The goal of this meeting is to gather scientists from French laboratories working in theoretical nuclear physics and related areas. PhD students, postdocs and more senior scientists are invited to present their ongoing research.
15-16 Nov 2011 Paris (France)
Tuesday 15
Nuclear Physics
Stéphane Peigné (SUBATECH, Nantes)
› 16:30 - 16:50 (20min)
› Amphithéâtre Fabry Pérot
RPA correction to the optical potential
Guillaume Blanchon  1  
1 : CEA-DAM-DIF  (CEA-DAM-DIF)
CEA
This work is dedicated to a microscopic derivation of the optical potential involved in nucleon elastic scattering studies, in the case of doubly closed-shell target nuclei and generally to nuclei well described by the random phase approximation (RPA). We use the so-called ”nuclear structure approach” developed by Vinh Mau and Bouyssy. First, we present results for a calculation using the Gogny force consistently to generate both the real Hartree-Fock term and the complex RPA term of the microscopic optical potential (MOP). Then we present the results obtained adding the RPA potential to the one obtained from g-matrix calculations (Melbourne and Santiago). The MOP is non-local complex and energy dependent. The integro-differential Schrödinger equation corresponding to the scattering problem is solved without any localization procedure. Illustrations are given for proton and neutron scattering from 40 Ca and 208 Pb.
Subject : : Abstract
Topics : Nuclear Physics
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