Investigation of the role of [superscript 10]Li resonances in the halo structure of [superscript 11]Li through the [superscript 11]Li(p, d) [superscript 10]Li transfer reaction

Sanetullaev, Alisher; Kanungo, Rituparna; Tanaka, J.; Alcorta, M.; Andreoiu, C.; Bender, P.; Chen, A. A.; Christian, G.; Davids, B.; Fallis, J.; Fortin, J. P.; Keefe, Matthew; Purcell, Julia; Randhawa, Jaspreet

Home
→
Saint Mary's Faculty Articles and Other Works
→
Articles
→
View Item

Investigation of the role of [superscript 10]Li resonances in the halo structure of [superscript 11]Li through the [superscript 11]Li(p, d) [superscript 10]Li transfer reaction

Sanetullaev, Alisher; Kanungo, Rituparna; Tanaka, J.; Alcorta, M.; Andreoiu, C.; Bender, P.; Chen, A. A.; Christian, G.; Davids, B.; Fallis, J.; Fortin, J. P.; Keefe, Matthew; Purcell, Julia; Randhawa, Jaspreet

Date: 2016-04-16

Type: Text

ISSN: 0370-2693

Source:

Physics Letters B 755, 481-485. (2016)

Abstract:

The first measurement of the one-neutron transfer reaction [superscript 11]Li(p,d)[superscript 10]Li performed using the IRIS facility at TRIUMF with a 5.7A MeV [superscript 11]Li beam interacting with a solid H[subscript 2] target is reported. The [superscript 10]Li residue was populated strongly as a resonance peak with energy E[subscript r] = 0.62 [plus or minus] 0.04 MeV having a total width [gamma] = 0.33 [plus or minus] 0.07 MeV. The angular distribution of this resonance is characterized by neutron occupying the 1p[subscript 1/2] orbital. A DWBA analysis yields a spectroscopic factor of 0.67 [plus or minus] 0.12 for p[subscript 1/2] removal strength from the ground state of [superscript 11]Li to the region of the peak.