temperature-sensitivity of pressure

By using molecular dynamic combined total energy calculation method, we studied the phase transition of CS2 at room temperature and high pressure.

我们采用分子动力学结合总能计算方法计算了二硫化碳在常温高压下的性质。

Several conclusions can be drawn from computed results as follows: ( 1) For explosion process of flammable gases in closed vessels, flow field parameters, such as pressure, velocity, density, temperature, concentration and so on, vary with time and space.

经本文程序计算得到如下结论：（1）对于球形密闭容器内可燃气体的爆炸过程，压力、速度、密度、温度、浓度等流场参数均随时间、空间而发生变化。

The limit temperature obtained is 40.4 K, corresponding to the saturated vapour pressure of 6 × 10-2 mm Hg.

得到的极限温度为40.4K；相应的饱和蒸汽压为6×10~（-2）mm Hg。

For explosion process of gas cloud in closed vessels, flow field parameters, such as pressure, velocity, density, temperature, concentration and so on, vary with time and space.

对于球形密闭容器内气云的爆炸过程，压力、速度、密度、温度、浓度等流场参数均随时间、空间而发生变化。

Therefore the pressure and temperature distribution in SF6 GIS become the focus of the research.

因此对SF6封闭式组合电器各气室因内部电弧引起的压力、温度场研究，成为研究的重点。