Effect of deformation dependence and mirror nucleus corrections energy on multinucleon transfer reaction cross sections

Abstract

Multinucleon transfer reactions are currently a powerful way to synthesize \red{neutron rich nuclei}. To explore the effect of nucleus deformation and mirror nucleus shell corrections energy in the nucleus mass model on the calculation of multinucleon transfer reaction cross sections in the dinuclear system(DNS) model. In this paper, three macroscopic-microscopic mass models are selected and the transfer reaction cross sections are calculated for $^{136}$Xe+$^{208}$Pb and $^{64}$Ni+$^{238}$U by improved DNS model+GEMINI++, respectively. The mirror nucleus shell correction energy does not improve the accuracy of the cross section of the transfer reaction. \red{The introduction of a different dependence of the Coulomb and surface energy on the deformation can improve the calculation of the transfer reaction cross section when the projectile and target nuclei are deformed nuclei.}