Secondary effect of Electron capture and Internal conversion

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SUMMARY

The discussion focuses on the secondary effects of Electron capture and Internal conversion in atomic physics. During Internal conversion, energy is transferred to a K-shell electron, resulting in its ejection and the subsequent formation of a hole in the K-shell, which can lead to the emission of either an Auger electron or characteristic X-ray. In Electron capture, a proton absorbs an inner shell electron, transforming into a neutron and emitting a neutrino, also leaving a hole in the K-shell. The discussion confirms that both Auger electrons and characteristic X-rays can be observed following Electron capture, similar to Internal conversion, as evidenced by the publication on 163Ho.

PREREQUISITES
  • Understanding of Internal conversion mechanisms
  • Knowledge of Electron capture processes
  • Familiarity with K-shell electron dynamics
  • Basic concepts of Auger effect and characteristic X-ray emission
NEXT STEPS
  • Research the Auger effect in detail
  • Study characteristic X-ray production and its applications
  • Explore the implications of Electron capture in isotopes like 163Ho
  • Investigate the role of neutrinos in nuclear reactions
USEFUL FOR

Physicists, nuclear engineers, and students studying atomic interactions and decay processes will benefit from this discussion, particularly those interested in the nuances of Electron capture and Internal conversion phenomena.

Neutroniclad
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During Internal conversion, the nucleus transfer some energy to an electron in K-shell cause the electron eject out of the atom. After which there left a hole in K-shell then either by releases auger electron or characteristic X-ray the atom de-excited itself.
During Electron capture, a proton in the nucleus absorbs an electron in inner shell and turns itself into a neutron then an neutrino emitted. In this situation there left a hole in the K-shell as well. My question is: Will there be auger electron or characteristic X-ray observed after electron capture, Since both with the absence of an electron in inner shell of the atom.
 
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