Abstract
The Kαh hypersatellite spectra of Ti, Cr, Fe and Ni have been measured in photon excitation with a plane crystal Bragg spectrometer. The experimental energies and relative intensities of Kαh1 and Kαh2 lines are obtained and compared with multiconfiguration Dirac-Fock calculations. The K shell double photoionization cross-sections are estimated from the experimental hypersatellite intensities. Experimental results agree with existing theoretical calculations based on the shake theory and correlated wave functions.
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