Nuclear levels in proton-unboundI109: Relative single-particle energies beyond the proton drip line
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Nuclear levels in proton-unboundI109: Relative single-particle energies beyond the proton drip line

Marina Petri,E. S. Paul,B. Cederwall,I. G. Darby,M. R. Dimmock,S. Eeckhaudt,E. Ganioglu,T. Grahn,P. T. Greenlees,B. Hadinia,P. Jones,D. T. Joss,R. Julin,S. Juutinen,S. Ketelhut,A. Khaplanov,M. Leino,L. Nelson,M. Nyman,R. D. Page,P. Rahkila,M. Sandzelius,J. Sarén,Catherine Scholey,J. Sorri,J. Uusitalo,R. Wadsworth;Marina Petri;E. S. Paul;B. Cederwall;I. G. Darby;M. R. Dimmock;S. Eeckhaudt;E. Ganioglu;T. Grahn;P. T. Greenlees;B. Hadinia;P. Jones;D. T. Joss;R. Julin;S. Juutinen;S. Ketelhut;A. Khaplanov;M. Leino;L. Nelson;M. Nyman;R. D. Page;P. Rahkila;M. Sandzelius;J. Sarén;Catherine Scholey;J. Sorri;J. Uusitalo;R. Wadsworth;
physical review c 2007 Vol. 76 pp. 054301-
229
wadsworth2007physicalnuclear

Abstract

A level scheme has been constructed for the proton-unbound, Tz=3/2 nuclide 53109I56 following a recoil-decay-tagging experiment using the Ni58(Fe54, p2nγ) reaction at a beam energy of 195 MeV. The experiment was performed using the highly efficient JUROGAM γ-ray spectrometer in conjunction with the RITU gas-filled recoil separator and the GREAT focal-plane spectrometer. Cranking calculations are used to interpret band structures built on πg7/2 and πh11/2 states in a weakly deformed, triaxial nucleus.

Keywords

spectroscopy behavior iron nickel isotopes decay nuclear structure band structure energy levels gamma ray spectrometer

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DOI:
10.1103/physrevc.76.054301
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https://sciprofiles.com/publication/view/0cba0f1b7...

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