Shell Inhomogeneities of the Single-Particle Level Spectra in the Practical Model of the Gamma-Decay of Neutron Resonance
N. Jovan\v{c}evi\'c, L.V. Mitsyna, A.M. Sukhovoj, D. Kne\v{z}evi\'c,, M. Krmar, J. Petrovi\'c, S. Oberstedt, A. Dragi\'c, F.-J. Hambsch, D.C. Vu
TL;DR
This paper investigates how shell inhomogeneities affect the gamma-decay of neutron resonances, confirming that nuclear shape influences Cooper pair breaking thresholds.
Contribution
It introduces shell inhomogeneities into the practical model of gamma-decay of neutron resonance, highlighting their impact on nuclear behavior.
Findings
Shell inhomogeneities influence the gamma-decay process.
Breaking thresholds for Cooper pairs depend on nuclear shape.
Results confirm previous observations without shell inhomogeneity.
Abstract
In this paper we have taken into account shell inhomogeneities of the single-particle level spectra in the practical model of the gamma-decay of neutron resonance developed in Dubna. The obtained data confirm a dependence of breaking thresholds for Cooper pairs on a shape of investigated nuclei - a phenomenon noticed earlier without taking into account the shell inhomogeneity.
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Taxonomy
TopicsNuclear physics research studies · Nuclear Physics and Applications · Advanced NMR Techniques and Applications