Theoretical lifetimes, transition rates, X-ray wavelengths, and fluorescence yields of hollow neon atoms with double K-shell vacancies.

Details Theoretical lifetimes, transition rates, X-ray wavelengths, and fluorescence yields of hollow neon atoms with double K-shell vacancies. Theoretical lifetimes, transition rates, X-ray wavelengths, and fluorescence yields of hollow neon atoms with double K-shell vacancies.

Mar 1999

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1999jqsrt..61..659k&link_type=abstract

Journal of Quantitative Spectroscopy and Radiative Transfer, vol. 61, issue 5, pp. 659-664

Physics

4

Neon: X-Ray Spectra, Neon: Laboratory Spectra, Neon: Atomic Processes

Scientific paper

X-ray and Auger transition rates, X-ray wavelengths, lifetimes, and fluorescence yields have been calculated for multiply stripped hollow neon atoms (Neq+, q = 2-8) with double K-shell vacancies. The calculations have been performed in the intermediate coupling scheme using Hartree-Fock atomic model. The line fluorescence yields are found to decrease as electron population in the outer L shell increases. The authors have found large discrepancies between configuration - average fluorescence yields calculated from the configuration - average X-ray and Auger rates, often used to interpret experimental ion-surface and ion-atom collision data, and those calculated from the line fluorescence yields.

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