Phase diagram of the AlInSb system

Thermodynamics and phase equilibria in the Al–Bi–Sb system

“…The experimental data of Al-Bi-Sb system have been analysed using a 15-parameter integral molar excess function in the range of T ¼ ð1173 to 1323Þ K. The ternary function for the liquid alloys is composed of a summation of the individual binary and specific ternary interactions [8,9]. The present authors have proposed a four parameter function for binary alloys based on interaction parameter formalism [10,11].…”

Thermodynamics and phase equilibria in the Al-In-Sb system

“…For the calculation of the phase equilibria in the system, most of the authors, [1,7] including the present investigators, regard the ternary function for the liquid alloys as composed of a summation of the individual binary interactions together with the specific ternary interactions. For the calculation of the phase equilibria in the system, most of the authors, [1,7] including the present investigators, regard the ternary function for the liquid alloys as composed of a summation of the individual binary interactions together with the specific ternary interactions.…”

“…[4] in order to evaluate the ternary constants, using the following relations between the partial excess and integral properties of the ternary system: Binary Ishida et al [1] Sharma et al [7] Ansara et al [12] Constants [4] in order to evaluate the ternary constants, using the following relations between the partial excess and integral properties of the ternary system: Binary Ishida et al [1] Sharma et al [7] Ansara et al [12] Constants …”

“…Although several investigations [1][2][3][4][5][6] on the AlSb-InSb pseudobinary phase diagram and the enthalpy of the mixing of the liquid Al-In-Sb alloys have been reported, the activity measurements of Al in the system are not available in the literature. In the liquid phase epitaxy techniques, phase diagrams play a key role in controlling the chemical composition of the crystals.…”

“…[1,7] In these evaluations, various thermodynamic excess functions have been used by the authors in describing the properties of the liquid alloys. [1,7] In these evaluations, various thermodynamic excess functions have been used by the authors in describing the properties of the liquid alloys.…”