statistical physics
英 [stəˈtɪstɪkl ˈfɪzɪks]
美 [stəˈtɪstɪkl ˈfɪzɪks]
网络 统计物理学; 统计物理; 统计热力学
双语例句
- Statistical Physics in Biology is a survey of problems at the interface of statistical physics and modern biology.
生物学中的统计物理是关于统计物理和现代生物界面的问题研究。 - We will discuss the applications of these methods to several areas of Physics, such as High Energy and Statistical Physics, both in the Lectures and in the Problem Sets.
我们将利用课内讲解和课外练习把这些方法应用到不同的物理问题，如高能物理，统计物理方面。 - Construction of Excelsior Course for Thermal and Statistical Physics under the Guidance of Modern Educational Theory
现代教育理论指导下的热力学与统计物理精品课程建设 - This undergraduate course in Statistical Physics website features lecture notes, problem sets with solutions, plus exams and practice exams with solutions.
网页上统计物理方面的大学课程包括课堂讲稿，附答案的习题，测验，还有附答案的练习测验。 - He thought that statistical physics was more to his liking.
他认为他更喜欢统计物理。 - This paper discusses how the authors have established the critical point in the finite nearest particle system by the mean field approximation from statistical physics.
本文利用平均场逼近的方法，研究了粒子间具有长程关联的粒子系统的相变问题，得出了近邻粒子系统的临界点，据此我们对系统进行了生存分析。 - From the point view of Statistical Physics, Networks are general many-body systems including all kinds of relations on physical and non-physical interactions.
从统计物理学来看，网络是一个包含了大量个体及个体之间相互作用的系统。 - In statistical physics lectures, the calculation of the configuration partition function of molecule is simplified from double vectors integral to single vector integral.
统计物理教材中分子构型配分函数的计算，一般是将双矢量积分化简为单矢量积分。 - In the present thesis, we apply stochastic processes to modern nonequilibrium statistical physics, for which we construct a completely mathematical theory including both definitions and properties;
本文一方面是把随机过程模型应用到近代非平衡态统计物理中，从定义到性质给出了一套相对完整的数学理论； - For the final project, you should write a brief paper ( two to four pages in Physical Review format) about a topic of your choice at the interface of Statistical Physics and Biology.
在期末专题，你应就统计物理和生物的界面选择一个主题，写一篇简短的论文（按照《物理评论》的格式写2到4页纸）。 - The anomalous Langevin equation is proposed as a fundamental equation of statistical physics to replace the Liouville equation.
用刘维空间反常朗之万方程取代刘维方程作为统计物理的基本方程，由此得到了平衡态系综。 - The Proof of Two Commonly Used Thermodynamics Equations in Statistical Physics
热力学两个常用方程在统计物理学中的证明 - The Scientific Method Education in the Thermodynamics and Statistical Physics Teaching in Normal University
高等师范院校热力学与统计物理教学中的科学方法教育 - This article discussed some basic conceptions and approaches of systematic science under the background of statistical physics system, evolutional biosystem and economic system.
以统计物理系统、进化生物系统、经济系统等三类复杂的典型系统为背景，探讨系统科学的一些基本概念、研究方法。 - Based on the exact explanation of the definition of the entropy in statistical physics it is proved that the entropy in statistical physics and the entropy in thermodynamics are identical physical quantity by means of mathematical reasoning method.
本文在阐明统计物理熵的定义的基础上，采用了一种便于接受的数学推理证明统计物理中定义的熵与热力学中定义的熵是同一个物理量。 - Finally it gets the explanation of the metal solid heat capacity is same and experiment conclusion by statistical physics.
最终达到了由统计理论得到的金属固体热容量与实验结果一致的结论。 - The article discusses how to calculate density of particle's state of energy in the statistical physics by classical physics and quantum mechanics, and analyzes results of two ways by relativistic quantum mechanics.
本文从经典物理和量子力学的角度讨论了统计物理中粒子能态密度的计算方法，并从相对论量子力学角度分析了两种情况下的计算结果。 - In this paper we discussed the principle that metal rubbing makes electricity according to classic statistical physics.
从经典统计物理出发，定性和定量地论述了金属导体摩擦的带电机理。 - The Trend of Recent Research on Statistical Physics and Complex Systems
统计物理与复杂系统研究最近发展趋势分析 - In this article, a different view and suggestion are given about hydrogen molecular partition function in teaching material of the thermodynamics and statistical physics.
该文就热力学统计物理教材中仲氢分子配分函数的表达式提出了不同看法，并给出了修改建议。 - In this paper we discuss the relation for relativistic transformation of the temperature in terms of the methods of the Thermodynamics and Statistical physics. The result obtained is consistent with the Ott-M φ ller relation.
本文对相对论热力学中一个基本问题温度的相对论变换关系，分别运用热力学方法和统计物理方法进行讨论，导出与OttMφller理论一致的结果，并对所得结果给出物理上的解释。 - Therefore, this paper concerns thermodynamics entropy, the statistical physics entropy and the information entropy concept, and makes the entropy concept further promoted. I think the entropy is a state variable that describes each subsystem condition in big system.
本文考察了热力学熵、统计物理熵和信息熵的概念，并进一步推广了熵的概念，认为熵是描述大系统中各个子系统状态的状态变量。 - Starting from the concept of entropy, elementary macroscopic and microscopic analysis are presented with thermodynamics, statistical physics and quantum theory.
本文从熵的观点出发，利用热力学，统计物理与量子力学理论分别从宏观与微观的角度对磁制冷的物理原理进行了初等分析。 - In teaching Thermodynamics and Statistical Physics, most of teachers usually neglect to analyse thoroughly its macroscopic and microcosmic state, causing the students to feel difficult at start of study.
在《热力学与统计物理学》教学中，大多数教师往往忽略了对宏观态与微观态进行深入的分析，致使学生一开始学习该课程就感到困难。 - The three different levels of description in non-equilibrium statistical physics and their relations are discussed.
讨论了非平衡态统计物理在三个层次的描述和它们的关系。 - In this paper the writer analyzes the meanings of temperatures in thermodynamics, of black hole temperatures in astrophysics and of feature temperatures in statistical physics and also discusses the widened denotation of temperatures in both macro and micro fields.
分析了热力学中的温度、天体物理学中的黑洞温度和统计物理学中的特征温度的意义，讨论了温度概念向宇观和微观领域扩展。 - There is increasing interest in adopting the concepts and techniques in quantum information theory to solve problems in many-body physics and statistical physics.
用量子信息理论中的概念和方法来研究多体物理，统计物理中的问题，已经引起了人们越来越多的兴趣。 - Statistical physics is the subject that studies the results and fundamental principles of interactions of multi-bodies.
统计物理学是研究多体系统相互作用的宏观结果及其内部原因的。 - This paper summarizes the measure algorithms of invulnerability based on graph theory and statistical physics from the basic theory of complex network.
本文从复杂网络的基本理论出发，综述了当前复杂网络基于图理论和统计物理的抗毁性测度算法。 - In this paper, we begin with financial phenomena and the opinion of using tools of statistical physics and stochastic maths is put forward to settle the complicated questions in financial markets.
本文从生活中的金融现象说起，提出了统计物理学和随机数学是解决金融市场复杂性的有力工具的观点。