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It is understood from the recent experimental studies that prompt/resonantbreakup, and transfer followed by breakup in the weakly bound$^{6,7}$Li-induced reactions play a significant role in the complete-incompletefusion (CF-ICF), suppression/enhancement in the fusion cross section around theCoulomb barrier. Investigation of ICF over CF was done by measuring crosssections of the populated residues in the $^{7}$Li-induced reaction on$^{\text{nat}}$Nb target within 3--6.5 MeV/nucleon energy region. Measuredexcitation functions of different channels were compared with differentequilibrium (EQ) and preequilibrium (PEQ) models. The enhancement in crosssections in the proton ($\sim$ 20--30 MeV) and $\alpha$-emitting channels,which may be ascribed to ICF, was observed in the measured energy range whencompared to the Hauser-Feshbach and exciton model calculations using EMPIRE,which satisfactorily reproduces the neutron channels, compared to theWeisskopf-Ewing model and Hybrid Monte Carlo calculations. The increment of theincomplete fusion fraction was observed with rising projectile energy.

Incomplete fusion analysis of $^{7}$Li-induced reaction on $^{93}$Nb within 3-6.5 MeV/nucleon