Structure Property in Cu crystallization

TL;DR

This paper investigates the phase transition of copper crystallization, defining physical quantities like diffusion and symmetry to quantify structural changes during the process.

Contribution

It introduces specific physical quantities to describe structural properties in copper crystallization, providing new insights into phase transition behavior.

Findings

Structural properties change notably during Cu crystallization

Defined physical quantities to quantify diffusion and symmetry

Identified interesting structural changes in the phase transition

Abstract

Phase transition is a central topic in condensed matter physics, all the time. In this paper, as a general representative of phase transition, the Cu crystallization is discussed. And some physical quantities is defined to quantificationally describe the structure property in Cu crystallization, such as diffusion property and symmetry so on. As a result, it is indicated that there are some interesting changes of structure property in Cu crystallization.