Abstract
Dissociation cross sections are calculated for the reaction 11 Li + Target → 9 Li + X within the Glauber approximation. The present Glauber calculation well reproduces experimental cross sections: the nuclear dissociation cross section has a target-mass dependence quite similar to the one obtained by Kobayashi et al. based on the factorization model and the Coulomb dissociation cross section has a target-charge dependence of Z 1.74, close to the experimentally deduced one. The suppression of the Coulomb dissociation cross section, compared with the normal Z 2 dependence, comes from the effect of finite q ⊥, the transverse component of momentum transfer.
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