Data di Pubblicazione:
2018
Abstract:
Elastic scattering is probably one of the most relevant tools to study nuclear
interactions. In this contribution we study the domain of applicability of microscopic two-body
chiral potentials in the construction of an optical potential. A microscopic complex optical
potential is derived and tested performing calculations on 16 O at different energies. Good
agreement with empirical data is obtained if a Lippmann-Schwinger cutoff at relatively high
energies (above 500 MeV) is employed
interactions. In this contribution we study the domain of applicability of microscopic two-body
chiral potentials in the construction of an optical potential. A microscopic complex optical
potential is derived and tested performing calculations on 16 O at different energies. Good
agreement with empirical data is obtained if a Lippmann-Schwinger cutoff at relatively high
energies (above 500 MeV) is employed
Tipologia CRIS:
1.1 Articolo in rivista
Keywords:
Elastic proton scattering, optical potential, chiral potentials
Elenco autori:
Finelli, Paolo; Vorabbi, Matteo; Giusti, Carlotta
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