绝对熵

基于Dirac方程研究双视界面黑洞的量子热效应和普朗克绝对熵

Research on the Quantum Thermal Effect and Planck Absolute Entropy of the Interior and Exterior Horizon Black Hole Based on Dirac Equation

利用Dirac方程研究黑洞内视界附近旋量粒子的Hawking吸收，重新定义黑洞的熵，给出了广义球对称带电蒸发黑洞的普朗克绝对熵。

Using Dirac equation , the Hawking absorption of spin particles near the interior horizon of black hole is studied . We redefine the entropy of black hole is defined , and give planck absolute entropy of charged evaporative black hole with general spherical symmetry is given .

双视界黑洞中Dirac场的Planck绝对熵及内外视界的平权性

The Planck Absolute Entropy of the Two Horizon Black Hole of Dirac Fields and The Equality of Inside and Outside Horizon

由此计算出标准氢电极反应在298.15K的绝对熵变为94.1J·mol-1·K-1，与文献中的标准氢电极反应在298.15K的绝对熵值相近，证明了本实验方法及所推导公式的合理性。

The absolute entropy change of the standard hydrogen electrode reaction is calculated to be 94.1 J · mol-1 · K-1 at 298.15K that is close to the one in the literature . Thus present study is proven to be reasonable .

标准氢电极反应绝对熵变的测定

Determination of the Absolute Entropy Change of the Standard Hydrogen Electrode

热力学第二定律的表述和绝对熵的定义

A Statement of Second Law of Thermodynamics and Definition of Absolute Entropy

荷电黑洞视界附近的量子热效应和普朗克绝对熵

The quantum thermal effect and Planck absolute entropy near the horizon of charged black hole

在讨论热力学第三定律的时候，我们讨论过压强变化，即对于纯净的完美晶体，随着温度下降到绝对零度熵也变成零。

We looked at pressure change before , actually , in discussing the third law , the fact that the entropy goes to zero as the absolute temperature goes to zero for a pure , perfect crystal .

本文从热力学第零定律和第一定律出发，证明了绝对温度和熵函数的存在性，导出可逆过程的热力学基本方程。

On the basis of the zeroth and first law of thermodynamics , the existence of absolute temperature and entropy function has been proved , and the basic equation of thermodynamics of reversible processes has been derived ;