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Using the measured experimental data for 6,7,8Li+208Pb system, we  investigated the relation between the interaction distance and the lowest threshold separation  energy of the projectiles. Although 6Li can be considered more weakly bound  projectile than 8Li, the lithium isotope with the largest interaction distance is  not 6Li but 8Li. Also, we can infer that the difference of the  semiexperimental direct reaction (DR) cross sections and the total breakup / transfer reaction  cross sections comes from α and 7Li capture. Finally, the barrier height, VB , of  8Li + 208Pb system compared with 7Li + 208Pb  system are reduced about 3MeV. This is the rise of flux from exp the elastic into the reaction  channel, which tends to enhance σRexp . As a result, we  can deduce that the valence neutron play a role as the lowering of the barrier height

Effects of the valence neutron of the lithium isotopes in6,7,8Li+208Pb systems

Effects of the valence neutron of the lithium isotopes in^6,7,8Li+²⁰⁸Pb systems