The thermodynamic analysis shows that the micellization of F127 in aqueous solutions is an entropy-driven spontaneous process.
热力学分析表明，F127在水中的胶束化是熵驱动的热力学自发过程。
Any questions about these entropy driven cases?
关于这些熵驱动的例子有什么问题吗？
And I'll start with a couple of examples that are entirely entropy driven.
我将从一些完全，由熵驱动的例子开始。
And it's all driven by entropy.
都是由熵驱动的。
It's only entropy that's going to contribute. Ok, let's look at just one more entropy driven problem. And that is, it's a little bit different from these let's look at the entropy mixing in a liquid.
那之后只是熵在起作用，好，让我们再来看一个熵驱动的问题，它和这些有一点不同，让我们看看液体中的熵的混合。
All driven by entropy of mixing.
所有这些都是由混合熵引起的。
And it's all driven by entropy of mixing.
这些的基本原因都是熵的混合。
DNA adsorption on soil colloids and minerals is driven by an increase in entropy.
DNA在红壤胶体或矿物表面的吸附是一个熵增过程。
DNA adsorption on soil colloids and minerals is driven by an increase in entropy.
DNA在红壤胶体或矿物表面的吸附是一个熵增过程。
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