用量子统计的方法得到非理想气体的范德·瓦尔斯方程。
The dimensional characters of ideal gas, Boyle gas and non-ideal gas are given.
本文给出非理想流体(非理想气体、等离子体及液体)的对偶关联性质的一般理论。
In this paper, a general theory on correlated properties of fluids (nonideal gases, plasmas and liquids) is studied. The solution operator of BBGKY hierarchy is obtained.
并从简化的L - J位势出发对非理想气体的压强、体积的修正及其热力学性质进行了讨论。
Pressure intensity and volume of non-ideal gas are revised and its thermodynamic character is discussed by studying the potential energy of L-J.
爱因斯坦迅速把这个想法推广到非零质量的情况，在1925年，爱因斯坦进一步地描述了理想气体的凝聚现象。
Einstein Further described the condensation of ideal Bose gases in 1925. How to deal with the interaction is a very important topic for the BEC problem.
计算表明，该精馏过程汽相符合理想气体定律和亨利定律，液相为非理想溶液，采用NRTL或UNIQUA C物性方法时，乙醇与甲醇在精馏塔中无法进行有效分离。
It is investigated that the ideal gas law and the Henry law are suitable for the process. Ethanol can't be separated from methanol with the NRTL or UNIQUAC property method.
计算表明，该精馏过程汽相符合理想气体定律和亨利定律，液相为非理想溶液，采用NRTL或UNIQUA C物性方法时，乙醇与甲醇在精馏塔中无法进行有效分离。
It is investigated that the ideal gas law and the Henry law are suitable for the process. Ethanol can't be separated from methanol with the NRTL or UNIQUAC property method.
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