Calculating electromagnetic properties of some nuclei in fp-shell using the microscopic theory.

The occupation numbers, root-mean-square-radii for protons, neutrons, matter, and charges, energy of nuclear levels, reduced transition probability, electric quadrupole moments, quadrupole deformation parameters, and magnetic dipole moments were calculated in order to determine the nuclear structure of some Ni and Zn isotopes. The F5PVH interaction calculations are shown using f5p model space, and a microscopic theory is used by the first order to determine the effects of core-polarization., this enables the excitation of all upper orbits by hole-particle activity from the core and the orbits of models' space. By entering the core polarization with effective charges and effective g factors, a reasonable description has been obtained of the electric quadrupole, reduced transition probability and Magnetism. Results are also compared with available practical data. [ABSTRACT FROM AUTHOR]