Measurements of Zn L2,3 satellites using X-ray emission spectroscopy

• X-ray emission spectroscopy is a powerful experimental technique for studying the electronic structure of solids. Presently, the existence of X-ray emission satellite features originating from the decay of $L_{2,3}$ core holes in the presence of additional $3d$ vacancies have been studied. The satellites of the $L_{2,3}$ x-ray emission spectra of metals can be produced either directly in the ionization process or as a result of Coster-Kronig processes preceeding the core-hole decay. The vacancy satellites are traditionally referred to as Wentzel-Druyvesteyn satellites and end up on the high energy side of the main line.

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