内层电子

  • 网络core electron;inner electrons;inner-shell electrons;Inner Shell Electron
内层电子内层电子
  1. 内层电子有着吸引人的简单规律性。

    The inner electrons have an appealing simplicity .

  2. 眼球内异物磁性吸出装置内层电子有着吸引人的简单规律性。

    Magnetic intra eyeball foreign substance attracting-out unit The inner electrons have an appealing simplicity .

  3. HgBa2CaCu2O(6+δ)的内层电子激发能的密度泛函理论研究(英文)

    Density Functional Theory Studies of the Core Excited Energies of HgBa_2 CaCu_2O_ ( 6 + δ)

  4. 用XPS测量了分散在碳箔载体上的金属钴和氧化钴的钴内层电子结合能和俄歇电子动能。

    The core level binding energies and Auger energies of highly dispersed Co metal and CoO on carbon foil have been determined by using XPS .

  5. 你看,氧是1s2原子,1s轨道上是内层电子。

    If you look at oxygen , oxygen is1s2 , which is an inner shell electron .

  6. 考虑到过渡金属Cu的内层电子相对论效应比较明显和计算速度因素的影响,采用有效核势法(ECP)处理了Cu原子。

    The effective core potential ( ECP ) method was invoked to calculate copper atom in order to take consideration of remarkable inner electron relativistic effect of copper atom and calculation speed .

  7. (电子学)能够独立的运行。内层电子光电子能谱学

    ( electronics ) capable of operating independently . photoelectron spectroscopy of inner shell electron

  8. 一个入射电子能把靶子原子的内层电子撞出来。

    An incident electron can knock an inner-shell electron out of a target atom .

  9. 内层电子光电子能谱学

    Photoelectron spectroscopy of inner shell electron

  10. 所以,内层电子间,进行反应的可能性,是很小很小的。

    So , the chances of getting any activity from these inner shell of electrons are vanishingly small .

  11. 你应该了解考虑成键时,去考虑内层电子,是毫无意义的。

    You can see that there is no value in studying inner shell electrons to ask questions about bonding .

  12. 指出在说明元素性质时,不仅要考虑外层电子排布的影响,而且也要考虑内层电子排布的影响。

    It is pointed out that , when the properties of element are to be explained , not only the influence of the arrangement of outer electrons but also that of inner electrons should be considered .

  13. 本文研究了五种有机锡化合物的光电子能谱图,讨论了影响锡原子内层d轨道电子结合能化学位移的几种因素,比如,取代基的影响,基团电负性的影响。

    Five organic tin compounds were studied by X-ray photoelectron spectroscopy , and the influence of different substituents was discussed on d-orbit of tin atom .

  14. 在谐波抑制方面,本文对当前研究的热点&串联和并联有源滤波器进行了理论分析,将电力有源滤波器控制分为两层结构,内层直接面向电力电子主回路,实现指令电流或是电压的跟踪。

    In the aspect of eliminated technique , this paper emphases to investigate the series active power filter and shunt series active power filter , dispart the series active power filter control into two-layer structure , the inner layer face the main loop to track the reference current or voltage .