Using a semiclassical close-coupling approach, we have calculated electron capture, excitation and ionization cross sections for collisions of fully stripped hydrogen, helium and lithium ions with atomic hydrogen in the ground state and in all excited states up to $n=3$. The cross sections for collision energies between 1 and 100 keV/u are given in table form. Furthermore, we provide estimates of the accuracy of the cross sections. The set of data presented in this work represent the first complete and consistent quantum study of these collision systems and will find use in the modeling and diagnosis of thermonuclear fusion plasma reactors.

中文翻译：

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电子捕获，电离和激发截面，用于在基态和激发态下完全剥离的离子与原子氢之间的keV碰撞

使用半经典的紧密耦合方法，我们计算了在基态和所有激发态下直至原子完全被剥离的氢，氦和锂离子与原子氢碰撞时的电子俘获，激发和电离截面 $ñ=3$。表格中给出了介于1和100 keV / u之间的碰撞能量的横截面。此外，我们提供了横截面精度的估计。这项工作中提出的数据集代表了对这些碰撞系统的首次完整而一致的量子研究，并将在热核聚变等离子体反应器的建模和诊断中找到应用。