... atomic electron-shell 原子电子壳层 electron, shell 壳层电子 electron shell structure 电子壳层结构 ...
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内壳层电子 inner shell electron
价壳层电子 valence shell electron
原子价壳层电子 valence shell electron
电子壳层 [物] electron shell ; electron envelope ; electronic shell
价壳<层>电子 valence shell electron
原子的电子壳层 atomic shell ; atomic electron shell ; atomic envelope ; at theiromic electron shell
电子壳层结构 electron shell structure ; structure electron shell
封闭电子壳层 closed shell of electrons
最外电子壳层 outermost electronic shell
考虑了内壳层电子激发的组态相互作用后,采用R矩阵方法计算了电子碰撞类锂碳离子的共振激发碰撞强度。
The multichannel R-matrix code is employed to compute the collision strengths for electron-impact excitation of pentacid Mg ion.
这个想法是由化学中的化学键理论想到的。在这个理论里,人们通常认为原子中形成满壳层的电子对化学键完全没有贡献。
The idea was suggested by the chemical theory of valency in which one is used to the idea of electrons in an atom forming closed shells which do not contribute at all to the valency.
因此要填满我们的“八隅体“,排满所有的价壳层,我们总共需要十八个电子。
So in terms of total numbers that we would need to complete our octets and fill our valence shells, we would need 18 electrons.
So in terms of total numbers that we would need to complete our octets and fill our valence shells, we would need 18 electrons.
因此要填满我们的“八隅体“,排满所有的价壳层,我们总共需要十八个电子。
The reason is because we already have a full valence shell for our hydrogen, it doesn't want any more electrons.
原因是因为我们的氢,已经有一个排满的价壳层了,它不再需要多余的电子了。
But still, when we're talking about the radial probability distribution, what we actually want to think about is what's the probability of finding the electron in that shell?
但当我们讲到径向概率分布时,我们想做的是考虑,在某一个壳层里,找到电子的概率,就把它想成是蛋壳?
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