作者: Yu Zhong , Jorge O. Sofo , Alan A. Luo , Zi-Kui Liu
DOI: 10.1016/J.JALLCOM.2005.09.076
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摘要: Abstract Thermodynamic modeling of the Mg–Sr binary system and prediction Ca–Mg–Sr ternary were carried out using CALPHAD technique a computerized optimization procedure. The thermodynamic descriptions pure Mg, Ca, Sr elements taken from literature. first-principles calculations performed computer code VASP based on pseudo-potentials plane wave basis set for ground state total energies fcc-Ca, hcp-Mg, fcc-Sr, all intermetallic compounds in including nine end-members laves C14 phase. Based experimental phase diagram information, parameters describing Gibbs individual phases this was obtained. complete evaluated by combined computational thermodynamics/first-principles approach shown good agreement with data