To prove this, you can view the source of an existing Atom feed, or check out the example at the end of the Wikipedia page on Atom (see Resources).
为证明这一点,您可以查看已有的Atom feed的源代码,或者查看关于Atom的Wikipedia页面最后的例子(请参阅参考资料)。
So in oxygen again, this is just showing the valence electrons, so we end up having six valence electrons from each oxygen atom.
所以在氧里面,这里只展示价电子,我们最后每个氧得到6个价电子。
What did we know at the end of the 19th century about the structure of the atom?
在19世纪末,关于原子结构我们了解多少呢?
So in oxygen again, this is just showing the valence electrons, so we end up having six valence electrons from each oxygen atom.
所以在氧里面,这里只展示价电子,我们最后每个氧得到6个价电子。
What did we know at the end of the 19th century about the structure of the atom?
在19世纪末,关于原子结构我们了解多少呢?
So if we write out every term individually, what we end up with is essentially just the probability density for the first atom, then the probability density for the second atom, and then we have this last term here, and this is what ends up being the interference term.
如果我们把每一项都写出来,最后得到的就是,第一个原子的概率密度,然后是第二个原子的概率密度,然后是这最后一项,这就是干涉项。
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