Investigation of some nuclear structure properties of ${}^{213}Bi,\;{}^{201}Tl,\;{}^{188}Re,\;{}^{186}Re,\;{}^{133}Xe,\;\;{}^{131}I,\;\;{}^{125}I,\;\;{}^{123}I,\;\;{}^{111}In,{}^{\;94}Tc,\;{}^{90}Y,\;{}^{67}Ga,\;{}^{67}Cu,\;{}^{62}Cu,\;{}^{61}Cu,\;{}^{55}Co,\;and\;{}^{48}V$ nuclei used in SPECT in a

Özet

The present work mainly purposed to investigate significant nuclear structure properties nuclei used in singlephoton emission computed tomography (SPECT), in addition to ground state nuclear properties such as the bindingenergy per particle, the root mean square (rms) charge, and proton and neutron radii. Besides, we calculated the neutronskin thicknesses (NST), the proton, neutron quadrupole moments $(Q_P\;,\;Q_N\;)$ quadrupole deformation parameter $(\beta_2)$,and the proton and neutron pairing energies ($P_P\;,\;P_N\;)$ to determine shapes and deformations of SPECT nuclei includingodd-odd or odd-even/even-odd nuclei in axial symmetry for Skyrme and Gogny interactions. To analyze the accuracy ofthe calculated results, the calculated results were compared with available experimental and the theoretical finite-rangeliquid-drop model (FRDM), and discussed for 12 different force interactions. Notably, the results provide thoroughnuclear data to the literature for deformed nuclei of SPECT.