Atomic number dependence ofL-shell vacancy rearrangement probabilities onK? X-ray satellites induced by 6 MeV/amu N4+ impacts

Ion-Induced X-Ray Emission

“…An intercomparative study (Deconninck et al, 1978;Uda et al, 1981;Deconninck and Van Den Broek, 1981;Benka et al, 1981Benka et al, , 1983Endo and Uda, 1982) of fluorine Ka x-ray satellites produced by photon, elec tron, 4He, 12C, and 14N impacts shows that the primary vacancy distribu tions in fluorine compounds are dramatically altered by interatomic tran sitions prior to Ka x-ray emission.…”

Heavy ion induced Ti X‐ray satellite structure for Ti, TiN, and TiO2 thin films

“…Previously, several studies, for example, other studies have reported the effect of different chemical environments on K α X‐ray satellite structures. Most of these studies have focused on the 3rd‐row elements (a total of 15 was calculated in a review by Raman), but a few studies has been carried out on the 4th‐row elements, like V, Cr, and Mn . Some studies of K α X‐ray satellite structures have been made for elemental metals, like Ti …”