1) thermal capacity at constant volume
定体摩尔热容量
1.
Based on the condensing vapor model,the expression of sound speed close to critical point is deduced,which shows the relationship between the sound speed and the density fluctuating index and thermal capacity at constant volume.
使用压缩蒸气模型,推导了超临界流体在超临界点附近区间的声速表达式,表达式揭示了声速和密度波动指数、等温压缩系数、定体摩尔热容量等参量的联系。
2) Moler heat capactity at constant volume
定量摩尔热容量
3) molecular thermal capacity
定压摩尔热容量
4) molar heat capacity
摩尔热容量
1.
Temperature dependence of the molar heat capacity of gas;
气体的摩尔热容量随温度变化的实验研究
2.
This paper researched the internal energy,Molar heat capacity and critical parameter of Clausius gas,analyzed the difference between Clausius gas and van der Waals gas.
对克劳修斯气体的内能、摩尔热容量、临界参量作了研究,分析了该气体与范得瓦尔斯气体的差异。
3.
For solving the problem of molar heat capacity in linear quasi-static process,the formula of molar heat capacity in four kinds of particular process can t be used indiscriminately.
对于求解直线型准静态过程的摩尔热容量的问题 ,不能套用四种特殊过程的摩尔热容量公式 ,为此 ,特提出另一种可行的解法 ,并加以讨
5) molar heat capacity at constant volume
摩尔定容热容
1.
The thermodynamic equation of state and a p V T equation for liquids were used to develop improved methods for calculating the internal pressure and the molar heat capacity at constant volume of liquids.
为获得液体内压和摩尔定容热容的准确数据 ,以热力学状态方程和一个液体的 p-V-T方程为基础 ,提出了液体内压的计算方法以及如何由液体的摩尔定压热容推算摩尔定容热容。
6) molarheat capacity at constant volume
定容摩尔热容
补充资料：定体
1.支配躯体。 2.确定性质。 3.固定不变的形态或性质。 4.固定的体例﹑体式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条