OKOLOWICZ, J.; LAM, Y.H.; PLOSZAJCZAK, M.; MACCHIAVELLI, A.O.; SMIRNOVA, N.A.

doi:10.1016/j.physletb.2016.03.086

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OKOLOWICZ, J.
Institute of Nuclear Physics

LAM, Y.H.

PLOSZAJCZAK, M.
Grand Accélérateur National d'Ions Lourds [GANIL]

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Physics Letters B. 2016-06-10

Elsevier

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There is a considerable interest in understanding the dependence of one-nucleon removal cross sections on the asymmetry of the neutron $S_n$ and proton $S_p$ separation energies, following a large amount of experimental data and theoretical analyses in a framework of sudden and eikonal approximations of the reaction dynamics. These theoretical calculations involve both the single-particle cross section and the shell-model description of the projectile initial state and final states of the reaction residues. The configuration mixing in shell-model description of nuclear states depends on the proximity of one-nucleon decay threshold but does it depend sensitively on $S_n - S_p$? To answer this question, we use the shell model embedded in the continuum to investigate the dependence of one-nucleon spectroscopic factors on the asymmetry of $S_n$ and $S_p$ for mirror nuclei $^{24}$Si, $^{24}$Ne and $^{28}$S, $^{28}$Mg and for a series of neon isotopes ($20 \leq A \leq 28$).< Réduire

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Consistent analysis of one-nucleon spectroscopic factors involving weakly- and strongly-bound nucleons

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