Positron Impact Excitation of the nS, nP, and nD States of Atomic Hydrogen

A. Bhatia
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引用次数: 1

Abstract

The excitation cross sections of the atomic hydrogen from n=2 ton=6 have been calculated for S, P, and D, from low energies to high incident energies (threshold to 100 eV), using the variational polarized orbital method (hybrid theory). Thirty partial waves been used to obtained converged cross sections. The maximum of elastic and excitation cross sections is at incident energy 26.66 eV.
氢原子的nS, nP和nD态的正电子撞击激发
用变分极化轨道法(混合理论)计算了n=2 ton=6的氢原子S、P和D从低能到高入射能(阈值到100 eV)的激发截面。用30个部分波得到了收敛截面。入射能量为26.66 eV时,弹性截面和激发截面最大。
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