Further,new fundamental first and second laws of thermostatics and thermodynamics for continuum mechanics are presented.

提出了经典热力连续统力学新热静力学和热动力学和二基本定律。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对些基本热力学过程量子力学推广，我们可以直接从量子力学去理解热力学。

And the cold flow properties of diesel fuel were studied by using the technology of photomicrography and thermodynamics.

利用光学显微技术和热分析技术研究了柴油低温流动性。

Abstract: The Gibbs free energy and critical reduction temperature of vacuum silicothermic reduction producing metallic strontium were calculated and analyzed by thermodynamics.

摘 要: 采用热力学方法计算并分析真空硅热法炼锶反应自由和临界还原温度。

The formation of the skin layer agrees with the spinodal decomposition (SD) mechanism, and the thermodynamic factor plays the leading role in this process.

膜皮层按旋节线分相机理形成，主要由热力学因素决定。

Acid intensity of hydrosulfuric acid and stepwise ionization balance were discussed by the use of thermodynamic principle, which are helpful to inorganic chemistry teaching.

摘要本文应用热学原理对强度及逐级电离平衡进行了讨论，有助于无机化学教学和学生学习。

Based on the principle of thermodynamics, the authors have made much calculation of the thermal effect caused from oxidation and generation of monodrome alloys and slag.

根据热力学原理，作者利用计算机计算功，对大量单质合金、炉渣氧化热效应、生成热效应进行了计算。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原地反应模型和化学热力学原理，讨论了晶体生长压源动力及水泥浆体体积膨胀与结晶压关系。

According to the engineering thermodynamic theory,the inflating work and ebulliency work exerted by the materials composed of liquid,vapour and gas during the adiabatic process are calculated.

运用工程热力学理论计算组成物料各气体、汽体、液体于绝热过程中对外所作膨胀功、爆沸功。

It is studied further that the dissolubility of the bismuthous sulfide in the solutions of the non-oxidative strong acid through the experiment by means of chemical thermodynamics.

运用化学热力学基础理论和方法研究了化铋在无氧化性强和可溶性碱金属卤化物溶液中溶解性。

It Is necessary to include as a heat source In the thermodynamic energy equation at erm which represems the timerate of release of the latent heat of condensation of water vapor.

有必要把代表水汽凝结潜热释放随时间变化率项作为热源项包括在热力学量方程中。