Magnetic moments of odd-A aluminum isotopes in covariant density functional theory
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摘要:
The ground-state properties,especially the magnetic moments,of odd-A aluminum isotopes have been studied and well reproduced in covadant density functional theory after considering the rotational coupling.The present calculations support the rotational structure in the ground state of odd-A aluminum isotopes,i.e.the ground state 5/2+ is built on the intrinsic state 5/2[202].In addition,the contribution from the time-odd fields is also discussed.