Negative g factor for the 4^+1 state in ^86Sr: a test of the shell model near N = 50

Details Negative g factor for the 4^+1 state in ^86Sr: a test of the shell model near N = 50 Negative g factor for the 4^+1 state in ^86Sr: a test of the shell model near N = 50

Mar 2012

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2012aps..aprc11008k&link_type=abstract

American Physical Society, APS April Meeting 2012, March 31-Apr 3, 2012, abstract #C11.008

Physics

Scientific paper

Lifetimes and g factors of several low-lying states have been measured by Coulomb excitation, in inverse kinematics. The 38^86Sr48 nucleus lies near the N = 50 shell closure. ^86Sr is a particularly interesting case because ^88Sr is often taken as the core nucleus in shell model calculations in this region. Noteworthy results of the experiment include the negative g factor for the 4^+1 state of ^86Sr, in contrast to the positive g factor of the 2^+1 state, and similarities between the two isotones ^86Sr and ^88Zr. Large scale shell model calculations using the JJ4B and JUN45 interactions have been carried out. The results will be presented and compared to the data from the ^84-102Zr and ^84,88Sr isotopes.

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