Neutron Spectroscopic Factors from Transfer Reactions

Abstract

The present paper examines past measurements of the angular distributions for

Quenching of single-particle strength from direct reactions with stable and rare-isotope beams

“…To compare spectroscopic factors, it is best to calculate the cross section in a consistent manner, i.e., with the same global optical model parameters, and the overlap state with the same radius and diffuseness parameters. Lee, Tsang, and Lynch have recently reanalyzed a large body of (d,p) and (p,d) cross section data to this end and found consistency of the spectroscopic factors from these two reactions [109]. Large spectroscopic factors from shell-model calculations tend to correlate quite well with the results from the experimental analysis as illustrated in Ref.…”

“…Figure 25(b) from Ref. [109] shows a robust agreement between complementary adding and removing reactions probing the same final state, subtlety different from Fig. 25(a).…”

“…Figure 25: (Color online) Various comparisons of spectroscopic factors for (a) different reactions to the same final states for = 3 transfer on the stable Ni isotopes modified with permission from Ref. [201]©2013 by the American Physical Society, (b) the (d,p) reaction from,and (p,d) to, the same final state for many nuclei studied in Ref [109],. adapted with permission from Ref [109]…”

“…[201]©2013 by the American Physical Society, (b) the (d,p) reaction from,and (p,d) to, the same final state for many nuclei studied in Ref [109],. adapted with permission from Ref [109][237,239]) for nuclei between Li and Pb.…”

Proton–neutron asymmetry independence of reduced single-particle strengths derived from (p,d) reactions

“…In order to see how the ORFs defined in Eq. ( 6) depend on the isospin asymmetry, we analyze 103 sets of angular distributions of (p, d) reactions on 21 even-even nuclei, namely, 8 He, 12,14 C, 14,16,18 O, 22 Ne, 26 Mg, 28,30 Si, 34 S, 34,36,38…”