热力学循环

用一个热力学循环计算了在从气相初始状态到混合溶剂某一组成X时该质子迁移过程的热力学函数的变化，即δΔPig→X。

A thermodynamic cycle was used to calculate in solvent X a proton transfer process which refers to an initial gaseous thermodynamic state , i.e. δΔ P I g → X .

波恩-哈伯循环是一个热力学循环，表示了这些量之间的关系。

The Born-Haber cycle is a thermodynamic cycle that shows the interrelation of these quantities .

磁Ericsson制冷机中热力学循环的优化研究

The Optimal Research of Thermodynamics Cycle on the Magnetic Ericsson Refrigerator

两类回热式热力学循环性能的研究

Investigation on the Performance of Two Typical Regenerative Thermodynamic Cycles

热力学循环效率的正确计算方法

The Correct Calculation on the Thermodynamic Efficiency of Reversible Cycle

进而利用热力学循环具有理想回热条件的普遍判据，分析了铁电斯特林制冷循环和埃里克森制冷循环的回热特征。

The Ericsson and Stirling cycles are two of the important regenerative thermodynamic cycles .

而且由于量子力学的特性，量子热力学循环也表现出了一些与经典热力学循环不同的特殊性质。

And the quantum thermodynamic cycle also showed a lot of special properties that are different from the classical thermodynamic cycle .

随着量子力学的发展与成熟，量子热力学循环的研究也成了热力学循环研究的重点。

With the development and maturity of quantum mechanics , quantum thermodynamic cycle has become a focus of the thermodynamic study .

那么我们要推导，一个热力学循环，这是这个过程中我要计算的东西。

So we 're going to go through a thermodynamic cycle , and here 's what I want to calculate when we do this .

本文应用了一种回热式不可逆气体斯特林热力学循环热机模型，它不仅考虑了热传导引起的不可逆性，也考虑了回热损失引起的不可逆性。

An irreversible model for Stirling gas regenerative engine cycle is presented in this paper , in which heat resistance and regenerative losses are considered .

现在我将用另一种，有些复杂的办法来推导这一关系，在这一过程中引入，我们今后会常接触到的，热力学循环的概念。

And I wanted to do it a different way which is a little bit convoluted , but it introduces the idea of a thermodynamic cycle , and it 's something that we 're going to use a lot in the class .

试验结果表明燃用甲醇裂解燃料比燃用甲醇蒸汽燃料发动机热效率较高、排放较低。由发动机工作过程热力学循环分析结果表明，发动机燃用裂解燃料时性能较好的主要原因是实现了快速燃烧与稀薄燃烧。

The test results showed an improvement in brake efficiency and exhaust emissions when the engine was fueled with DM instead of VM , Thermodynamic analyses revealed that the main factors responsible for higher efficiency of DM engine are faster and leaner burning .

本文叙述了循环的工作过程，进行了循环的热力学分析及新循环与G-M循环的性能比较，得出了一些有益的结果。这些结果可供制冷机的设计和实验研究参考。

The comparison between this new cycle and G-M cycle , the operation procedure and thermodynamic analysis of this cycle are given .

研究了循环中各主要化学反应的适宜条件，并从热力学计算出了循环体系中能量流动过程；

Suitable conditions for the main chemical reactions of this cycle are studied . Its energy flow process is determined through thermodynamic calculation and its heterogeneous reaction dynamics are studied by using thermogravimetry .

有限时间热力学可以被应用到许多研究领域，特别在热力学循环的优化设计方面已取得大量研究成果。

Finite-time thermodynamics has been applied in many research fields . Especially , a lot of important achievements in the optimal design of thermodynamic cycles have been obtained .