同位素效应对面向等离子体组分材料中氢同位素与离子和原子之间电荷交换过程的影响

I. Tolstikhina, V. P. Shevelko, D. Kato, I. Murakami, H. Sakaue
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引用次数: 0

摘要

利用E. Solov 'ev [Sov]提出的慢碰撞跃迁绝热理论,研究了等离子体面向组件(PFC)溅射与氢同位素(H, D和T)的离子和原子低能碰撞中电荷交换过程中同位素效应(质量依赖)的影响。理论物理。[1] .中国农业科学,2009,28(2)。给出了Li、Be、C离子与氢同位素碰撞时的电荷交换截面和逆反应的数值计算结果。
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Influence of the Isotope Effect on the Charge-exchange Process between Hydrogen Isotopes and Ions and Atoms of Plasma Facing Component Materials
The influence of the isotope effect (mass dependence) on the charge exchange process in low-energy collisions of ions and atoms sputtered from Plasma Facing Components (PFC) with hydrogen isotopes (H, D and T) is studied using the adiabatic theory of transitions in slow collisions developed by E. Solov’ev [Sov. Phys. Uspekhi 32, 228 (1989) [1]]. Results of the numerical calculations are presented for the charge-exchange cross sections of Li, Be, C ions colliding with hydrogen isotopes and for the inverse reactions.
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