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Light Charged Particle emission mechanisms were studied for different mass entrance  channel nuclear reactions. The 300, 400, 500 MeV 64Ni + 68Zn and  130, 250 MeV 16O + 116Sn reactions were measured at the Legnaro  National Laboratory using the beams from the TANDEM-ALPI acceleration system. Light  Charged Particles were measured in coincidence with Evaporation Residues and their spectra  were analyzed using the global moving source fit technique. The characterization of  different emission sources (evaporative, pre-equilibrium, break-up) is discussed. The  behavior of pre-equilibrium emission as a function of projectile energy, excitation energy  and mass-asymmetry in the entrance channel was studied, evaluating the energy, mass and  charge lost by the composite systems and using Griffin exciton model for the  pre-equilibrium neutron emission. The present results are compared with the systematics of  the asymmetric mass entrance channel reactions. The present work shows that also at the  onset the pre-equilibrium emission depends not only on the projectile velocity but also on  the reaction entrance channel mass-asymmetry. The first attempt of the particle spectra  analysis using the Griffin exciton model is demonstrated for the case of proton emission  in the 130 MeV 16O + 116Sn reaction

Light Particle Emission Mechanisms in Heavy-Ion Reactions at 5-20 MeV/u