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中国物理学会期刊

以电子激起及游离化锂原子几率

CSTR: 32037.14.aps.5.162

Probabilites of Ionization and Excitation of Closed Sbell Electron of Li by Electon Impact

CSTR: 32037.14.aps.5.162
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  • 本文用由变分法所得之波动函数,计算以电子激起一外层电子,一内层电子及同时激起一电子并游离化一锂原子之几率。结果为激起一内层电子之几率远较激起一化学价电子者为小,而与同时激起及游离化-原子之几率约略为同等值。本文复根据此项计算之结果,讨论Lee 氏之电子撞击实验及Ellen与Ty.en二氏所得之卫线。

     

    With the aid of analytic wave functions determined by tho variationai method, the quantum mechanical cross-sections for the excitation of the valence electron, an electron in an inner closed ehell, and of the simultaneoüs excitation and ionization have been calculated analytically for the lithium atom. 1t is found that the probability of excitation of.an electron in a closed shell is in general very small compared with those for the excitation of the valence eleetron, but is of the same order of magnitude as those for the Bimultaneous excitation and ionization. The experiments of Lee on electron collision and the observation of Edlen: and Tyren on the satellite lines in atomic spectra arc briøfly discussed on the baeis of these calculationg.

     

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