Investigation of the role of 10Li resonances in the halo structure of 11Li through the Li11(p,d)Li10 transfer reaction

• DOI: 10.1016/j.physletb.2016.02.060
• Publication Date: 2016-03-02T01:30:21Z
• Authors: A. Sanetullaev; R. Kanungo; J. Tanaka; M. Alcorta; C. Andreoiu; P. Bender; A.A. Chen; G. Christian; B. Davids; J. Fallis; J.P. Fortin; N. Galinski; A.T. Gallant; P.E. Garrett; G. Hackman; B. Hadinia; S. Ishimoto; M. Keefe; R. Krücken; J. Lighthall; E. McNeice; D. Miller; J. Purcell; J.S. Randhawa; T. Roger; A. Rojas; H. Savajols; A. Shotter; I. Tanihata; I.J. Thompson; C. Unsworth; P. Voss; Z. Wang
• Keywords: Halo nucleus; Physics; QC1-999; Li10,11; Spectroscopic factor; Transfer reaction; DWBA; [PHYS.NEXP]Physics [physics]/Nuclear Experiment [nucl-ex]; 540; 530; 01 natural sciences; Inverse kinematics; 0103 physical sciences

The first measurement of the one-neutron transfer reaction 11Li(p,d)10Li performed using IRIS facility at TRIUMF with a 5.7AMeV 11Li beam interacting solid H2 target is reported. 10Li residue was populated strongly as resonance peak energy Er=0.62±0.04MeV having total width Γ=0.33±0.07MeV. angular distribution this characterized by neutron occupying 1p1/2 orbital. A DWBA analysis yields spectroscopic factor 0.67±0.12 for p1/2 removal strength from ground state to region peak.