Investigation of break-up fusion and its dependency on target deformation at energy 3-7 MeV/nucleon

The study of the interaction between two heavy ions (HI) has been a subject of special interest in the nuclear physics. Various HI reactions such as pre-quilibrium (PEQ) emission, complete fusion (CF) and Fission may occurred, depending on the mass-asymmetry of target-projectile and energy. Present thesis work has been carried out with an objective to investigate the dynamics of complete and incomplete fusion in the HI collision at bombarding energy above the Coulomb barrier using four different experimental techniques namely; (i) Excitation Functions (EFs) Measurements, in which the enhancement in the measured cross-sections over their theoretical predictions (calculated from standard statistical models based on compound nucleus theory) indicates the presence of the ICF process