首页> 外文期刊>The Journal of Chemical Physics >Dependence of electron impact differential cross sections on the ionic charge to radius ratio for the Al3+(2p) and Be2+(1s) ions
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Dependence of electron impact differential cross sections on the ionic charge to radius ratio for the Al3+(2p) and Be2+(1s) ions

机译:电子冲击差横截面对Al3 +(2P)和Be2 +(1S)离子的离子电荷对半径比的依赖性

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摘要

The triple differential cross sections (TDCSs) have been obtained for the electron impact ionization of ionic targets, Al3+(2p) and Be2+(1s), having nearly the same ratio of ionic charge to radius. In the first of this kind of study, the trends of cross sections have been found to match to a greater extent despite ionization taking place from the ionic targets having considerable difference in nuclear charges as well as the ionization taking place from different types of orbitals, p-orbital and s-orbital. The trends of TDCSs have not been found to agree considerably for the neutral Al (3p) and Be (2s) targets. Published by AIP Publishing.
机译:已经获得了三差分横截面(TDCS),用于离子靶标的电子抗冲电离,Al 3 +(2P)和Be2 +(1S),与半径几乎相同的离子电荷比例。 在这种研究中,已经发现横截面的趋势,尽管从属于核电指数差异的离子靶表以及从不同类型的轨道发生的电离,但是 p-orbital和s-orbital。 尚未发现TDCS的趋势对于中性AL(3P)和BE(2S)目标相提并论。 通过AIP发布发布。

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