Abstract
The presence of artifacts in thermodynamic and structural properties of the Al–Mn liquid alloy at higher temperatures has been investigated assuming the interaction parameters present in the modeling equations to be linearly and exponentially temperature dependent. When the concept of linear temperature dependence of interaction parameters is employed to explain the thermo-structural properties of the Al–Mn liquid alloy some asymmetric artifacts appear in these properties at higher temperatures. However, these artifacts are successfully eliminated from the thermo-structural properties of the Al–Mn liquid alloy when the interaction parameters present in the modeling equations are considered to be exponentially temperature dependent.
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