Abstract
Inclusive reactions N + A → N' + anything, where N is a light nucleus or an elementary particle and A a nucleus, are analyzed in terms of a drifting hot spot. The model describes the space-time evolution of the excited system in the preequilibrium stage. An approximate, simple, analytical formula for emission in the forward hemisphere is derived, which describes the angular and energy distribution, as well as the target mass dependence of electron, proton and 16O induced reactions in the energy range of a few hundred MeV. We find satisfactory agreement with data.
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