3He and 3H bound state for the Reid soft-core potential

Details 3He and 3H bound state for the Reid soft-core potential 3He and 3H bound state for the Reid soft-core potential

Feb 1981

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981phrvc..23..905s&link_type=abstract

Physical Review C (Nuclear Physics), Volume 23, Issue 2, February 1981, pp.905-919

Physics

Nuclear Physics

32

Scientific paper

The perturbational approach that has been used for the calculation of the triton bound state is applied to 3He. The Coulomb potential is fully taken into account within the limitation of the Reid soft-core-3 potential. We obtain 5.775 MeV as the binding energy of 3He. The Coulomb energy difference with 3H is 0.625 MeV. The Coulomb effects to the charge form factor and the two-body correlation function are calculated. Qualitative discussions are given for the complex behavior of the Faddeev components expressed in terms of the spectator momentum and the relative distance of the interacting pair. NUCLEAR STRUCTURE 3He and 3H bound state. Exact solution of the Faddeev equation by a perturbative approach. Binding energy of 3He: 5.775 MeV. Coulomb energy difference with triton: 0.625 MeV. Coulomb effects to charge form factor and correlation function.

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