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- The general entropy expression of the hydropower-system based on the thermodynamic entropy function is presented in this paper. 摘要本文借助热力学熵增表达式，阐述了水电能源系统电站的熵增一般表达式；
- After being renormalized with the standard scheme, the thermodynamical entropy of the general stationary axisymmetric black hole is found. 从而，我们得到了经过重整化的一般稳态轴对称黑洞热力学熵表达式。
- Thermodynamic entropy, in contrast, depends on the states of all the billions of atoms (and their roaming electrons) that make up each transistor. 随著微型化的快速进展，一个原子能够储存一个位元资讯的日子也越来越近；
- thermodynamics entropy 热力学熵
- Entropy is used to describe the balanced state of a system in thermodynamics. 熵,是描述热力学系统平衡态的一个状态函数。
- A third statement of the second law of thermodynamics makes use of a new concept called entropy. 热力学第二定律的第三种陈述方式引用了一个叫做熵的新概念。
- In physics, the obstacle is the second law of thermodynamics, and the existence of entropy. 在物理学中,障碍是热力学第二定律和平均信息量的存在。
- This sounded remarkably similar to the Second Law of Thermodynamics, with area playing the role of entropy. 这听起来非常类似热力学第二定律,由于区域扮演热力学熵的角色。
- To question the finality of the principle of entropy is not to dispute the second law of thermodynamics. 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。
- The entropy density is constant ahead of the shock. 冲击波前方的熵密度是恒定的。
- As a well-received fact, entropy, the measurement of the disorder degree of a system, can indirectly be measured by thermodynamics. 摘要从正则系综与巨正则系综的统计规律出发推导出了熵与宏观状态参量之间的关联。
- Clausius entropy expression is macrosthermodynamic expression, and Boltzman entropy expression is statistical thermodynamics expression. 二者的区别仅仅在于前者是宏观热力学的计算公式，后者给出了统计物理学的解释和计算公式.
- Information theory provides us what mathematic essence of information is and borrows Entropy concept from thermodynamics to quantify information. 摘要信息论给出了信息的数学本质，提出了用热力学中的熵来度量信息量的大小。
- Keywords： Black Hole， Entropy， Quantum Field Theory， Conformal Field Theory， Thermodynamics， statistical Mechanics. 关键词：黑洞，熵，量子场论，共形场论，热力学，统计力学。
- The errors are inevitable, because they are the result of the second law of thermodynamics that entropy of the isolated systems canot decrease. 在国内的科学家，尤其是年轻科学家们压力很大，无法全心全意的考虑科学问题。
- Without change in entropy;at constant entropy. 等熵的没有熵的变化的；恒熵的
- The mechanics of entropy are a matter of chance. 熵的构成是一个机遇问题。
- In the business world, entropy rules. 在商业世界中，无序状态主宰一切。
- Entropy is chaos. It is loss of purpose. 熵就是混乱，熵就是目的的丧失。
- Entropy is not inevitable everywhere, however. 但是，熵并不是无法避免的。
