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Quantum Beam Science, Volume 6, Issue 2
June 2022 - 9 articles
Cover Story: Under studied mechanisms contributing to the intensity of characteristic lines are described and discussed. Compton ionization of L and M shells, impact ionization from photoelectric and Compton secondary electrons, and the self-absorption of the higher energy Lorentzian tail at the absorption edge, are three effects that increase the height of the characteristic line produced by the dominant mechanism of inner-shell photoelectric ionization initiated by the primary photon. These additional contributions should be considered to obtain a better agreement between experimental and calculated characteristic intensities, and to improve the precision of the atomic parameters that require of an estimation of line intensity to be determined. View this paper
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Quantum Beam Sci. - ISSN 2412-382X