Molecular orbital analysis of L X-ray cross sections measured for slow Ar-Cu collisions☆
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Cited by (2)
Modelling the directional and energy dependence of 5-10 keV Ar<sup>+</sup> ion-induced secondary electron yields from Cu crystals
2011, Surface ScienceCitation Excerpt :These orbitals correlate with the 4f, 5f, 4d and 5g levels, respectively, of the united atom [45]. Electron promotion from the Ar 2p level in Ar–Cu collisions requires Rc < 0.2 Å and Ar+ primary energies > 20 keV [68]. Diabatic electron promotion pathways may be inferred by extrapolation of the corresponding adiabatic orbital energy curves through avoided crossings (regions where curves for MOs of similar symmetry approach each other) [3].
Charge state effect on K-shell ionization of aluminum by 600-3400 keV xenon<sup>q+</sup> (12 < q < 29) ion collisions
2011, European Physical Journal D
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Work conducted at the University of Nebraska-Lincoln with support from NSF grant # PHY-8401328 and with additional support from the Creighton University Graduate School.
Copyright © 1993 Published by Elsevier B.V.