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The time-dependent many-electron problem encountered in the theory of energetic ion-atom collisions can be approached systematically within an effective single-particle picture, based, e.g., on the time-dependent density functional theory. In the present contribution we investigate ionization and electron loss from the target for the collision systems p, p , He 2ϩ ϩNe, and pϩAr in the energy range 10 keV/amu-1 MeV/amu. The results presented are based on a static approximation to thedoi:10.1103/physreva.58.2063 fatcat:qhittbxb2bhedhrtitoqttl7xu