卡诺定理

碰撞问题的卡诺定理与工程中碰撞作用的有效系统

On Carnot theorem of collision problem and the effective coefficient of collision function in Engineering

卡诺定理的简易证明

A simple demonstration of Carnot theorem

卡诺定理及其推广的简捷证明

Simple Ways for Proving Carnot 's Theorem and Its Generalization

卡诺定理证明方法的比较

Comparisons of Methods of Proving Carnot 's Theorem

在证明卡诺定理时，不可逆热机只能作正向循环，不能令其作逆向循环。

While proving Carnot theorem , the irreversible heat engine can only run on forward circulation , but not on the opposite .

证明了当把黑体辐射看作热源时卡诺定理适用于太阳帆，从热力学角度分析了理想情况下太阳帆的能量转化效率，指出了“太阳帆违反卡诺定理”这一观点的错误。

It is proved that Carnot 's theorem can be applied to solar sails and the mistake in the claim that solar sails break Carnot 's rule is pointed out .

通过工业过程中的纯滞后对象进行仿真实验，证实本方法相当有效，系统动态性能和抗干扰能力明显增强。碰撞问题的卡诺定理与工程中碰撞作用的有效系统

The simulation results of an industrial process show that the method is quite effective . ON CARNOT THEOREM OF COLLISION PROBLEM AND THE EFFECTIVE COEFFICIENT OF COLLISION FUNCTION IN ENGINEERING

同时，不依赖第二定律证明了可逆过程的卡诺定理，并导出了可逆过程热力学第二定律的四项结论。

Besides , Carnot theorem of reversible processes has been proved without the second Law and four conclusions of the second law of thermodynamics of reversible processses has also been derived .

文章通过对卡诺定理证明方法的比较，得出第一、第二种证明方法有循环论证之嫌，而第三种方法简洁、逻辑性强。

This paper compares the methods of proving Carnot 's theorem , finding that the first and the second ones are argued in a circle and the third one is briefer and more logical .

根据卡诺定理，从空调制冷过程中的能量转换分析了夏季降低空调室外机的工作温度对空调运行耗能的影响。

With the analysis of the principle of energy transition in air conditioners , it is found that the lower temperature around the air conditioner has remarkable effect to the work efficiency of air conditioner in summer .

改进费米方法后，无须卡诺定理，即可由热力学第二定律开尔文表述直接推导克劳修斯等式、不等式，从而得到熵和熵增加原理。

Based on the improved Fermi 's method , Clausius equality and inequality is derived directly from Kelvin 's statement of the second law of thermodynamics , and then the theorem of entropy is introduced . Carnot 's principle is not used in the derivation .

本文以不同的物质作为卡诺热机的工作物质计算了其循环的热机效率，以此作为特例验证了卡诺定理，从而加深对卡诺定理的理解。

This paper , taking four substances as the working substances of the reversible Carnot heat engine , calculated their thermal efficiency and therefore confirmed Carnot theorem , which enables us to understand this theorem further and better .