Abstract
The importance of the interfragment nuclear interaction for the mass and isotopic yields and the kinetic energy spectra is shown. Ad hoc reduction in the Coulomb energies of the emitted fragments, usually resorted to in the description of fragment kinetic energy spectra, is accounted for by the introduction of the interfragment nuclear interaction in a statistical model. It is shown that the mass and isotopic yields and the kinetic energy spectra can be described in a consistent manner, using a single model with one temperature.
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