βdecay studies of the neutron-rich56–58Visotopes | Zendy

P. F. Mantica | Zendy; A. C. Morton | Zendy; B. A. Brown | Zendy; A. D. Davies | Zendy; T. Glasmacher | Zendy; D. E. Groh | Zendy; S. N. Liddick | Zendy; D. J. Morrissey | Zendy; W. F. Mueller | Zendy; H. Schatz | Zendy; A. Stolz | Zendy; S. L. Tabor | Zendy; Mareki Honma | Zendy; Mihai Horoi | Zendy; Takaharu Otsuka | Zendy

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βdecay studies of the neutron-rich56–58Visotopes

Author(s) -

P. F. Mantica,

A. C. Morton,

B. A. Brown,

A. D. Davies,

T. Glasmacher,

D. E. Groh,

S. N. Liddick,

D. J. Morrissey,

W. F. Mueller,

H. Schatz,

A. Stolz,

S. L. Tabor,

Mareki Honma,

Mihai Horoi,

Takaharu Otsuka

Publication year - 2003

Publication title -

physical review c

Language(s) - English

Resource type - Journals

eISSN - 1089-490X

pISSN - 0556-2813

DOI - 10.1103/physrevc.67.014311

Subject(s) - energy (signal processing) , physics , algorithm , isotope , neutron , combinatorics , nuclear physics , mathematics , quantum mechanics

b decay of 56,57,58V has been used to populate low-energy levels of 56,57,58Cr, respectively. The low-energylevels of the even-even Cr isotopes and b-decay half-lives and branching ratios of the parent V isotopes arecompared to results of shell-model calculations. The Cr energy level calculations were completed in the fullp f -model space, using several different interactions. The systematic variation of E(211), which is indicative ofa subshell closure at N532, was best reproduced in calculations using a pf-shell-model interaction based oneffective two-body matrix elements with some replacement by the G matrixstatus: publishe

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