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    A collective coupled-channel model and mirror state energy displacements

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    Authors
    Fraser, Paul
    Amos, K.
    Canton, L.
    Karataglidis, S.
    van der Knijff, D.
    Svenne, J.
    Date
    2015
    Type
    Journal Article
    
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    Citation
    Fraser, P. and Amos, K. and Canton, L. and Karataglidis, S. and van der Knijff, D. and Svenne, J. 2015. A collective coupled-channel model and mirror state energy displacements. European Physical Journal A. 51 (9).
    Source Title
    European Physical Journal A
    DOI
    10.1140/epja/i2015-15110-4
    ISSN
    1434-6001
    School
    Department of Physics and Astronomy
    URI
    http://hdl.handle.net/20.500.11937/23306
    Collection
    • Curtin Research Publications
    Abstract

    © 2015, SIF, Springer-Verlag Berlin Heidelberg. The spectra of nucleon-nucleus mirror systems allow examination of charge symmetry breaking in nucleon-nucleus interactions. To date, such examination has been performed with studies using microscopic models of structure. Herein we seek characterisation with a coupled-channel model in which the nucleon-nucleus interactions are described using a collective model prescription with the Pauli principle taken into account. The neutron-nucleus Hamiltonian is chosen to give the best match to the compound system spectrum, with emphasis on finding the correct ground state energy relative to the neutron-nucleus threshold. The Coulomb interactions for the proton-nucleus partner of a mirror pair are determined using charge distributions that match the root-mean-square charge radii of the nuclei in question. With the Coulomb interaction so defined modifying the neutron-nucleus Hamiltonian, we then predict a spectrum for the relevant proton-nucleus compound. Discrepancies in that resulting spectrum with measured values we tentatively ascribe to charge-symmetry breaking effects. We consider spectra obtained in this way for the mirror pairs <sup>13</sup>C and <sup>13</sup>N, <sup>15</sup>C and <sup>15</sup>F, and <sup>15</sup>O and <sup>15</sup>N, all to ~ 10 MeV excitation.

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