orbital electrons

orbital electrons的基本解释

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[化] 轨道电子, 核外电子, 壳层电子

与orbital electrons相关的网络例句 [注：此内容来源于网络，仅供参考]

These electrons in an underlying d orbital increase the electron repulsion on the outer 4s electrons.

这些在下层的d 轨道的电子增加了对外层4s 电子的电斥力。

The results show that the sturcture of each of Tin clusters is obtained by capping one Ti atom to the Tin-1. The Natural bond orbital analysis show that the 4s , 4p, 4d orbitals hybridizes with 3d orbital, and about one electron transfer from 4s orbital to 3d orbital. Moreover, the electrons also transfer between different atom. The results also indicate that the average bond length of clusters were determined by the 4d and 3d orbitals except Ti7. But for Ti7, the average bond length only depend on 3d orbital.

研究结果表明： Tin(n=2~7)团簇都依带帽的形式在前一个团簇的结构基础上加一个原子变化而来；通过自然轨道分析发现，团簇原子的轨道存在sp-d杂化，有大约一个电子从4s转移到了3d，原子之间亦存在电子转移，而且除Ti7外，团簇键长由最外层4d轨道电子和3d轨道共同决定，在Ti7中，团簇键长由3d轨道决定。

At some point the stability of the orbital electrons in the ordinary sense must be destroyed as more protons are added to the nucleus.

某些电子轨道稳定性的要点在一般判断必需要破坏如大多质子增加到原子核之中。

与orbital electrons相关的网络解释 [注：此内容来源于网络，仅供参考]

nuclear reaction：核子反應

原子反应作用一般有两种型态:第一种是我们所熟悉的那种化学反应(Chemical Reaction),另一种即是核子反应(Nuclear Reaction). 在核子反应作用中,不仅一如化学反应其原子结构中的轨道电子数(Number of Orbital Electrons)会改变,而且,