Abstract
A study of the reaction mechanisms in central 24Mg + 12C collisions at 25A and 35A MeV has been carried out. Global variables, such as anisotropy ratios and source-velocity ratios, computed for those events in which the total charge of the system has been detected, are compared to simulations based on statistical fragmentation codes. For violent events, a binary mechanism appears to be competing successfully with compound nucleus formation.
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