Volume 3: Pages 256-261, 1990
Woods‐Saxon Potentials for Ground‐State Binding Energies of A = 2 − 6 Λ Hypernuclei
J. J. Bevelacqua 1
1GPU Nuclear Corporation, P.O. Box 480, Middletown, Pennsylvania 17057 U.S.A.
Woods‐Saxon potentials are utilized to predict the ground‐state binding energies of all A = 2 − 6 Λ hypernuclei. In total, twenty hypernuclei are considered in this paper. The model is generally within 500 keV of the measured ground‐state binding energy value in the 3H, 4H, 4He, 5He and 6He systems. The best fit to the known A ≤ 6 Λ hypernuclei ground‐state binding energies requires a potential form similar to the Rost interaction with the addition of a term dependent on the number of baryons in the system. The derived potentials are not unique and additional data are needed to further refine the Λ‐nucleus potential in light hypernuclei.
Keywords: nuclear structure, nuclear forces, hypernuclei binding energy, cluster model
Received: April 10, 1989; Published Online: December 15, 2008