Calculation of Gas Isothermal Compressibility Factor 天然气等温压缩系数的计算
An equation of state ( EOS) for high-pressure liquids, i.e., Tait EOS, is deduced according to isothermal compressibility. 从等温压缩系数定义式出发,引出高压液体状态方程,即Tait状态方程。
The Measurement of Thermal Expansion Coefficient and Isothermal Compressibility for Polypropylene Random Copolymers 无规共聚聚丙烯的热膨胀系数和等温压缩系数的测定
The isothermal compressibility of binary systems 二组分系统的压缩系数和热压力系数
The measurement of linear expansion coefficient, isothermal compressibility and pressure coefficient of polyethelene PE线胀系数、等温压缩率和压力系数的测定
Correlation for isothermal oil compressibility was developed as a function of temperature, pressure and density data. The average error for 404 compressibility data was only 2.96%. 并建立了温度、压力和密度函数的原油压缩系数关联式,其对404个数据点的平均误差为2.96%。
Their thermal expansion coefficient(α) and isothermal compressibility(β) were evaluated using the definition method and Tait equation, respectively. 通过定义法和Tait方程法得出PPR的热膨胀系数(α)随温度以及等温压缩系数(β)随压力的变化关系。
These properties include vapor-liquid and critical properties, constant pressure heat capacity, thermal expansivity and isothermal compressibility, transport properties as viscosity, self-diffusion coefficient and thermal conductivity, and liquid density and viscosity of binary mixture. 这些热力学性质包括气液相平衡及临界性质,恒压热容,热涨系数,压缩系数,传递性质如剪切粘度、扩散系数、热传导系数等,以及二元混合物的密度和粘度。