Abstract
Peripheral reactions have been studied within a self-consistent description of heavy-ion-induced reactions at intermediate energies. Neutrons and protons behave separately in an effective mean field and suffer two-body collisions. Nuclear surface properties are obtained using a decomposition of the one-body distribution function on a coherent states basis. Charge equilibration, spin deposition and projectile-like energies are described for quasi-fragmentation reactions. The transition between incomplete deep inelastic processes and fragmentation reactions is found for an incident energy around 35 MeV per nucleon.
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