Nuclear structure, form factors, quadrupole moments, and electronuclear sum rules
Nuclear structure properties are here studied through the use of linear energy weighted sum rules. Electronuclear energy weighted sum rules are derived by considering the double commutator of various single-particle operators, G(α) , with the nuclear hamiltonian H , that is S(αß) = [G(α), [H, G(ß)]] . Neglecting any contributing nuclear forces, various specific sum rules are shown, with particular emphasis on the angular momentum projected ones for transitions between arbitrary states....[Show more]
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