Abstract
Energies of electronicKX-rays in muonic atoms were calculated for muons in various outer orbitals and for different numbers of electrons. Energy shifts were obtained with respect to characteristic X-rays belonging to nuclear charge (Z−1) and their possible observation is discussed. The shifts in muonic Sn as an example amount to 19, 37, and 59 eV for the muon in 5g, 6h, and 7i states respectively. However, shifts due to the number of electrons present and the electron vacancy distribution in theL-shell are significantly larger. Accurate measurements of theKX-ray energies would therefore enable us to learn more about the electronic structure during the muonic cascade.
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