C. Brusati et al., NUCLEAR-SURFACE, MEAN-FIELD AND ISOSPIN EFFECTS IN BOLTZMANN MASTER EQUATION THEORY OF PREEQUILIBRIUM REACTIONS, ZEITSCHRIFT FUR PHYSIK A-HADRONS AND NUCLEI, 353(1), 1995, pp. 57-69
Pre-equilibrium emission of nucleons and light charged particles is in
vestigated in central collisions leading to the complete fusion of two
heavy ions, within the Boltzmann master equation approach. Realistic
nucleon momentum density distributions for both projectile and target
nuclei are used and mean field effects are schematically introduced in
the early stage of the reaction process. The isospin dependence of th
e calculation parameters is also discussed. Theoretical predictions of
the spectra of the particles emitted both in symmetric and asymmetric
interactions at incident energies of a few ten MeV/nucleon are in sat
isfactory agreement with the experimental findings.