Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms

The paper presents an analysis of data on the cross sections of electron impact ionization of atoms of alkali metals, hydrogen, noble gases, some transition metals and Al, Fe, Ni, W, Au, Hg, U. For the selected sets of experimental and theoretical data, an optimal analytical formula is found and app...

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Main Authors: Rusudan I. Golyatina, Sergey A. Maiorov
Format: Article
Language:English
Published: MDPI AG 2021-10-01
Series:Atoms
Subjects:
Online Access:https://www.mdpi.com/2218-2004/9/4/90
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author Rusudan I. Golyatina
Sergey A. Maiorov
author_facet Rusudan I. Golyatina
Sergey A. Maiorov
author_sort Rusudan I. Golyatina
collection DOAJ
description The paper presents an analysis of data on the cross sections of electron impact ionization of atoms of alkali metals, hydrogen, noble gases, some transition metals and Al, Fe, Ni, W, Au, Hg, U. For the selected sets of experimental and theoretical data, an optimal analytical formula is found and approximation coefficients are calculated. The obtained semi-empirical formula reproduces the values of the ionization cross sections in a wide range of energies with an accuracy of the order of error of the available theoretical and experimental data.
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spelling doaj.art-f958474877034aae84819ece8b9aca242023-11-23T03:48:03ZengMDPI AGAtoms2218-20042021-10-01949010.3390/atoms9040090Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen AtomsRusudan I. Golyatina0Sergey A. Maiorov1Prokhorov General Physics Institute of the Russian Academy of Sciences, 38, Vavilov Str., 119991 Moscow, RussiaProkhorov General Physics Institute of the Russian Academy of Sciences, 38, Vavilov Str., 119991 Moscow, RussiaThe paper presents an analysis of data on the cross sections of electron impact ionization of atoms of alkali metals, hydrogen, noble gases, some transition metals and Al, Fe, Ni, W, Au, Hg, U. For the selected sets of experimental and theoretical data, an optimal analytical formula is found and approximation coefficients are calculated. The obtained semi-empirical formula reproduces the values of the ionization cross sections in a wide range of energies with an accuracy of the order of error of the available theoretical and experimental data.https://www.mdpi.com/2218-2004/9/4/90electron atomic collisionsionization cross sectionapproximation of cross sectionsalkali metalsnoble gases
spellingShingle Rusudan I. Golyatina
Sergey A. Maiorov
Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
Atoms
electron atomic collisions
ionization cross section
approximation of cross sections
alkali metals
noble gases
title Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
title_full Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
title_fullStr Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
title_full_unstemmed Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
title_short Analytical Cross Section Approximation for Electron Impact Ionization of Alkali and Other Metals, Inert Gases and Hydrogen Atoms
title_sort analytical cross section approximation for electron impact ionization of alkali and other metals inert gases and hydrogen atoms
topic electron atomic collisions
ionization cross section
approximation of cross sections
alkali metals
noble gases
url https://www.mdpi.com/2218-2004/9/4/90
work_keys_str_mv AT rusudanigolyatina analyticalcrosssectionapproximationforelectronimpactionizationofalkaliandothermetalsinertgasesandhydrogenatoms
AT sergeyamaiorov analyticalcrosssectionapproximationforelectronimpactionizationofalkaliandothermetalsinertgasesandhydrogenatoms