Investigation of the nuclear level density for different potential forms with semi-classical methods
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Abstract (EN)
In this study, single-particle level densities at Fermi energy which includes shell effect were calculated for different combinations containing Coulomb and spin-ortbit interactions in addition to nuclear potentials (harmonic oscillator or Woods-Saxon). Using these single particle level densities, asymptotic level density parameter a for 289 stable nuclei were calculated. Since in calculation of a any free parameter is needed, avarage resonance spacing can be calculated without using a free parameters. Our model results were in good agreement with experimental resonance spacing data.
Author
Ramazan Bulur
Institution
How to Cite
Ramazan Bulur (Master Thesis). Investigation of the nuclear level density for different potential forms with semi-classical methods, 2012, Manisa Celal Bayar University.
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