Description of proton elastic scattering on 6,7,9,11Li with microscopic effective interaction

Proton elastic scattering on Li isotopes 6,7,9,11Li at Ep∼60 MeV is described by a nonlocal optical model potential which is constructed by folding a microscopic density-dependent effective interaction with Hartree-Fock single-particle wave functions of the target nuclei. Experimental data are well-described systematically from 6Li to 11Li by our model calculation, implying that the underlying microscopic theory is applicable even at the extreme circumstance of the neutron drip line limit