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1)  quasi-static thermodynamic process
准静态热力过程
2)  quasi-static process
准静态过程
1.
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
2.
The molar heat capacity of ideal gas and van der Waals gas in arbitrary quasi-static process;
理想气体与范氏气体在任意准静态过程中的摩尔热容
3.
Changes of enthalpy and entropy in the quasi-static process as a straight line in the P-V chart;
P-V图上直线准静态过程中的焓变与熵变
3)  quasi static process
准静态过程
1.
Using the first law of thermodynamics,the work done by and the heat absorbed and released and the change in intrinsic energy of Van Der Waals gas under quasi static processes are discussed It leads to the expressions of the solutions to work,heat and intrinsic energy The comparion between Van Der Waals gas and ideal gas is also made
应用热力学第一定律对范德瓦尔斯气体在各种准静态过程中所做的功,吸收或放出的热量以及内能的变化进行讨论,得出各准静态过程中功、热量和内能的求解表达式,并与理想气体进行比较。
2.
Studied the ingress and liberation of heat for quasi static process of ideal gas from micro and macro points of vie
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。
3.
Differential equation of ideal gas in willfully quasi static process is give,and the general characteristics (including work,increase of internal energy,heat absorption or release,molar beat capacity,change point of temperature,change point of heat,heat engine efficiency,entropy and so on )are discussed.
给出理想气体任意准静态过程的微分方程,并对任意准静态过程的一般特性,包括功、内能的增量、吸收或放出的热量、摩尔热容量、温度转变点、热量转变点、热机效率、熵等,进行了讨
4)  quasistatic process
准静态过程
1.
On ideal gas’ temperature risen or fallen and its heat gained or losen during any quasistatic process;
关于理想气体在任意准静态过程中的吸放热和升降温等问题的讨论
2.
In this paper we discuss wholly quasistatic process of an ideal gas in terms of the relation of general polytropic exponent n to molar heat capacity C.
应用广义多方指数n和热容量C的关系,对理想气体的准静态过程进行了完整统一的讨论。
3.
A quasistatic process differential equation of ideal gas is deduced from the first law of thermodynamics and speciality of ideal gas.
由热力学第一定律及理想气体的性质导出理想气体准静态过程微分方程,揭示了理想气体准静态过程各种具体形式的共同特征和内在的规
5)  quasistastic stress
准静态热应力
6)  quasi static process
准静过程
补充资料:准静态热力过程
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性质:一种理想化的热力过程。是当体系内部从某一平衡态开始,经历了一系列平衡的中间状态后达到另一个终了平衡态的全过程。平衡过程可以在状态参数坐标图上表示成一条实线,简称热力过程线。实际上由于体系与外界之间存在各种不平衡的作用因素(如温差、压力差等),必然使体系的状态发生变化,使中间状态不可能是平衡态。但若把不平衡因素无穷慢地施加给体系,并且使体系恢复平衡的速度远远大于平衡被破坏的速度,这时状态变化的全过程就称为准静态热力过程。这一概念对进一步研究可逆过程的性质具有重要的意义(参见逆过程)。

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