Speaker
Description
It is an open question in the fields of nuclear reactions to study the mechanism of reactions induced by the weakly bound nuclei at different incident energies with various target nuclei and calculate the reaction cross sections. The structure of weakly bound nuclei, which is easily broken up, plays an important role in their induced reaction and is thought to be the main reasons for their reaction characteristics. We apply the Lagrange mesh method to discretize continuum states of weakly bound nuclei for continuum-discretized coupled-channels (CDCC) calculations of $^{6,7}$Li induced reactions and study their breakup effect on elastic scattering, inelastic scattering, fusion reaction and total reaction cross sections. Furthermore, the breakup effect on transfer reaction is studied with coupled-channels born-approximation (CCBA) method. Energy and target dependences of breakup effect are discussed.