Abstract
The proton charge distribution, deduced from electron-proton scattering data, was used to calculate the Coulomb interaction between protons in nuclei in the $f\ensuremath{-}p\ensuremath{-}g$ shell. The Coulomb energies and shifts between members of the $A=42$ isotopic spin triplet were calculated.NUCLEAR STRUCTURE Derived the Coulomb potential between protons in $f\ensuremath{-}p\ensuremath{-}g$ shell. Calculated Coulomb energy in $^{42}\mathrm{Ti}$ and shifts ($^{42}\mathrm{Ti}$-$^{42}\mathrm{Ca}$) and ($^{42}\mathrm{Sc}$-$^{42}\mathrm{Ca}$). Compared with experiment.
Published Version
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