SYNCHROTRON STUDY OF THE DYNAMIC EFFECTS IN THE LVV AUGER TRANSITIONS IN THE 1ST-ROW TRANSITION-ELEMENTS

The intensity ratio between L2-M45M45 and L3-M45M45 spectral features for both Fe and Co indicates significant transfer of intensity from L2- to L3-M45M45 region due to Coster-Kronig L2-L3M45 transition. The L2-L3M45 transition can be suppressed by tuning the photon energy between the L2 and L3 thresholds; however, the L3-M45M45 spectral shapes for Fe and Co do not change very significantly even at these photon energies unlike the cases of Ni, Cu and Zn, thus establishing that the M45-hole decays predominantly before the L3-hole Auger decay in the early transition elements in contrast to the late ones.