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A New Measurement of Be-11(p,d) Transfer Reaction

Author:
Jiang, Ying  Lou, Jian-Ling  Ye, Yan-Lin  Pang, Dan-Yang  Chen, Jie  Li, Zhi-Huan  Ge, Yu-Cheng  Li, Jing  Sun, Wei Jiang-Ye-Lei  Zang, Hong-Liang  Zhang, Yun  Liu, Wei  Li, Gen  Aoi, N.  Ideguchi, E.  Ong, H. J.  Lee, J.  Wu, Jin  Liu, Hong-Na  Wen, Chao  Ayyad, Y.  Hatanaka, K.  Tran, D. T.  Yamamoto, T.  Tanaka, M.  Suzuki, T.  Nguyen, T. T.  


Journal:
CHINESE PHYSICS LETTERS


Issue Date:
2018


Abstract(summary):

A new Be-11(p,d) transfer reaction experiment is performed in inverse kinematics with a radioactive Be-11 beam at 26.9A MeV. Three low-lying states, namely the 0(+) ground state, the 2(+) state at E-x =3D 3.37 MeV, and the multiplet at around 6 MeV in Be-10, are populated by this one-neutron transfer reaction. These three states in Be-10 are clearly discriminated from the Q-value spectrum, which is rebuilt from energies and angles of the recoil deuterons in coincidence with Be-10. A spectroscopic factor for each state is extracted by comparing the experimental differential cross sections to the theoretical calculation results using the finite range adiabatic distorted wave approximation method with different global nucleon-nucleus potentials. It is found that the newly extracted spectroscopic factors for the 0(+) and 2(+) states are consistent with the previous ones, but the factor for the multiplet is smaller than the value in the reference, and the possible reason is discussed.


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