(96 MeV) O-16 + Ni-58 and (133 MeV) O-16 + Ti-48 reactions have been experi
mentally investigated by using coincident charged particle techniques. A cl
osed-form theoretical approach, describing in a single picture the nonequil
ibrium component and the evaporation component of the ang lar correlation b
etween particles and reaction residues emitted in a peripheral heavy-ion co
llision, is applied-in the hypothesis of sequential process-to the C-alpha,
N-alpha, and O-alpha differential multiplicities for the O-16 + Ni-58 at 6
MeV/nucleon and O-16 + Ti-48 at 8.3 MeV/nucleon deep inelastic collisions.
From this analysis some reaction mechanism information is deduced.