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- 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。
- 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
- The Analysis of Molar Heat Capacity in P-V Linear Process 在P-V线性过程中摩尔热容的分析
- 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
- The Internal Energy and Molar Heat Capacity of Vander Waals Gas 范德瓦尔斯气体的内能及摩尔热容
- The Internal Energy and The Molar Heat Capacity of Actual Gas 实际气体的内能和摩尔热容量
- The Internal Energy and The Molar Heat Capacity of Berthelot Gas 伯塞活脱气体的内能和摩尔热容量
- A Re-discussion on the Molar Heat Capacity of Ideal Gas and van der Waals Gas 对理想气体和范氏气体摩尔热容的再认识
- On the Discussion of Molar Heat Capacity in the Polytropic Process of Ideal Gas 关于理想气体多方过程中摩尔热容量的讨论
- Internal pressure and molar heat capacity at constant volume for liquids 液体内压及摩尔定容热容
- The molar heat capacity of Onnes's gas in arbitrary quasi-static process 昂尼斯气体在任意准静态过程中的摩尔热容
- On the Solution to the Problem of Molar Heat Capacity of Ideal Gas in Linear Quasi- Static Process 关于理想气体在直线型准静态过程中的摩尔热容量的求解
- molar heat capacity 摩尔热容,克分子热容量,克分子热容
- molar heat capacities at constant volume calculated from first-principles approach and Debye theory have small discrepancy in medial temperature zone. 定容摩尔热容的第一原理计算值与德拜理论值在中温区有少量偏差,在低温及高温区非常接近。
- We will be interested in the heat capacity of interstellar gases. 我们感兴趣的是星际气体的热容量。
- The heat capacity of deltamethrin in the temperature range from 80 to 400 K was measured with a precise automatic adiabatic calorimeter. The sample was prepared with the purity of 0.9926 molar fraction. 采用精密自动绝热量热计测量了溴氰菊酯在80~400 K温区的热容; 试样纯度为0.;9926 (摩尔分数)
- Due to its high heat capacity, PCM absorbs the heat dissipated by the battery. 由于它的高温吸收能力,PCM可吸收电池散发出的热能。
- Marine temperatures change gradually because of the high heat capacity of water. 由于海水的比热大,海水温度是逐渐缓慢地变化的。
- The high heat capacity of water makes it possible for ocean currents to carry heat in a very efficient manner. 水的高热容量使得海流以非常有效的方式传送热能。
- DsolHm: differential molar heat of solution 微分摩尔溶解热