CE ) based on the chemical mixing enthalpy H chem and the elastic enthalpy H elastic is proposed for numerical identification of metallic glass forming compositions. Its relation to the Miedema model, PHSS model, critical diameter, Turnbull's reduced glass transition temperature, and Inoue supercooled liquid region is demonstrated for the systems V-Ti-Cr, Zr-Cu-Ag, Mg-Zn-Ca, Ca-Mg-Cu, and Cu-Zr and confirms its potential use as an efficient calculation tool for predicting glass forming alloy compositions. -(GHAZI SARWAT, S.; RAMYA, M.; SABAHUT ALI, P.; RAJ, B.; RAVI*, K. R.; J. Alloys Compd. 627 (2015) 337-343, http://dx.
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