The structure of exotic nucleus 10 N was studied using 9 C+p resonance scattering. Two ℓ=0 resonances were found to be the lowest states in 10 N. The ground state of 10 N is unbound with respect to proton decay by 2.2(2) or 1.9(2) MeV depending on the 2− or 1− spin-parity assignment, and the first excited state is unbound by 2.8(2) MeV.
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Two \u2113=0 resonances were found to be the lowest states in 10 N. The ground state of 10 N is unbound with respect to proton decay by 2.2(2) or 1.9(2) MeV depending on the 2\u2212 or 1\u2212 spin-parity assignment, and the first excited state is unbound by 2.8(2) MeV." } ], "imprints": [ { "date": "2017-03-17", "publisher": "Elsevier" } ], "acquisition_source": { "date": "2017-03-18T00:00:00", "source": "Elsevier", "method": "scoap3", "submission_number": "372790d4430511e898b102163e01809a" } }