Abstract Complex fragment production in the Fermi energy domain heavy ion collisions is studied. The physics used for the description of the various remnants produced in the entrance channel is based on fireball model taking into account the kinematic and dynamic features of the collision partners, and the decay processes are simulated by a version of the statistical binary decay model. Applications are shown to the target-like products for reactions of copper with 24.0,31.1,38.5 and 46.4 MeV/u 12C. Absolute comparisons with experimental data give a very well overall agreement.
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