Abstract

The dependences between the energy losses of beryllium ions penetrating through thin organic (celluloid) films and the initial ion charge i0 and target thickness t are calculated. The proposed modified method is used to determine the charge fractions and average charge of an ion beam and the half-width and skewness of the charge distributions before the attainment of charge equilibrium. Calculations are performed for Bei+ ions with a velocity of 8 × 108 cm/s (E = 0.33 MeV/nucleon).

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