热力学能

这些不同的形态有不同的热力学能，组成无差异。

These various forms differ in their thermodynamic energy content , but not in composition .

热学的量热力学能

Quantity in Thermodynamics & Thermodynamic Energy

利用密度泛函理论的计算结果证明不同的取代基影响了正一价锌卟啉的热力学能、分子结构及分子轨道，其稳定性随之也发生了变化。

The calculated results by density-functional theory ( DFT ) proved that different substituents influenced the thermodynamic energy , molecular configuration and MOs orbitals of univalent porphyrin zinc species and the stability changed consequently .

火成岩对煤层挤压揉皱形成构造煤，同时构造尖灭端应力集中，提供了足够的瓦斯热力学能。

In the closed seam , the pyrogenic rock compressed and compacted the structure coal . There is a stress concentrated at the tip of the structure , which could provide the inner energy for the gas .

由热力学自由能计算和化学物相分析证明，土壤中有效态Ni、Co、Cu和S均系硫化物转变成硫酸盐后被浸出。

With thermodynamic evaluation of free energies it was shown that the available nickel , cobalt , copper and sulfur in soils can only by leached out as their sulfate into which their sulfides have been converted .

杨辉三角形与热力学自由能

Yang Hui Triangle and Free Energies of Thermodynamics

脲酶是土壤氮素转化的关键性酶，脲酶动力学和热力学参数能从一定角度上反映脲酶活性和酶促反应过程。

Urease is the key enzyme in the translation of nitrogen , and the dynamics and thermodynamics of urease can reflect the urease activity and enzymatic reaction process mechanism in the certain degree .

在计算机上用MonteCarlo法模拟分子热力学系统，能由分子微观结构特性求得系统宏观热力学状态函数，因而是建立和检验现有热力学模型的有效手段。

By Simulating a molecular thermodynamic system on computer using Monte Carlo method thermodynamic functions can be solved from molecular structures in microstates . Computer simulation is thus applicable to testing and proposing thermodynamic models .

探讨高吸水性树脂的吸水机理，提出改进的热力学公式和能解释淀粉、纤维素接枝AA与AM高吸水性树脂吸水的结构模型。

SAR 's absorbent mechanism is studied , and an improved thermodynamic formula and a molecule structure model which can interpret the state of absorbent water of starch , CMC and HEC graft copolymerization are proposed .

计算得到的TATB与四种氟聚合物的热力学界面作用能表明：F2314与TATB间潜在的范德华作用最强。

The calculated interfacial energies between TATB and fluor polymers show that the latent Van der waal ′ s interaction between F 2314 and TATB is the most powerful .

本文讨论了在气固界面上化学吸附键的性质，并指出热力学方法具有能准确给出一系列化学吸附参数的不可替代的重要性。

This paper studies the nature of chemisorption bond and points out that the thermodynamic mic method is irreplaceable in giving parameters of chemisorption .

同时，还将计算结果与传统的理论进行了比较，结果表明，非平衡热力学理论更能反映过程的物理本质。

At same time , the comparison of present calculations with traditional theory results for mass fraction and mass transfer potential illustrated that the non-equilibrium thermodynamic theory can rationally explain mass transfer processes of air and Vapor inside the boundary layer .

此外，我们还提出假相平衡热力学模型，模型能成功解释三个体系的实验结果。

A pseudo - phase-equilibrium thermodynamic model was proposed to successfully explain the experimental results of the three systems .

建立介电弹性体热力学系统的自由能方程，推导本构方程。

The free energy function has been built for dielectric elastomer thermodynamic system in adiabatic circumstances , and the corresponding constitutive function has been deduced .

当把物体的开裂视作为一个非平衡不可逆热力学过程，表面能的整个热力学性质也就清楚了。

When a separating body is viewed as a non-equilibrium irreversible thermodynamic process , the full thermodynamic nature of the surface energy induced by crack propagation becomes apparent .

用热力学中的晶格能、焓变、熵变及自由能的数据对离子化合物的溶解度和氢卤酸的酸性进行了分析。

With the data of crystal lattice , entropy change , enthalpy change and free energy in thermodynamics , this essay makes analysis on the solubility of hydronium compound and the acidity of hydrosulphuric acid .

单相闭系统热力学平衡态下热力学能的求解

Solution of Thermodynamic Energy under Balanced State of Thermodynamics in Mono-phase Closed System

计算结果表明，有限时间热力学较之传统热力学能更深刻地反映发动机的实际循环。

The calculated results show that the finite time thermodynamics can reflect engine 's real cycle more profoundly than the traditional thermodynamics .

对于电磁场作用下的平衡态热力学系统，可以利用能量公理和介质中的电场能量微分式及磁场能量微分式在热力学能的微分式中引入电场参量和磁场参量。

To the system of equilibrium thermodynamics in the electromagnetic fields , the electric parameters and magnetic parameters is added to the differential expression of thermodynamic energy by the use of energy axiom , differential expression of electric energy and magnetic energy .