Reduced Occupancy of the Deeply Bound0d5/2Neutron State inAr | Zendy

A. Gade | Zendy; D. Bazin | Zendy; B. A. Brown | Zendy; C. M. Campbell | Zendy; J. A. Church | Zendy; D.C. Dinca | Zendy; J. Enders | Zendy; T. Glasmacher | Zendy; P.G. Hansen | Zendy; Z. Hu | Zendy; K. W. Kemper | Zendy; W. F. Mueller | Zendy; H. Olliver | Zendy; B. C. Perry | Zendy; L. A. Riley | Zendy; B. T. Roeder | Zendy; B. M. Sherrill | Zendy; J. R. Terry | Zendy; J. A. Tostevin | Zendy; K. L. Yurkewicz | Zendy

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Reduced Occupancy of the Deeply Bound0d5/2Neutron State inAr

Author(s) -

A. Gade,

D. Bazin,

B. A. Brown,

C. M. Campbell,

J. A. Church,

D.C. Dinca,

J. Enders,

T. Glasmacher,

P.G. Hansen,

Z. Hu,

K. W. Kemper,

W. F. Mueller,

H. Olliver,

B. C. Perry,

L. A. Riley,

B. T. Roeder,

B. M. Sherrill,

J. R. Terry,

J. A. Tostevin,

K. L. Yurkewicz

Publication year - 2004

Publication title -

physical review letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 3.688

H-Index - 673

eISSN - 1079-7114

pISSN - 0031-9007

DOI - 10.1103/physrevlett.93.042501

Subject(s) - physics , energy (signal processing) , ground state , eikonal equation , crystallography , proton , eikonal approximation , atomic physics , nuclear physics , quantum mechanics , chemistry

The 9Be(32Ar, 31Ar)X reaction, leading to the 5/2+ ground state of a nucleus at the proton drip line, has a cross section of 10.4(13) mb at a beam energy of 65.1 MeV/nucleon. This translates into a spectroscopic factor that is only 24(3)% of that predicted by the many-body shell-model theory. We introduce refinements to the eikonal reaction theory used to extract the spectroscopic factor to clarify that this very strong reduction represents an effect of nuclear structure. We suggest that it reflects correlation effects linked to the high neutron separation energy (22.0 MeV) for this state.

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