Dynamical Study of ~1H(d, γ)~3 He Tensor Observables in the Energy Range of 80 keV To 95 MeV: Tests of Effective Two-Body Models

摘要

Realistic interactions are used to study ~1H(d, γ)~3 He tensor observables in the energy range of 80 keV deuteron laboratory energy, as well as the differential cross section for the two-body photodisinte- gration of ~3He. The Siegert form of the E1 multipole operator in the long- wavelength limit is taken as the sole component of the electromagnetic interaction. The three-body Faddeev equations for the bound-state and continuum wave functions are solved using the Paris, Argonne V14, Bonn-A, and Bonn-B potentials.