Fluid phase equilibrium data is essential for the design of supercritical fluid extraction column involving the measurement of phase diagrams for ternary mixtures.
流体相平衡数据是设计超临界流体萃取塔的关键。本文给出了涉及三元混合物相图计量的萃取塔的可行性研究和应用的一些例子。
Three methods for the correlation of phase equilibrium data of supercritical fluid (SCF) -solid systems were formulated, and the precision of correlation for these methods were compared.
系统地阐明了超临流体-固体系统相平衡的三种关联方法，对其关联精度进行了比较。
Relative literatures, measurement system, range of temperature and pressure, characteristics of phase equilibrium, as well as data prediction methods are listed.
列出相关文献、测定系统、温度压力范围、相平衡特点以及数据的回归、预测方法等。
A empirical equation on the phase equilibrium of methane hydrates is gained by statistics analysis, which has a very good agreement with the experimental data.
本相平衡实验数据与前人的研究数据相结合，得出了一组适合计算甲烷水合物相平衡的经验公式，结果证实该经验公式能够很好地和实验数据吻合。
UNIQUAC model was used for liquid phase and "chemical theory" for vapor phase. The regressing parameters were used to estimate vapor-liquid equilibrium data, and good results were obtained.
液相采用UNIQUAC模型，汽相采用“化学理论”，用回归所得的参数进行汽—液平衡数据的推算，获得了较好的结果。
The paper recommends a method for calculating phase equilibrium and isopycnic depleted data by use of SRKequation of state.
推荐了一种用SRK 状态方程计算相平衡和等体积消耗数据的方法。
Further more, the equilibrium-constant of the inclusion reaction was calculated by the data of phase solubility method.
包合后客体化合物的溶解度有了明显的提高，此外还用相溶解度法计算了包合反应的平衡常数。
It provides significant basic data and research methods such as adsorption phase equilibrium simulation and oil-gas reservoir numerical simulation for study of adsorption processes in porous media.
此项研究工作将为开展多孔介质中吸附作用的各种研究(如吸附平衡相态模拟和油气藏数值模拟研究等)提供重要的基础数据和研究方法。
The equilibrium phase diagram and the density-composition diagram of the quaternary system were plotted using experimental data.
依据实验测定的平衡溶解度数据及对应的平衡固相，绘制了该四元体系的平衡相图及其密度-组成图。
It is an important aspect and fundamental work to directly measure the data on gas hydrate phase equilibrium.
而对气体水合物相平衡数据进行直接测量，则是水合物相平衡研究的一个重要方面和基础工作。
It is an important aspect and fundamental work to directly measure the data on gas hydrate phase equilibrium.
而对气体水合物相平衡数据进行直接测量，则是水合物相平衡研究的一个重要方面和基础工作。
应用推荐