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1·On this basis the physical essence of entropy increase theory is further analysed.

在此基础上，进一步分析了熵增原理的物理本质。

2·The environment entropy theory has been expanded according to the entropy increase theory.

依据熵增理论，从理论上拓展了环境熵的概念。

3·Grasp the Entropy Increase Principle of Isolated System and its application in energy losses calculation.

掌握卡诺定理及其应用。※掌握孤立系统墒增原理及其在能量损耗计算上的应用。

4·The entropy increase function, we has derived the phase field controlling equations which are thermodynamical consistent.

该模型以熵增加函数为基础，通过熵增加函数推导出热力学一致性的相场控制方程。

5·This paper briefly introduces entropys microcosmic notion and expounds that entropy increase results in energy devaluation.

本文以简单的换热器为例，分析了传热过程的不可逆性与能量贬值的差别。

6·The computations show that the droplets distribution, entropy increase, wetness fraction, and flow angle are changed when the shape of trailing edge varies.

结果显示，出气边形状的改变影响凝结流中水滴状态、熵增、湿度、出口气流角的分布。

7·In this paper, the problem of the entropy increase or decrease of the exploit of the mineral resources and the relationship between entropy and natural value are discussed.

讨论了矿产资源开发利用的熵增、熵减问题，以及熵与自然价值的关系，进而建立了矿产资源开发利用系统价值概念模型。

8·This paper makes research on internal mechanism of regenerator from the view of entropy. The quantitative relation between the loss and the entropy increase is first derived.

从熵的角度探索回热器的内部机制，首次给出了焓流损失与熵增之间的定量关系。

9·Entropy increase principle in isolated system, which is deduced from the discussion of Clausius entropy and Boltzmann entropy, has further deduced entropy principle in open system as well.

通过对克劳修斯熵、玻耳兹曼熵的讨论，得到熵的本质和孤立系统的熵增加原理，并把孤立系统的熵增加原理推广为开放系统的熵原理。

10·In addition, by evaluating the entropy increase and entropy generation in the turbine stage, the unsteady losses are investigated quantitatively, which leads to some significant conclusions.

另外，通过计算涡轮级中的熵增和熵产，定量地分析了端区非定常相互作用产生的损失，并得到了一些有意义的结论。