The molar heat capacity of ideal gas and van der Waals gas in arbitrary quasi-static process;
从微元过程和宏观过程的角度，对理想气体任意准静态过程的吸、放热进行了研究。
The formula of the molar heat capacity of Onnes gas in arbitrary quasi-static process is derived.
导出了昂尼斯气体在任意准静过程中的摩尔热容公式。
This paper discusses some problems about molar heat capacity of ideal gas in arbitrary quasi-static process.
对理想气体任意准静态过程的摩尔热容量中的一些问题进行探讨。
The standard molar heat capacity, standard molar entropy and standard molar enthalpy increased with temperature evidently as quadratic function.
随温度的升高，标准摩尔焓、标准摩尔熵、标准摩尔热容均呈二次函数增大。
Molar heat capacities in the processes of quasi static state of perfect gases are discussed according to the first law of thermodynamics in this paper.
从热力学第一定律出发，详细讨论了理想气体准静态过程中的摩尔热容。
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。
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。
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