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.

假设建模方程中存在的相互作用参数与温度成线性和指数关系，则研究了高温下Al-Mn液态合金的热力学和结构性能中存在伪影的情况。当使用相互作用参数的线性温度依赖性的概念来解释Al-Mn液态合金的热结构性质时，在较高温度下，这些性质中会出现一些不对称的伪影。但是，当建模方程中存在的相互作用参数被视为与温度成指数关系时，就可以成功地从Al-Mn液态合金的热结构性质中消除这些伪影。