电子轨道是指在玻尔及索末菲理论中,电子绕核沿满足一定条件的轨道运动。轨道的概念在原子的尺度内实际上没有意义。
14 同步輻射光源X-ray : X 电子轨道 (electron orbit) ρ 加速 磁场 (magnetic field) 电流i 轨道半径 光罩与基材 (mask and substrate) 同步輻射光线 (synchratron radiation) 1.
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... electron telescope 电子望远镜 electron trajectory 电子轨道 electron trap 电子捕集器 ...
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... train radio telephon 列车无线电通信 trajectory of electron 电子轨道 tramcar 有轨电车 ...
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... 电光 electronic optical 电子轨道 electronic orbit 电子覆盖 electronic overlay ...
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电子轨道衡 automatic railway weigh bridge ; electronic railway scale ; electronic truck scale
动态电子轨道衡 motional electron rail weigher ; dynamic electronic rail balance
静态电子轨道衡 Electronic static rail weighbridge
稳定电子轨道 stable electron orbit ; orbit stable electron
价电子轨道 [物化] valence orbit ; Valence electron orbitals
解分子外层电子轨道 electronic orbits
价电子轨道能量 valence electron orbit energy
轨道电子 [物] orbital electron ; orbitalelectron,planetaryelectron ; shell electron ; extranuclear electron
轨道电子俘获 [物] orbital electron capture ; electron capture
好了,这就是,价电子轨道理论的,最简单的解释。
All right, so that's really all there is to thinking about valence bond theory in terms of the most simple explanation here.
同样,我已经写出来了,但你们可以把这个写出来,就知道电子轨道构型是什么。
And again, I've written for you, but you can figure out what the electron configuration is just by writing up in this order here.
其中最主要的区别之一,是当你讨论多电子轨道时,它们实际上,要比对应的氢原子轨道,要小一些。
One of the main difference is is that when you're talking about multi-electron orbitals, they're actually smaller than the corresponding orbital for the hydrogen atom.
So we can think about now doing bonding, and now we have four equal orbitals with one electronic each.
我们现在可以考虑成键了,现在我们有4个等价的轨道,每个上面有1个电子。
So we can actually pop an electron or eject an electron from any single orbital that is occupied within the atom.
任何一个被占据轨道,打出一个电子,或者说发射出一个电子。
And because of the way those antibonding orbitals are stacked, the two electrons go one each into those antibonding.
因为这样,反键轨道被堆积了,这两个电子都填到各自的反键轨道。
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