), enthalpy, and entropy parameter σ2(2)) in low-concentration liquid binary alloys are considered. The values of these parameters for 32 binary systems are estimated from experimental data. A system of classification is proposed for the obtained data. These data are compared to similar data for aqueous solutions of nonelectrolytes. A qualitative explanation of the obtained differences is given.
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