Angular Momentum Projected Potential-Energy-Surface Calculation: Application to 178 Hf

Citation:

Changfeng J, Furong X. Angular Momentum Projected Potential-Energy-Surface Calculation: Application to 178 Hf. Plasma Science and Technology [Internet]. 2012;14:514.

摘要:

An angular momentum projected potential-energy-surface (PES) calculation, which takes both rotational symmetry restoration and multi-quasiparticle excitation into account, is developed by using the macroscopic-microscopic model and the projected shell model (PSM). Within this method, it may become possible to modify the excitation spectra which are influenced by shape-softness of nuclei, including high- K states. As our first example, this method is adopted to study the collective and multi-quasiparticle excitations of 178 Hf, and the results are in good agreement with the existing experimental data. In addition, as for the dominant structure of non-collective 6 + bands, the conflict between experimental result and the previous PSM calculation is clarified.

Website