Angular distribution of the^(6)He(d,n)^(7)Li reaction at E_(c.m.)=9.1 MeV is measured in inverse kinematics for the first time.The proton spectroscopic factors for the ground and first excited states of^(7)Li are deri...Angular distribution of the^(6)He(d,n)^(7)Li reaction at E_(c.m.)=9.1 MeV is measured in inverse kinematics for the first time.The proton spectroscopic factors for the ground and first excited states of^(7)Li are derived by using the distorted wave Born approximation analysis.The astrophysical rates of^(6)He(p,γ)^(7)Li reaction are then deduced and fitted with an expression of REACLIB.展开更多
基金Supported by the National Basic Research Program of China under Grant No 2007CB815003the National Natural Science Foundation of China under Grant Nos 10675173,10975193,11021504,10720101076,11021504 and 10735100.
文摘Angular distribution of the^(6)He(d,n)^(7)Li reaction at E_(c.m.)=9.1 MeV is measured in inverse kinematics for the first time.The proton spectroscopic factors for the ground and first excited states of^(7)Li are derived by using the distorted wave Born approximation analysis.The astrophysical rates of^(6)He(p,γ)^(7)Li reaction are then deduced and fitted with an expression of REACLIB.
