Author/Authors :
Aljarrah, Mohammad Hashemite University - Industrial Engineering Department, Jordan , Alkhazali, Atef Hashemite University - Industrial Engineering Department, Jordan , Obeidat, Suleiman Hashemite university - Industrial Engineering Department, Jordan , Almagableh, Ahmad Hashemite University - Faculty of Engineering - Mechanical Engineering Department, Jordan , Rababah, Mahmoud Hashemite University - Faculty of Engineering - Mechanical Engineering Department, Jordan
Abstract :
Sn-Sr system is critically evaluated and the most reliable experimental data are incorporated in thermodynamic modeling. Thermodynamic properties of the binary liquid solution are estimated using the modified quasichemical model (MQM). The optimized Sn-Sr phase diagram and the corresponding thermodynamic properties are found to be in fair agreement with the experimental data in the previous related literature. For all the compounds in Sn-Sr system, a comparison between the calculated enthalpy of formation and that calculated by Miedema and first-principles has been reported. Combining Sn-Sr with the self-established thermodynamic database of Mn-Sr and Mn-Sn was used to calculate liquidus projection of Mn-Sn-Sr ternary system.
