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In this paper Redlich-Kister’s formalism and Darken’s formalism are used to describe the integral mixing enthalpy of the ternary system (In, Pb, Zn) at 756 K. The integral mixing enthalpy of the binary (Pb, Zn) system at 756 K is obtained over the whole composition range by extrapolation of the ternary function to the binary border.

Integral Enthalpy of Mixing in Ternary (In, Pb, Zn) Monophase Liquid – Calorimetric Measurements. Modeling Outside and Inside the Miscibility Gap