Differential Ionization Cross Sections of HCl Molecule

Ravinder Sharmaa, Ritu Sharawatb, Meenakshib, Rajeev Kumarc
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引用次数: 1

Abstract

In this article, the differential ionization cross-sections of the HCl molecule in the gas phase is investigated. The single differential ionization cross-section (SDCS) as a function of loss of incident electron energy and Double Differential Cross Section (DDCS) as a function of energy loss of incident electron and incident angle, is calculated. To reach exact values of differential ionization cross sections for HCl molecule, a modified semi-empirical approach of Jain and Khare is used. Partial and total absolute ionization cross-section of HCl is available but there is no data for differential ionization cross-sections. So, first time, the results for single and double differential ionization cross-sections for HCl molecule is investigated.
HCl分子的微分电离截面
本文研究了HCl分子在气相中的微分电离截面。计算了与入射电子能量损失有关的单微分电离截面(SDCS)和与入射电子能量损失和入射角有关的双微分电离截面(DDCS)。为了得到HCl分子微分电离截面的精确值,采用了Jain和Khare改进的半经验方法。HCl的部分和全部绝对电离截面是可用的,但没有微分电离截面的数据。因此,首次对HCl分子的单、双微分电离截面结果进行了研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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