Abstract
The systematics of the excitation energies of the non-normal parity states of the scandium isotopes are interpreted in terms of the formation of a quartet of 1f7/2 nucleons. Calculation of theB(E2) value for a typical radiative transition between non-normal parity states in43Sc, using this model, shows that the transition must involve more than the single quartet formed in the 1f7/2 shell; that is, that core polarization is an important factor in determining theB(E2) value.
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