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Development of a Thermodynamic Criterion to Predict the Alloy Compositions for Amorphous and Nanocrystalline Phase Formation during Mechanical Alloying

机译:开发一种热力学判据来预测机械合金化过程中非晶和纳米晶相形成的合金成分

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摘要

Recent studies indicate that the existing criteria for amorphous phase formation are not precise,. This study emphasizes that the extent of deviation from the linear relationship of the chemical contribution to enthalpy of the solid solution with the enthalpy difference between the amorphous phase and the constituent elements is a measure of tendency to bypass amorphous phase formation. Mechanical alloying experiments on a number of compositions in Al-Ni-Ti system showed that the compositions, not following the aforesaid relation, yield partial or no amorphization.
机译:最近的研究表明,非晶相形成的现有标准并不精确。这项研究强调,偏离化学成分对固溶体焓的线性关系与无定形相与组成元素之间的焓差的偏离程度是绕过无定形相形成趋势的量度。在Al-Ni-Ti体系中对许多成分进行机械合金化实验表明,不遵循上述关系的成分会产生部分或没有非晶化。

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