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We simulated the population dynamics of target and projectile levels during the interaction of slow, highly charged ions and Ca. Our investigation is based on a semiclassical over-barrier description of long-range charge exchange and a spherical model for the Ca cluster. It includes the transient formation of hollow atoms and relaxation of the projectile due to Auger cascades. As a first application, we consider slow A?* projectiles and give estimates for the occupation changes of all coupled target and projectile levels, charge-state evolutions and energy-resolved spectra of emilled Anger elecfrons Our results are in Satisfactory agreement with recent experimental data.

Charge exchange and electron emission in slow collisions of highly charged ions with C60

Charge exchange and electron emission in slow collisions of highly charged ions with C₆₀