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首页> 外文期刊>Physical Review, A. Atomic, molecular, and optical physics >Ionization in fast atom-atom collisions: The influence and scaling behavior of electron-electron and electron-nucleus interactions
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Ionization in fast atom-atom collisions: The influence and scaling behavior of electron-electron and electron-nucleus interactions

机译:快速原子-原子碰撞中的电离:电子-电子和电子-原子相互作用的影响和尺度行为

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We report cross sections for ionization of He coincident with electron loss from He, Li, C, O, and Ne projectiles. For He, Li, C, and O projectiles, the cross sections were measured directly, while the Ne cross sections were obtained by transforming results for He projectiles colliding with Ne. We find that, at energies of about 100-500 keV/u, neutral projectiles can ionize a He target almost as effectively as a charged projectile. The contribution to ionization due to electron-electron interactions is found to scale with the number of available projectile electrons. Comparing ionization by the bound electrons on projectiles to ionization by free electrons, we find that the cross sections for ionization by bound electrons are systematically smaller than those for free electrons.
机译:我们报告了与He,Li,C,O和Ne射弹的电子损失同时发生的He离子化截面。对于He,Li,C和O弹丸,直接测量其横截面,而Ne横截面是通过变换He弹丸与Ne碰撞的结果而获得的。我们发现,在大约100-500 keV / u的能量下,中性弹丸可以使He目标电离,几乎与带电弹丸一样有效。发现由于电子-电子相互作用而对电离的贡献与可用射弹电子的数量成比例。将弹丸上的结合电子与自由电子进行电离进行比较,我们发现被结合电子电离的横截面在系统上小于自由电子的横截面。

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