Analysis of spectroscopic factors in Be11 and Be12 in the Nilsson strong-coupling limit

Abstract

[101] Nilsson levels, the strong coupling limit gives simple expressions that relate the amplitudes of these wavefunctions (in the spherical basis) with the measured cross-sections and derived spectroscopic factors. We obtain good agreement with both the measured magnetic moment of the ground state in 11 Be and the reaction data.

Consistency of nucleon-transfer sum rules in well-deformed nuclei

“…In the era of radioactive ion beams, there has been a resurgence of interest in interpreting transfer reaction data for lighter nuclei using the Nilsson model [36][37][38]. As data become more plentiful, exploiting the sum rules across wider ranges of isotopes will become increasingly important.…”

Weak binding effects on the structure of $$^{40}$$Mg

“…4) can also be used to determine their relative intensities populated in a direct knockout reaction using the procedure described in Refs. [25][26][27] and compared to that observed [5]. The cross-section to populate a given state in a direct reaction depends on the overlap of the initial and final state wavefunctions and may therefore be sensitive to the effects of weak binding.…”

Analysis of the 18Fg,m(d,p)FMacchiavelli1, Crawford2, Fallon3 et al. 2020Phys. Rev. CSelf Cite3010View full textAdd to dashboardCite

“…In the following, we briefly review the formalism in Ref. [11], which we have recently applied to the N = 8 and N = 20 islands of inversion [22,23]. We begin with the strong-coupling limit, applicable to transfer from the 18 F ground state.…”