Odd nuclei and single-particle spectra in the relativistic mean-field model
199822 pages
Published in:
- Nucl.Phys.A 634 (1998) 67-88
- Published: 1998
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Abstract: (Elsevier)
The relation between the single-nucleon spectra of doubly magic nuclei and the excitation energies of the neighboring odd nuclei is investigated within the framework of a relativistic mean-field model. Different levels of approximation (spherical, deformed with time-reversal invariance, without symmetry constraints) are computed and compared. Symmetry breaking, although small, has a substantial effect on separation energies and shell gaps. But energy differences completely within occupied or within unoccupied states are rather robust and can be safely estimated from the mere single-nucleon spectra of the even-even reference nucleus.- 21.10.Hw
- 21.10.Pc
- 21.30.Fe
- 21.60-n
- Relativistic mean-field model
- rmf
- Nuclear spin
- Single-particle levels
- Nuclear structure
- Odd nuclei
References(27)
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