Abstract
The inelastic energy loss is calculated in binary atomic collisions with an interaction potential including additional terms for exchange and correlation energy. Our statistical model is based on the generalized Firsov model. Applying the consideration of the classical picture of collisions, we have examined the dependence of the inelastic energy loss on the impact parameter and on the bombarding energy. We used the probability density function of the impact parameter when applying this description on a solid. The results of our calculations are applied on the description of joint physical phenomena. We separately examine the method corresponding to bombarding ions of high and low atomic numbers.
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