Experimental evidence for the K-LM radiative Auger effect in medium-mass atoms

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ID: 267266
1997
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Abstract
High-resolution measurements of the $K{\ensuremath{\alpha}}_{1,2}$ low-energy satellites were performed for the elements ${}_{42}$Mo, ${}_{44}$Ru, ${}_{46}$Pd, ${}_{48}$Cd, and ${}_{50}$Sn. The photoinduced x-ray spectra were measured using a high-resolution transmission-type bent-crystal spectrometer in modified DuMond slit geometry. Experimental evidence for the $K$-$\mathrm{LM}$ radiative Auger effect (RAE) in solid medium-mass atoms was found and particular groups of the $K$-$\mathrm{LM}$ RAE transitions were identified. The experimental intensity ratios $I(K$-$\mathrm{LM}$ RAE$)$ / $I(K{\ensuremath{\alpha}}_{1,2})$ as well as the relative intensity of the $K$-${L}_{3}{M}_{4,5}$ transition group were extracted from the measured spectra. A comparison of the experimental results with relativistic Hartree-Fock theoretical predictions from Scofield shows a good agreement. The experimental energies of the $K$-$\mathrm{LM}$ RAE edges are compared with calculated Auger transition energies.
Reference Key
herren1997physicalexperimental Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Ch. Herren;J.-Cl. Dousse;
Journal physical review a
Year 1997
DOI
doi:10.1103/PhysRevA.56.2750
URL
https://doi.org/10.1103%2FPhysRevA.56.2750
Keywords

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