statistical thermodynamics

英 [stəˈtɪstɪkl ˌθɜːməʊdaɪˈnæmɪks] 美 [stəˈtɪstɪkl ˌθɜːrmoʊdaɪˈnæmɪks]

统计热力学

化学



双语例句

  1. So today, I just want to continue doing some statistical thermodynamics.
    那么今天,我仅仅想继续探讨,一些统计热力学问题。
  2. The features of reversible and irreversible process under mechanical turbulence are described using time correlation function and correlation time of statistical thermodynamics.
    该方法根据待分析的瞬时相关函数中自项分量及交叉项分量相位的不同特点,采用相位匹配的方法估计各信号分量的瞬时频率。
  3. Introduces aspects of statistical thermodynamics as they relate to macroscopic equilibrium phenomena.
    介绍与宏观平衡现象相联系的统计热力学方面的知识。
  4. The function and limits of statistical thermodynamics in the developing of EOS are valued.
    评价了统计力学在开发状态方程中的作用,并指出了其局限性。
  5. An equation for predicting the thermal conductivities of liquid mixtures is proposed on the basis of the subensemble method and the relativity of statistical thermodynamics.
    根据统计热力学的子系统原理和统计热力学的相对论,提出一个新的液体混合物导热系数方程。
  6. Statistical Thermodynamics of Equilibrium Melting Points of Polymers and Estimation of Related Interaction Parameters
    高分子平衡熔点的统计热力学及相关分子能量参数的估算
  7. Statistical thermodynamics of simple liquids
    单纯液体统计热动力学
  8. The interaction energy of N-N pairs in α Fe-N system was evaluated through statistical thermodynamics and regular solution model.
    借助统计热力学方法和正规溶液模型法估计了在αFe-N体系中氮原子与其周围最近邻氮原子之间的相互作用。
  9. The Teaching of "the statistical thermodynamics" in the Physical Chemistry
    物理化学中统计热力学的教学探讨
  10. Calculation of p, v, t of real fluid using the perturbation theory of statistical thermodynamics
    利用统计热力学中的微扰理论推算实际气体p、v、T的新方法
  11. Finally, the thermodynamic and kinetic parameters have been investigated based on the statistical thermodynamics and transition state theory.
    基于统计热力学方法和Eyring的绝对反应速率理论求得该反应的热力学和动力学参数。
  12. Statistical Thermodynamics of Binary and Ternary Ion Exchange Systems
    二元及三元离子交换体系的统计热力学
  13. In the calculation, the Gibbs free energy of mixing of multicomponent silicate melts is calculated using a cell model based on chemical statistical thermodynamics. The silicate melts have been described in terms of an oxygen anion surrounded by two cations consisting of symmetric and asymmetric cell.
    本研究中,多元硅酸盐溶体的Gibbs自由能由一个基于统计热力学的晶胞模型来计算,该晶胞模型按照氧与周围的阳离子构成的对称和非对称晶胞来描述硅酸盐熔体结构。
  14. On Specific Heat of Wood by Statistical Thermodynamics
    木材比热的统计热力学研究
  15. Based on the model of statistical thermodynamics and the theory of surface thermodynamics, the equation of local composition is given. Combining it with the reaction rate theory, a new equation of surface tension is given.
    本文从统计热力学模型和表面热力学理论出发,导出了局部组成表达式,结合绝对反应速率理论,建立了一个液体混合物新的表面张力方程。
  16. Program on Statistical Thermodynamics
    统计热力学计算程序
  17. Phase space is an important and elementary concept in both classical mechanics and statistical thermodynamics.
    无论在经典力学还是统计热力学中,相空间都是一个重要的基本概念。
  18. Proof of the Superstability of pair potentials in statistical thermodynamics
    统计热力学偶势超稳定性证明
  19. In the computer simulation of statistical thermodynamic model of real gas, we introduced statistical thermodynamics of real gas and simulated for the abstract conception& phase space;
    在实际气体的统计热力学模型的计算机模拟中,介绍了实际气体的统计热力学,并对抽象的相空间进行了模拟;
  20. Statistical thermodynamics of α fe-n system
    αFe-N体系的统计热力学分析
  21. A new hypothesis is proposed in the paper to determine the superheat limit of liquid on the basis of fluctuation theory of statistical thermodynamics.
    本文利用统计热力学涨落理论提出一个新的假说,并由此建立了确定液体极限过热度的新方法。
  22. Based on the method of statistical thermodynamics of solutions, a statistical thermodynamic model of liquid mixtures is given.
    应用溶液统计热力学方法和溶液理论,建立了多元液体混合物的统计热力学模型。
  23. A molten slag model based on chemical statistical thermodynamics and Its Applications
    熔渣的化学统计热力学模型的应用
  24. At present, the thermodynamic models of predicting the hydrate formation conditions are almost on the basis of classical statistical thermodynamics.
    目前预测水合物生成条件的热力学模型几乎都是以经典统计热力学为基础的。
  25. The features of reversible and irreversible process under mechanical turbulence are described using time correlation function and correlation time of statistical thermodynamics. The relation between the irreversible process and loss in system is discussed.
    应用统计热力学中的时间相关函数和关联时间阐述了力学扰动下体系的不可逆与可逆过程的特征以及不可逆过程与体系的损耗之间的关系。
  26. The calculation results of T_g with different CO_2 content by using the theoretical model, which is based on classical and statistical thermodynamics agrees well with the experimental result.
    利用基于经典热力学与统计热力学理论构建的模型,对聚合物中不同的CO2质量分数对应的玻璃化转变温度值进行了计算,得到的计算结果与实验结果较吻合。
  27. We represented the temperature of workpiece atoms using statistical temperature of statistical thermodynamics, and study the different cutting parameters impact on the temperature distribution of nanostructure.
    利用统计热力学中的统计温度对加工过程中工件原子的温度进行表征,并研究不同切削参数对纳构件温度场分布的影响。
  28. Entropy in statistical thermodynamics is a characteristic parameter to study the irreversible process direction in thermodynamical system. Entropy in tribology can unifies factors in different unit.
    统计热力学中的熵函数是表征热力学系统不可逆过程演化方向的特征参量,将熵函数应用于摩擦学的研究中,可以实现摩擦过程中不同量纲影响因素的统一。
  29. With the rapid development of the quantum information science, a number of fundamental questions about the quantum statistical thermodynamics have been concerned.
    随着量子信息科学的发展,量子力学的许多基本问题受到了关注,统计热力学中的一些基本问题也从量子力学的角度受到重新审视,并出现了新的研究方向&量子热力学。