热力学定律

  • 网络The Laws of Thermodynamics
热力学定律热力学定律
  1. 当然,这还是遵循热力学定律的。

    Yes , it still obeys the laws of thermodynamics .

  2. 每一个被热力学定律所允许的位元,都派上用场。

    Every single bit allowed by the laws of thermodynamics is put to use .

  3. 它从守恒定律和热力学定律导出,没有类似于CJ假设之类的附加条件。

    The conjugate detonation model is derived from conservation and thermodynamic laws without any additional conditions as the CJ assumption .

  4. 随之得出的热力学定律满足狭义相对性原理,充分证明了P-E理论的正确性。

    The conclusion is that thermodynamics law satisfy principle of special relativity , the importance of P-E theory is fully proved .

  5. 接下来把温度倒数扩展为协变量,并把倒温度与动量微分进行组合,得到在P-E温缩理论框架下的封闭系统热力学定律协变式的标量方程,本质上的能量守恒方程。

    Then the reciprocal of temperature is expanding concomitant variable , and the reciprocal temperature and the differential of momentum carry on contraction . We concluded that covariance scalar equation of thermodynamics law covariant of closed system in P-E theory frame , in essence , it is energy conservation equation .

  6. 热力学定律与温度、内能、熵

    Temperature , Intrinsic Energy , Entropy and Law of Thermodynamics

  7. T→±∞时是否存在新的热力学定律

    Is There Any New Law of Thermodynamics at T →±∞

  8. 热力学定律解释了热量转化的原理。

    The Law of Thermodynamics explains the transfer of heat .

  9. 基于热力学定律的太阳能利用探究

    Study on Use of Solar Energy Based on Thermodynamics

  10. 模型能自动满足热力学定律,具有较为严密的理论基础,与试验结果符合良好。

    The models have strict theoretical basis and automatically satisfy the thermodynamic laws .

  11. 论动体温度变换和热力学定律的协变形式

    On the Temperature Transformation of Moving Body and the Covariant Formalism of Thermodynamics law

  12. 热力学定律包括着一个称为熵的有关不可递热力学过程的概念。

    The laws of thermodynamics involve a concept called entropy for irreversible thermodynamic processes .

  13. 然后抽象这些一般的热力学定律。

    We formulate these broad thermodynamic laws .

  14. 建立了生命系统应满足的热力学定律;

    Furthermore , we set up the law of thermodynamics which the biological system meets ;

  15. 对煤与瓦斯突出过程中煤体质点内的能量耗散过程用热力学定律进行了分析;

    Energy dissipation from coal particles in coal and gas outburst is analyzed by thermodynamics .

  16. 太阳能热利用与热力学定律

    Solar Thermal Utilizations and Thermodynamic Laws

  17. 热力学定律的等效性

    On equivalence of laws of thermodynamics

  18. 论生命系统的信息熵流及热力学定律

    Theory of the current of information entropy in the biological system and the law of thermodynamics

  19. 能量品位论&热力学定律教学改革的思考(Ⅰ)

    The theory of energy grade : Consideration of the reform of education of thermodynamics law (ⅰ)

  20. 热力学定律的论述以及它们在平衡过程和材料性质中的应用。

    Treatment of the laws of thermodynamics and their applications to equilibrium and the properties of materials .

  21. 我不同意,问题出在宇宙不可能像热力学定律所说的那样被孤立起来。

    The problem lies in that the universe can 't be isolated as required by the law .

  22. 从热力学定律出发,引入温度、内能,熵的概念。

    By introducing the law of thermodynamic and the concepts of temperature , in-trinsic energy and entropy .

  23. 自然界中的能量与物质系统的运动是遵循热力学定律的。

    The movement system of energy and material of natural world based on the law of thermodynamics .

  24. 本文讨论T→±∝时是否存在新的热力学定律问题。

    In this paper we discuss the problem whether there is any new law of thermodynamics at T →±∝ .

  25. 对熵原理所导致的结局提出质疑,并不意味着争辩第二热力学定律的真实性。

    To question the finality of the principle of entropy is not to dispute the second law of thermodynamics .

  26. 基于热力学定律研究了岩石在强动载作用下的损伤演化过程。

    In this paper the damage evolution process of rocks under intensive dynamic loading is studied based on thermodynamics .

  27. 从热力学定律出发,利用自由能函数和耗散函数,通过严格的理论推导得到屈服函数、流动法则和硬化规律。

    Starting with the first and second laws of thermodynamics , the free energy function and dissipation potential function are discussed ;

  28. 本文以热力学定律为依据,根据农业生态系统的特性,给农业生态系统的熵下了定义。

    According to the thermodynamic law and the characteristics of agricultural ecological system , the entropy of agricultural ecological system was defined .

  29. 据悉,咖啡豆采用“无毒金属材料”用不锈钢材料包裹着咖啡豆应用而成,其工作方式似乎违背热力学定律。

    While this might seem to go against the laws of thermodynamics , Coffee Joulies contain a'special non-toxic material'sealed within the beans'stainless steel shells .

  30. 热力学定律与波粒二象性和相对论这两个核心概念得到的频次相对最低。

    Two core ideas of " Laws of thermodynamics " and " wave-particle duality and the theory of relativity " get relatively minimum frequency .