Neutron-proton pairing in rotating N similar to Z nuclei: dominance of the isovector component


Neutron-proton pairing in rotating N similar to Z nuclei: dominance of the isovector component

Afanasjev, A.; Frauendorf, S.

Theoretical calculations of rotating N approximate to Z nuclei with A = 58 - 80 within the cranked Nilsson+Strutinsky approach, cranked relativistic mean field and cranked relativistic Hartree+Bogoliubov theories show good agreement with experiment. They point on the presence of the isovector t = 1 np-pairing, but do not show any indications of the isoscalar t = 0 np-pairing.

  • Nuclear Physics A 746(2004), 575C-578C

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Publ.-Id: 7221