Theoretical calculation of triple differential cross sections for ionization of H(3d) by electron Impact
Date
17-Jan-2005
Authors
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Journal ISSN
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Publisher
Chittagong University of Engineering and Technology
Abstract
In the present work, triple differential cross sections (TDCS) are calculated for the ionization of metastable 3d-state
hydrogen atoms by electron at 250 eV for various kinematic condition applying a multiple scattering theory. The
present new results are very interesting and are compared with the theoretical results of hydrogenic different
metastable states as well as the hydrogenic ground state experimental data. Obtained new finding results are in good
qualitative agreement with those of compared theories. The present results give an great opportunity for further
study of such ionization problems
hydrogen atoms by electron at 250 eV for various kinematic condition applying a multiple scattering theory. The
present new results are very interesting and are compared with the theoretical results of hydrogenic different
metastable states as well as the hydrogenic ground state experimental data. Obtained new finding results are in good
qualitative agreement with those of compared theories. The present results give an great opportunity for further
study of such ionization problems
Description
An article of a Conference proceeding
Keywords
Mathmatics, Electron, Ionization, Cross-Section, Scattering