Three-dimensional angular momentum projected relativistic point-coupling approach for the low-lying excited states in $^{24}$Mg

Details Three-dimensional angular momentum projected relativistic point-coupling approach for the low-lying excited states in $^{24}$Mg Three-dimensional angular momentum projected relativistic point-coupling approach for the low-lying excited states in $^{24}$Mg

2008-11-19

arxiv.org/abs/0811.3058v1

Chin.Phys.Lett.25:3609-3612,2008

Physics

Nuclear Physics

Nuclear Theory

10 pages, 5 figures

Scientific paper

10.1088/0256-307X/25/10/024

A full three-dimensional angular momentum projection on top of a triaxial relativistic mean-Geld calculation is implemented for the first time. The underlying Lagrangian is a point coupling model and pairing correlations are taken into account by a monopole force. This method is applied for the low-lying excited states in 24Mg. Good agreement with the experimental data is found for the ground state properties. A minimum in the potential energy surface for the 2+ state, with beta = 0.55, gamma = 10 deg, is used as the basis to investigate the rotational energy spectrum as well as the corresponding B(E2) transition probabilities as compared to the available data.

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