Abstract
A method is proposed to calculate the charge-exchange energy loss (−dE/dx)ex and electronic energy loss (−dE/dx)el on the basis of the electron capture and loss cross-sections, extracted from the experimental data. The experimental and calculated results are presented for energy loss of projectile ions Be, B, N and O with 0.35MeV/nucleon, passing through celluloid films. The dependence of energy loss on the initial charge of projectile ions and target thickness in nonequilibrium conditions is examined.
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