Abstract
The L${\ensuremath{\beta}}_{2}$,15 spectra of elements between $_{41}\mathrm{Nb}$ and $_{51}\mathrm{Sb}$ have been measured at high instrumental resolution from solid samples. The satellite structure on the high-energy side of L${\ensuremath{\beta}}_{2}$,15 was resolved and the natural widths of diagram lines were determined. Two different satellite groups due to LM and LN double-hole states were clearly seen. The relative intensity of satellites was examined and it was noticed that the Coster-Kronig channels which create extra holes in the M shell are closed at $_{51}\mathrm{Sb}$. A faint structure was observed between the two main groups of satellites after $_{48}\mathrm{Cd}$. The ${L}_{3}$${O}_{1}$ transition falls in this region but it may also be partly the result of triple-hole states.
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