Abstract
We present calculations of the total and m-fold electron-loss cross sections using the DEPOSIT code for highly charged Uq+ ions (q = 10,31,33) colliding with Ne and Ar targets at projectile energies E = 1.4 and 3.5 MeV u−1. Typical examples of the deposited energy T(b) and m-fold ionization probabilities Pm(b) used for the cross-section calculations as a function of the impact parameter b are given. Calculated m-fold electron-loss cross sections are in good agreement with available experimental data. Although the projectile charge is rather high, the contribution of multiple-electron-loss cross sections to the total electron-loss cross sections is high: about 65% for the cases mentioned.
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