Fluorescence for Be to Zn (Kaastra+ 1993)

Details Fluorescence for Be to Zn (Kaastra+ 1993) Fluorescence for Be to Zn (Kaastra+ 1993)

Apr 1993

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1993ycat..40970443k&link_type=abstract

VizieR On-line Data Catalog: J/A+AS/97/443. Originally published in: 1993A&AS...97..443K

Physics

Atomic Physics

Atomic Physics

Scientific paper

The basic physical processes responsible for X-ray emission from thin plasmas are considered. Collisional ionization or photoionization of inner shells of neutral atoms and ions leads to the creation of a vacancy in one of the inner shells of the ion or atom, which is filled by a cascade of radiative (fluorescent) and nonradiative (Auger) transitions. The net result is the ejection of several electrons and photons, leaving the atom in a multiply ionized state. In this paper, the distribution of the number of emitted photons and electrons after the creation of a hole in an inner shell of an atom or ion is calculated for all ions from H to Zn. The method consists of two stages: the calculation of transition rates for a given electron configuration, and calculation of probabilities of the several cascade sequences using these transition rates. (2 data files).

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