Abstract
We apply a dynamical model which includes both dissipation and statistical fluctuations to the computation of triple differential cross sections for deep inelastic reactions. It is seen that for different Z values the overall pattern of the cross sectiond 3 σ/dθdEdZ (calculated, for the 280 MeV40Ar +58Ni system) as a function ofE andθ is fairly well reproduced—the mean angular momentum transfer for the 365 MeV63Cu+197Au system is calculated and compared withγ-multiplicity measurements. In both applications, possible implications of the remaining discrepancies are discussed.
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