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1·As an example, we app it to calculate the thermodynamic potential of two-loop QED and the renormalization.

作为应用的例子，计算了QED的双圈热力学势及其重整化。

2·Consider the thermodynamic potential using the particle-hole oscillator representation. We are going to check if it gives the same result as the canonical Fermi representation.

利用粒子-空穴振荡表象考虑热力学势，我们要检验它是否能给出正则费米表象一样的结果。

3·The dimensional regularization at finite temperature is applied to calculate accurately the thermodynamic potential of two-loop QED and the overlapping divergences at arbitrary gauge.

采用有限温度下维数正规化的方法在任意协变规范下精确地计算了双圈QED的热力学势及其交叉发散。

4·Thermodynamic equilibrium constants of chemical reactions which involve gaseous phases condensed phases and complex phases are strictly deduced in terms of chemical potential.

利用化学势的概念，导出气相、液相和复相化学反应体系的热力学平衡常数表示式。

5·Three potential functions are explained by using experimental data of spectrum and thermodynamic data of the solvate.

文中三个精确的势能函数可以用实验光谱数据和溶剂化物的热力学数据进行解释。

6·Pressure intensity and volume of non-ideal gas are revised and its thermodynamic character is discussed by studying the potential energy of L-J.

并从简化的L - J位势出发对非理想气体的压强、体积的修正及其热力学性质进行了讨论。

7·Presents the thermodynamic principle of an ideal combined cooling, heating and power system and indicates its huge potential in energy saving.

介绍了理想冷热电三联供(CCHP)系统的热力学原理，指出其巨大的节能潜力。

8·This paper is to get a clear understanding of chemical potential, and introduce the way to calculate the chemical potential of ideal gas with thermodynamic method and physical method.

本文主要在于厘清化学势的定义，阐明如何用热力学方法和统计物理方法计算理想气体化学势，并在此基础上进一步阐述了化学势的一些重要作用。

9·Corrosion resistance: Titanium is a kind of very active metal with low equilibrium potential and strong trend of thermodynamic corrosion in media.

耐腐蚀性能：钛是一种非常活泼的金属，其平衡电位很低，在介质中的热力学腐蚀。