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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；
- 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；
- 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 热力学的熵
- Of, relating to, or denoting a reversible thermodynamic process executed at constant entropy and occurring without gain or loss of heat. 绝热的属于，关于或表示在恒定熵状态下完成的可逆热力过程并且无热量之获得或损耗的
- The Planck area is its square.) Even in thermodynamic terms, this is a vast quantity of entropy. 普朗克面积是其平方）。即使以热力学的标准而言，这还是非常巨大的熵。
- The entropy density is constant ahead of the shock. 冲击波前方的熵密度是恒定的。
- Of,relating to,or denoting a reversible thermodynamic process executed at constant entropy and occurring without gain or loss of heat. 绝热的属于，关于或表示在恒定熵状态下完成的可逆热力过程并且无热量之获得或损耗的
- Based on thermodynamic principles,entropy generation and exergy loss of BFG(Blast Furnace Gas) and COG(Coke Oven Gas) during mixing were studied. 从热力学原理出发,研究了高、焦炉煤气混合过程的熵增加和损失。
- The thermodynamic parameters, which be used to manifest the protein denaturation, are heat capacity, Gibbs free energy, enthalpy and entropy. 用来表征蛋白质变性的热力学参数有热容、变性自由能、变性焓和变性熵等。
- 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。
- That's why entropy is depressing. 这就是为什么熵让人灰心丧气的原因。
- Shanghai Group Entropy IT Co. Ltd. 版权保留。上海群熵信息技术有限公司。
- Entropy is actually a measure of disorder. “熵”是一个针对混乱程度的度量数值。
- Without change in entropy; at constant entropy. 等熵的没有熵的变化的；恒熵的
- Chen L, Wu C, Sun F. Finite time thermodynamic opti-mization or entropy generation minimization of energy systems [ J ] . J Non - Equilib Thermodyn, 1999, 24(4): 327-359. 严子浚;陈苏煌.;三热源泵热循环的最佳泵热率与供热系数间的关系[J]
