A shell-model treatment of (0+1) ħω states in A=4–16 nuclei (II)

The results of spurious-state free calculations in a complete (0+1)?ω model space on theA=4–16 nuclei are presented. The calculated spectra as well as electromagnetic properties of the normal- and nonnormal-parity states are compared with the experimental data. In general good agreement is obtained, while in particular the magnetic-dipole and electric-quadrupole moments are very well reproduced. The present results for the normal-parity states are similar to those of Cohen and Kurath. Several nonnormalparity states expected at rather low excitation energies and properties of very neutronrich nuclei have not been observed experimentally so far.