那就是，熵的项，当然，仍然存在。
对孤立系统，熵的变化是大于零的。
Change in entropy is greater than zero for an isolated system.
埃克终于懂得了怎样逆转熵的方向。
And it came to pass that AC learned how to reverse the direction of entropy.
研究了熵的定义和基本性质。
The definition of entropy and its basic properties are studied.
研究了熵的定义和基本性质。
如此，一个新的，低熵的宇宙便可能产生。
At this point, a new aeon with a low entropy state will begin.
介绍了信息量和熵的定义。
The definition of amount of information and entropy are presented.
只从熵的项，你会使细胞爆裂或无论做什么。
Just from the entropy term you would burst the cell or do whatever.
意义最为深远的熵的例外是生命的创造。
The most profound exception to entropy is the creation of life.
熵的零点不是任意的。
好，那么来看看熵的初始,和最终的表达式。
Well, then let's look at the initial and final expressions for the entropy.
死亡的形象，译为科学原理就是熵的概念。
The concept of entropy is the figure of Death translated into scientific principle.
这个是我们已经看过的，即熵的增加dS大于零。
This one, which we already had seen, which is dS, is greater than zero.
为什么它处于这么奇怪的、低熵的、不寻常的状态？
提出了基于信息熵的大规模网络流量异常检测方法。
This paper presents a new method of network-wide traffic anomaly detection.
也许会有办法逆转熵的增加。我们应该问问银河埃克。
There may be some way to reverse entropy. We ought to ask the Galactic ac.
那么，彭罗斯假定每个宇宙的尽头会涉及到低熵的回报。
Well, Penrose posits the end of each universe will involve a return to low entropy.
采用熵的评价理论，综合评价近六年来我国经济增长质量。
Use of Entropy theory, analyse economic growth of our country.
研究基于脑电信号排列组合熵的运动意识任务自动分类方法。
To present a new application of permutation entropy method for automatic brain consciousness task classification.
如何来求熵的表达式，现在你已经知道熵对温度的依赖关系。
Now, you've already seen how entropy depends on temperature.
同时本文还应用加权熵的定义对诊断用的信息量进行了处理。
The author also process - es the diagnosis information with weighted entropy.
我们同样可以看到如果保持自由焓,和压强不变熵的变化dS也是大于零的。
H We also saw that dS for constant H and p was greater than zero.
在今天的纷繁复杂的社会里，我们需要复杂的组织，形成足以抗击熵的引擎。
In today's complex society, we need complex organizations to produce a powerful anti-entropy engine.
现在的研究采用了复杂性分析中的样品熵算法。
The present study is to investigate the application of sample entropy (SampEn) measures.
在这个简单的模型中，这个纯液体的熵是零。
Well, in this simple model the entropy of the pure liquid is zero.
所以混合中的熵是非常重要的。
通常所说的能量，或者自由焓和熵之间存在一个平衡。
There's a balance here between ordinary energy or enthalpy and entropy.
而且，实际的平衡依赖于熵，而不仅仅是能量。
Still, the actual equilibrium depends on entropy also, not only on the energy.
我们知道它是由熵驱动的。
我们知道它是由熵驱动的。
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