物态转变

流体输运特性和物态转变的分子动力学研究

A Study on Transport Properties and Phase Transition of Fluids by Molecular Dynamical Simulation Method

地球内部矿物相变主要包括固固相转变和固液（熔体）相物态转变。

Phase transition of the Earth 's interior mineral mainly includes solid solid phase transformation and solid melt state change .

本文将钢铁制造流程模化为物态转变、物性控制和物流控制相互融合的多维物流控制系统。

The steel plant process has been modeled as a multi-dimensional mass-flow control system in which the transformation of mass states , mass properties and flow control have been mixed .

同时，根据我们所承担的中俄合作研究项目，对玻璃的物态转变、输运特性及微观结构进行了分子动力学模拟，取得了一些有意义的结果。

In addition , according to the project in cooperation with Russia , the phase transition , transport properties and the micro-structure of the glasses are investigated by using the molecular dynamics simulation method .

并找出联系克劳修斯&克拉贝龙物态转变方程式与阿累尼乌斯速度经验式的关系式：同时，应用蒸气压这一特徵函数对某些常见液体的蒸发趋势与速度进行比较与应用。

A relatonship between the Clausius-Clapeyron equation and Savant Arrhenius equation has been found as follows : By means of the vapour pressure characteristic function , comparisons between the tendencies and rates of evaporation of some liquids have been made .