Abstract
The binding energy of , percentage -, -, and -state probabilities and charge form factor of are calculated using the Adhikari-Sloan separable expansion to the Holinde and Machleidt one-boson-exchange potential. The results show that the Adhikari-Sloan expansion has good convergence for the binding energy, and the lowest order Adhikari-Sloan expansion considered gives excellent results for the form factor.
[NUCLEAR STRUCTURE binding energy, charge form factor, Faddeev approach, separable expansion to realistic interaction.]
- Received 30 June 1977
DOI:https://doi.org/10.1103/PhysRevC.17.326
©1978 American Physical Society