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Theoretical Analysis of Melting Point Depression of Pure Metals in Different Initial Configurations

机译:不同初始构型的纯金属熔点降低的理论分析

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摘要

A general equation is derived for melting point depression (MPD) of pure metals, consisting of three terms: MPD due to high gas pressure, MPD due to high strain energy, and MPD due to small size of the metal. Particular equations are derived for different configurations of the solid metal, including grains embedded within a matrix. The equations obtained in this paper can be used to design nano-joining structures with improved MPD.
机译:推导了纯金属的熔点降低(MPD)的通用方程式,该方程式由三项组成:高气压引起的MPD,高应变能引起的MPD和金属尺寸小引起的MPD。对于固体金属的不同构造,包括嵌入基体中的晶粒,得出了特殊的方程式。本文获得的方程可用于设计具有改进MPD的纳米连接结构。

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