Quasi-Deuteron Model and the Internal Momentum Distribution of Nucleons in
- 1 February 1963
- journal article
- research article
- Published by American Physical Society (APS) in Physical Review B
- Vol. 129 (3), 1293-1297
- https://doi.org/10.1103/physrev.129.1293
Abstract
The quasi-deuteron model was assumed in computing the internal momentum distribution of nucleons in using the monoergic photodata of Cence and Moyer and the bremsstrahlung photodata of the Purdue group. The computed quasi-deuteron momentum distribution has the form , where is 1.5 MeV and is 5 MeV. The ratio is approximately 2. These two components resemble the () and () wave functions of the shell model. The () component is associated with a binding energy 40 MeV while the () component is associated with a binding energy 10 MeV. The internal momentum distribution of nucleons in was calculated from this quasideuteron momentum distribution assuming that the nucleons exist in proton-neutron pairs in the nucleus.
Keywords
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