Research on the Characteristics of Liquid Metal Materials based on Material Studio

Gallium indium tin liquid metal has the excellent characteristics of low melting point, high boiling point, strong electrical conductivity, high thermal conductivity, safety and non-toxicity, etc., and is widely used in power equipment, flexible electronics, heat dissipation and cooling and other fields. Indium tin liquid metal with better performance can be obtained by adjusting the material ratio, but the expensive cost of indium tin liquid metal limits its development in material modification. In this paper, the molecular dynamics model of gallium indium tin liquid metal is established by using Material studio molecular simulation software, and the changes of microscopic properties of indium tin liquid metal are explored by modifying the ratio of materials, so as to improve the relevant properties of liquid metal of indium tin and gallium, which provides theoretical guidance for the experimental preparation of liquid metal.