There's plainly a tendency in modern literary theory to reduce all the tropes of rhetoric to just these two terms.

在现代文学理论中有一个很明显的趋势,那就是减少一切华丽的辞藻，只保留这两个。

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I mean, obviously it's different because it's about something different, but I mean in terms of the Game Theory it's different.

很显然二者的研究对象不同,但是我是说二者涉及的博弈理论也不同

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All right, so that's really all there is to thinking about valence bond theory in terms of the most simple explanation here.

好了，这就是,价电子轨道理论的,最简单的解释。

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But, in terms of the basic theory, that's the core concept.

但在基本原理上来说,它是核心概念

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Well,it doesn't seem plausible in terms of the personality theory to say that he's Shelly Kagan, and the one here today--Suppose the other one's in Michigan.

似乎从人格理论上来看,说他是Shelly，Kagan是不对的，假设另一个人现在正处密歇根。

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But let's go ahead and start our discussion in terms of molecular orbital theory.

让我们从,分子轨道理论开始讲起。

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For example, in terms of the atomic theory of matter, at the time at the turn of the Century, the understanding was that atoms were the most basic constituent of matter, meaning you couldn't break atoms up into anything smaller - that was it, you're done.

例如在原子理论中,在19，20世纪之交的时候,人们认为原子是,组成物质的最基本粒子,也就是说你不能,把原子再分割了,就这样了。

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So, I will point out, in terms of MO theory, because it rigorously does take into account quantum mechanics, it starts to become complicated once we go beyond diatomic molecules.

我要指出的是，对于MO理论，以为它严格的遵守量子力学，所以一旦超过双原子分子,就变得十分复杂了。

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And there's actually a way that we can make predictions here, and what I'll tell you is molecular orbital theory predicts that h e 2 does not exist because it's not stabilized in terms of forming the molecule.

其实我们有一种办法可以做出预测，我要告诉你们的是分子轨道,理论预测He2不存在,因为它形成分子不稳定。

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