The influence of the nuclear surface diffuseness on the transition charge densities.
Abstract
Proton partial occupancies of the nuclear surface orbits are used in a modified shell model approach to study isoscalar dipole transition charge densities and form factors for self-conjugate nuclei. The energy-weighted sum-rules of Harakeh-Dieperink for both the transition form factor and transition charge density are modified so as fractional occupation probabilities of the states may be used. The partial occupancies of the surface n/j-levels are determined by fitting to the experimental inelastic scattering data and compared with those found previously in the study of nuclear ground state properties
Article Details
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Kosmas, T. S., & Vergados, J. D. (2019). The influence of the nuclear surface diffuseness on the transition charge densities. HNPS Advances in Nuclear Physics, 3, 104–113. https://doi.org/10.12681/hnps.2377
- Issue
- Vol. 3 (1992): HNPS1992
- Section
- Oral contributions
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T.S. Kosmas and J.D. Vergados, In preparation
