1·When this model is combined with the theory of excluded volume experimental critical compressibility factor and boyle value are obtained together.
当该模型与排除体积理论结合时，可同时获得实验临界压缩系数和博伊尔值。
2·In addition, the stripping properties of oil products, correlations for the compressibility factor and enthalpy of superheated steam were given.
此外，还给出了油品汽提性质、过热水蒸气焓及压缩因子的简化关联式。
3·And based on the relations of compressibility factor and viscosity of the gas versus pressure, the relations of these parameters versus dimensionless pressure are also built.
同时通过对气体压缩因子、黏度随压力、温度的变化，建立了这些参数和无因次压力的关系；
4·The molecular dynamic data of compressibility factor are used to regress this two localized radial distribution functions. Therefore, a new equation of state of square well fluids is established.
利用已知的压缩因子分子动力学模拟数据，回归得到了这两个径向分布函数，从而建立了一个新的方阱流体状态方程。
5·The compressibility of upper heavier fluid is a stable factor, while the compressibility of lower lighter fluid is an instable factor.
上层重流体的可压缩性是稳定因素，而下层轻流体的可压缩性是失稳因素。