1·OK, that's our familiar isolated system.
好，这是我们的孤立体系。
2·Why does not entropy of isolated system decrease?
为什么孤立系统的熵不会减少？
3·For an isolated system. You've seen this before, probably.
对孤立系统，大家从前可能见过这个公式。
4·Change in entropy is greater than zero for an isolated system.
对孤立系统，熵的变化是大于零的。
5·The shock absorbing effect of the damper isolated system excited by sinusoidal wave is also analysed.
此外，对正弦波激励下的响应进行了减震效果分析。
6·Grasp the Entropy Increase Principle of Isolated System and its application in energy losses calculation.
掌握卡诺定理及其应用。※掌握孤立系统墒增原理及其在能量损耗计算上的应用。
7·And just like we saw before for the case of entropy in an isolated system, now we have something we can calculate.
就像我们前面看到的，孤立系统的熵一样，现在我们有一些可以计算的东西。
8·They are recognized as isolated system at present and the property of releasing electric static is excellent.
它们是当前公认的隔绝系统，静电泄放能力强。
9·When energy is changed from one form to another in an isolated system, there is no change in the total amount of energy.
在孤立系统内，能量从一种形式（力学的、热学的、化学的等等）转变为另一种形式，一切形式的能量的总和保持不变。
10·When we have an isolated system, the criterion that determineswhether something happens spontaneously is the entropy has to increase.
对于孤立系统,决定一个过程是否自发发生的判据为：,熵必须增加。