Analysis of the Resonance Reactions H₃(d,n)He₄ and He₃(d,p)He₄ in the Effective Interaction Radius Approximation

Abstract

Rather comprehensive experimental information on the reactions H³(d,n)He⁴ and He³(d,p)• He⁴ has become available in the low-energy region in which resonances are observed at E_d = 0.064 MeV* in the (d,n) reaction and at E_d = 0.255 MeV in the (d,p) reaction. It could be established that the resonances result from the channel with J^π = 3/2⁺. The energy dependence of the cross sections of these reactions near the resonances (0.006 MeV <E_d < 0.250 MeV for the (d,n) reaction and 0.024 MeV <E_d < 0.350 MeV for the (d,p) reaction) has been considered in numerous papers (see, e.g., [1] and [2]).