Contribution of Three-Nucleon Potential to Triton Binding Energy

Details Contribution of Three-Nucleon Potential to Triton Binding Energy Contribution of Three-Nucleon Potential to Triton Binding Energy

Nov 1984

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1984phrvl..53.1877i&link_type=abstract

Physical Review Letters, Volume 53, Issue 20, November 12, 1984, pp.1877-1880

Physics

66

Binding Energies And Masses, A<=5

Scientific paper

Faddeev calculations for the triton are performed with three two-body potentials (RSC, URG, and Paris) taking eighteen channels, J<=2, for an interacting pair. Using these wave functions, we calculate the first-order perturbation energy for the Tucson-Melbourne three-body interaction. For the usual dipole pionic form factor with the cutoff parameter of Λ=800 MeV, we get 0.89 MeV (RSC), 0.50 MeV (URG), and 0.67 MeV (Paris). Thus, the calculated triton binding energies amount to 8.13 MeV (RSC), 8.00 MeV (URG), and 8.23 MeV (Paris). These values are very close to the experimental value of 8.482 MeV.

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