classical thermodynamics
英 [ˈklæsɪkl ˌθɜːməʊdaɪˈnæmɪks]
美 [ˈklæsɪkl ˌθɜːrmoʊdaɪˈnæmɪks]
经典热力学
双语例句
- These research results are closer to the reality than those of classical thermodynamics.
这些研究结果比经典热力学更接近于实际。 - Although the classical dissipative structure theory misapplied the second law of thermodynamics and the disorder of entropy, but could not conceal the value of dissipative structure theory itself.
经典耗散结构对其有序的分析虽然误用了热力学第二定律和无序度的熵，但这掩盖不了耗散结构本身的价值。 - The nucleation rate equation and the crystal growth rate equation of polymer melts in a strong electrostatic field have been derived from the classical thermodynamics and the classical dynamics.
根据经典热力学和动力学两方面理论，推导出了聚合物熔体在强静电场作用下成核率和晶核长大率的表达式，从理论上解释了聚合物熔体在强静电场作用下的结晶行为。 - In this paper by using Suzuki-trotter thoughts, we map 1D quantum Heisenberg chain into an equivalent 2D classical system. Utilizing the double-chain approximation in trotter direction. We calculate free energy per site in antiferromagnetic system and discuss the thermodynamics properties.
利用Suzuki－trotter思想，把1维海森堡链映射为2维经典系统，在trotter方向采用双链近似，算出反铁磁系统的每个格点的自由能，讨论其热力学性质。 - Classical MD simulations were carried out to study the structural and thermodynamics properties of nitromethane under high pressure, and the theoretical Hugoniot was obtained up to 14.2 GPa.
利用经典势的分子动力学（MD）模拟研究了高压压缩状态下液态硝基甲烷的结构和热力学性质，得到了高达14.2GPa压力下的理论Hugoniot数据。 - The classical thermodynamics theory is used in the calculating of chilldown propellant loss.
耗液计算以经典热力学理论为基础，循环计算应用了数值方法。 - The mathematics model of exhaust gas heat loss is established by quoting the classical thermodynamics data and based on the efficiency measuring method of tube type heating furnace in petroleum chemical industry. It is easy to manage the heating furnace by computer.
根据《石油化工工艺管式加热炉效率测定法》的基本方法，引用经典热力学数据，建立加热炉排烟热损数学模型，以便于加热炉的计算机管理。 - This paper discusses the limitations of extension of classical Hamiltonian Principle to continuous systems, then reviews the new developments of operational theory in functional analysis and variational principles in non equilibrium thermodynamics based on field variation.
从论述经典力学中的Hamiltonian原理的推广开始，概述泛函分析中算子理论和非平衡热力学变分原理基于场的变分的新发展。 - Finite time thermodynamics is the extension of classical thermodynamics and a new branch of the modern thermodynamics.
有限时间热力学是经典热力学的延伸和推广，是现代热力学理论的一个新分支。 - 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。 - Equilibrium thermodynamics, linear non-equilibrium thermodynamics and non-linear non-equilibrium thermodynamics and kinetics were reviewed in this paper. Authors indicated that non-equilibrium thermodynamics did not discard the basic principles of classical thermodynamics, but added the new explanation and important supplement.
综述了平衡态热力学、线性非平衡热力学和非线性非平衡热力学与动力学，指出了非平衡态热力学并未抛弃经典热力学的基本结论，而是给以新的解释和重要的补充。 - Theory of finite-time thermodynamics is an extension of classical thermodynamics. Because it has specific contents and distinct research methods, it has become an important theoretical tool that is often used in the research of irreversible thermodynamic process constrained in finite time.
有限时间热力学理论是经典热力学的延伸和推广，它独特的研究内容和方法已经使它成为研究受有限时间约束的不可逆热力学过程的一种重要的理论工具。 - In this paper, We will extend the principle of lest action in mechanics to relativistic Thermodynamics, and set up a new one different from Einstein's classical theory, and form a complete relativistic thermodynamics theory system including Ott theory.
本文将相对论力学的最小作用量原理延拓到相对论热力学，建立一个不同于Einstein经典理论的最小作用量原理，从而形成一个包含Ott理论的完整的相对论热力学理论体系。 - Of course, the moist adiabatic process and the pseudo adiabatic process in classical atmosphere thermodynamics are also its special instance.
经典大气热力学中的湿绝热过程和假绝热膨胀过程也只是它的一种特殊情况。 - The classical infinitesimal deformation theory and thermodynamics of equilibrium state are not sufficient to explain the complex motion of living system.
经典的小变形力学和可逆平衡态热力学理论巳不足于描述活体的运动。 - The conclusions in this paper are more realistic than those in classical thermodynamics.
所得的结论比经典热力学的结论更有实际意义。 - 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。 - Based on the classical nucleation theory and the time-dependent nucleation theory, the thermodynamics and the kinetics for the nucleation of decagonal quasicrystal have been discussed in detail.
借助经典形核理论与瞬态形核理论讨论了过冷熔体中十面体准晶形核的热力学和动力学条件； - Based on the classical nucleation theory and the time-dependent nucleation theory, the thermodynamics and the kinetics for the competitive nucleation between the metastable and stable phases have been calculated, and hence a critical condition of forming the metastable phase was proposed.
借助经典形核理论和瞬态形核理论，讨论了Fe-B共晶合金中亚稳相与平衡相之间竞争形核的热力学和动力学体条件，给出了过冷Fe-B共晶合金中形成亚稳相的临界条件。 - 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。 - In the past, most of the studies relative to polymer miscibility had been focused on those within the frame of classical quiescent thermodynamics.
以往，绝大多数针对高聚物相容性的研究都是集中在静态的、经典的热力学范畴内。 - Further studies have shown that ecosystems are different from the atomic concept of classical mechanics-oriented system, but rather a concept of energy dissipation and entropy-driven non-equilibrium thermodynamics and statistical mechanics systems.
深入的研究表明，生态系统不同于以力和原子概念为主导的经典力学体系，而是一个以熵和能量耗散概念为主导的非平衡热力学和统计力学系统。