热力学势

任意规范下有限温度二圈QED热力学势及其交叉发散

Finite-Temperature Thermodynamic Potential of Two-Loop QED and Overlapping Divergences at Arbitrary Gauge

为此，我们导出了磁场中Dirac方程的解并列出了磁场中系统在零温下巨热力学势的解析解。

We solve the Dirac function with magnetic field and deduce the thermodynamic potential of the magnetic system .

作为应用的例子，计算了QED的双圈热力学势及其重整化。

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

利用文献[6]提供的三玻色子非线性相互作用模型哈密顿量导出的热力学势，计算光与晶格相互作用散射过程中入射、散射光子和声子的热平均数以及系统的熵。

In this paper using the thermodynamical potential of the nonlinear interaction model of three bosons which has been derived from refrence [ 6 ] , the thermal photons and phnons mean values , and entropy of the system were calculated .

讨论触媒材料的作用机构，实质上是研究从熔融溶液中培育晶体的过程，金刚石与液相的热力学势差是过程进行的主动力。

The discussion on acting mechanism of the catalyst material is actually the study of the process for fostering crystals from melten solution . The main driving force which produces the process is the thermodynamic potential difference between diamond and liquid phase .

统计热力学偶势超稳定性证明

Proof of the Superstability of pair potentials in statistical thermodynamics