Abstract
For 2.5-15 MeV F4+.6+.8+ on Ne the reaction mechanisms for the production of slow highly charged recoil ions have been investigated. Through the experimental distinction between the final charge states of both collision partners in conjunction with measured scattering-angle dependences for each reaction channel it was possible to compare recoil-ion production and differential cross sections as well as single-electron ionisation probabilities with theory. The influence of the final charge states of projectile and target on the elastic scattering potential is discussed.
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