但我们知道热力学都是关于平衡的。
我们已经从热力学，了解了平衡。
这些依赖于热力学,和平衡态的性质。
They also do depend on thermodynamics and where equilibrium states are.
如果它是个平衡系统，那么热力学就能描述它。
If it's an equilibrium system, then thermodynamics can describe it.
因此热力学只研究平衡系统。
这个数目虽然不大，但足以使这个方程获得平衡，使热力学定律复归其原有的地位。
Not a huge amount, but enough to balance the equations and restore the laws of thermodynamics to their pristine state.
你可以把非平衡热力学,应用于经济学。
因为不像热力学，热力学告诉我们物质的平衡性质，这学期大部分工作，就是研究什么是平衡。
Because unlike thermodynamics, thermodynamics tells you all about equilibrium properties. A huge part of the work of this term has been to figure out what equilibrium is.
平衡近似是，系统建立起一个快速的平衡，你可以用热力学，帮你解决这个问题。
And the equilibrium approximation where the system sets up a very fast equilibrium and you're allowed to use thermodynamics to help you out in solving the problem.
什么是花费的时间建立热力学平衡在稀薄的血丝在血丝的测量期间恒定的？
What is the time taken to establish thermodynamic equilibrium in the thin capillaries during measurement of the capillary constant?
怎么花费的时间建立热力学平衡取决于在实验性细胞的温度？
How does the time taken to establish thermodynamic equilibrium depend on the temperature in the experimental cell?
了这座热力学的坚固大厦，这是一门，平衡态系统，的科学。
And added a structure of math upon it, to build this edifice, which is a very solid edifice of thermodynamics as a science of equilibrium systems.
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。
Thermodynamic equilibrium constants of chemical reactions which involve gaseous phases condensed phases and complex phases are strictly deduced in terms of chemical potential.
本文在稳态模型和局域热力学平衡等假设下，推导了在纵向磁场下真空电弧压力的数学表达式。
This paper derives the mathematical express on of the pressure of vacuum arc subjected to an axial magnetic field under stationary model and the assumption of local thermodynamic equilibrium etc.
CJ和ZND模型中的有序假设，即爆轰产物粒子朝着同一方向作有序运动的假设，决定了终点熵最低和不处于热力学平衡态。
The order assumption in CJ and ZND models, which considers all particles of detonation products march orderly in one direction, implies low entropy and thermodynamic non-equilibrium.
热能：处于热力学平衡状态的系统由于它的温度而具有的内能。
Thermal energy: Internal energy of a system in thermodynamic equilibrium by virtue of its temperature.
根据气液两相相平衡热力学模型研究了某挥发油油藏在注天然气过程中油藏体系相态特征的变化规律。
Based on a thermodynamic model of gas_liquid equilibrium, the variation of phase behavior in a volatile oil system during gas injection has been investigated.
基于普通的能斯特方程，建立了单原子层平衡电势的热力学模型。
Based on the general Nernst equation, thermodynamics model of the submonolayer equilibrium potential was set up.
本文综述了热力学平衡分析方法应用于砷和硒在燃煤过程中形态转化和平衡分布等方面的研究进展。
A review about thermodynamic equilibrium analysis applied to arsenic and selenium speciations from coal combustion is given in this paper.
论文提供了一个预测液固相平衡的热力学模型。
This paper presents a thermodynamic model for predicting the liquid-solid phase equilibrium.
根据熔浆-矿物平衡热力学，岩浆被认为起源于榴辉岩相条件下俯冲板片的部分熔融。
Based on the melt-mineral equilibrium thermodynamics, it is believed that the adakitic magma originated by partial .
推导过程和结果都说明，在进行多相平衡体系的热力学分析时，以相律为指导是必要的。
The deducing process and the results all show that using phase rule to analyze the thermodynamic characteristics of multiple phase equilibrium system is necessary.
用多相、多组元平衡的热力学计算方法，对稀土碳锰纯净钢中夹杂物的析出和转化进行了计算。
Thermodynamic calculation on balance of multi-phases and multi-components was used to analyze the precipitation and transformation of inclusions in high purity carbon-manganese steel with La or Ce.
通过平衡热力学计算和流体包裹体研究获得了各变质阶段P -T条件和流体性质。
P-T conditions and fluid nature in every metamorphic stage are found after study of fluid inclusions and calculating of thermodynamic equilibrium.
应用非平衡态热力学理论，求出热电器件吸热和放热端与热源交换的热流。
The heat flows between the two ends of a thermoelectric device and their contacted heat sources are derived by means of nonequilibrium thermodynamic theory.
建立了甲酸甲酯和水共存下的甲醇分解制燃气体系的热力学模型，以研究该体系的热力学平衡限度。
A thermodynamics model was proposed to study the equilibrium limitation of methanol decomposition to fuel-gas in the present of methyl format and water.
这些原则包括：传热及温度回升，亚稳及非平衡凝固热力学，生长动力学及溶质分布。
These principles in elude heat transfer and recalescence, thermodynamics of metastable and non-equilibrium solidification, growth kinetics and solute redistribution.
本文对电离平衡反应用热力学进行了处理，推导出了计算平衡反应的平衡常数K_3的公式。
This paper deals with electro-ionization balance reaction based on thermodynamics and derives the formula of balance constant K3 for calculating balance reaction.
本文对电离平衡反应用热力学进行了处理，推导出了计算平衡反应的平衡常数K_3的公式。
This paper deals with electro-ionization balance reaction based on thermodynamics and derives the formula of balance constant K3 for calculating balance reaction.
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