In this paper, using process simulation software UniSim Design and PR thermodynamic equation to simulate a 6 million tons/ year of crude oil distillation unit.

Combined the classical thermodynamic equation with the two-fluid theory, vapor liquid equilibrium relations in terms of vapor pressures of the pure components are evaluated.

将双流体理论与经典热力学相结合，得到了由纯物质蒸汽压方程表达的混合物汽液平衡关系式。

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The value of temperature change was calculated by Thermodynamic equation. The three films all appear the maximum heating temperature change near their curie points.

热力学公式计算铁电薄膜电热温变值，三种薄膜在各自的居里点附近均出现了最大电热温变值。

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The distillation method was applied to the separation of product and the whole process was simulated with the NRTL thermodynamic equation.

采用普通精馏方法分离反应产物，并以NRTL热力学方程为物性计算方法。

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With the comparison of experiment data and simulated data, the thermodynamic equation for the simulation process can be proved usable.

在模拟过程的热力学方程可行性验证上，采用了实验数值与模拟数值对比的方法。

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Ab initio simulation on thermodynamic equation of state of fcc aluminum under high temperature and pressure

从头算方法研究面心立方铝在高温高压下的热力学状态方程

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Statistical parameter of thermodynamic equation of state

热力学物态方程参数的统计力学表示

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Simplification of temperature's model and building of thermodynamic equation;

温度系统模型的简化和热力学方程的建立；

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Transportation system is a complex open system which is similar with the thermodynamic system. It also has the relevant characteristics of the non-equilibrium thermodynamics system and follows the basic discipline of thermodynamic. So, entropy can be used to describe the road transport system.

对于交通系统这样一个复杂的开放系统，其与热力学系统具有相似之处，具备非平衡态热力学系统的相关特征，可遵循热力学的基本规律，引入热力学熵来描述道路交通系统。

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In this paper, We discuss the some disbelieve of thermodynamic secondly law, reply the farther understand with thermodynamic secondly law and entropy.

通过对热力学第二定律的若干诘难问题的详细讨论，加深了对热力学第二定律和熵概念的理解。

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Based on non-equilibrium thermodynamics and dissipative structure theory methods, the author discusses and reveals the problems of the formation and stability of the frozen-wall system and its thermodynamic nature, and proposes the thermodynamic entropy models of the system. The result is a great satisfaction.

利用非平衡热力学和耗散结构理论方法，作者论述了冻结壁系统的形成及其稳定问题，剖析了它们的热力学本质，提出了冻结壁系统的热力学熵模型，其结果令人满意。

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Evolving rules of some important thermodynamic functions such as entropy, entropy production and entropy flow during the formation of the limit cycle oscillation and the conservative oscillation show that these functions can't characterize features of dissipative structures.

耗散分布函数和嫡流分布函数在极限环振荡和守恒振荡形成前后的变化规律，表明它们在表征耗散结构方面比其他热力学函数更具特征性和可比性。

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Thermodynamic functions of the entropy and enthalpy were calculated in the experimental temperature range. 4. Hydrogels can be used as a drug carrier.

计算了实验温度区间内的焓变和熵变。4.水凝胶是一种引起广泛关注的载药方式。

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Based on thermodynamic principles, entropy generation and exergy loss of BFG ( Blast Furnace Gas) and COG ( Coke Oven Gas) during mixing were studied.

从热力学原理出发，研究了高、焦炉煤气混合过程的熵增加和损失。

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Based on the first and the second laws of thermodynamic, the entropy generation of heat transfer process from the inside to the outside through a duct is analyzed.

基于热力学第一、二定律对换热管由管内到管外的传热过程进行了熵产分析，以管内流体为基准引入了无因次熵产数并得到其计算式；

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Thermodynamic entropy theory for cell cold hardiness ── theoretical studies on the excess entropy production acts as the stability criterion of cold hardiness deep supercooling and cold hardiness of chokeberry shoots

细胞寒害的热力学熵理论（Ⅱ）&超熵产生作为寒害稳定性判据的理论研究

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Based on the development history of the entropy, the concept and statistical explain of the thermodynamic entropy are simply described in this paper firstly, and the concept of the informational entropy is introduced.

文章从熵的发展历史出发，简述了热学熵的概念及其统计解释，引入了信息熵的概念。

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Finally, the connection of rationality index with thermodynamic entropy and information entropy is discussed, and it is indicated that the rationality index is the extension of thermodynamic entropy concept.

最后讨论了合理性指数与热力学熵和信息熵的联系，指出了合理性指数是热力学熵概念的延伸。

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The effect of a small amount of Me2+ substitution and trace impurities doped on stabilize ferroelectric phase was explained qualitatively by thermodynamic entropy stabilization principle.

并以热力学熵稳定原理，定性地解释了少量置换与微量添杂对稳定铁电相的作用。

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Based on the general concept of the thermodynamic entropy and basic extension characteristics of entropy, this paper gives the definition of entropy and the entropy transition analysis in hydropower energy system.

根据热力学熵的基本概念及熵概念泛化的基本特性，提出了水电能源系统熵的定义，并进行了系统电站熵变分析；

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It is by now well known that one of the outstandingly unsolved questions in gravitational theory is the microscopic origin of black-hole thermodynamic entropy.

另外众所周知，在引力理论中一个还没有解决的重要问题是黑洞热力学特性的微观起源。

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