Measurement of g factors of excited states in radioactive beams by the transient field technique: 132Te
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Measurement of g factors of excited states in radioactive beams by the transient field technique: 132Te

N. Benczer-Koller,G.J. Kumbartzki,G. Gürdal,C.J. Gross,A.E. Stuchbery,B. Krieger,R. Hatarik,P. O'Malley,S. Pain,L. Segen,C. Baktash,J. Beene,D.C. Radford,C.H. Yu,N.J. Stone,J.R. Stone,C.R. Bingham,M. Danchev,R. Grzywacz,C. Mazzocchi;N. Benczer-Koller;G.J. Kumbartzki;G. Gürdal;C.J. Gross;A.E. Stuchbery;B. Krieger;R. Hatarik;P. O'Malley;S. Pain;L. Segen;C. Baktash;J. Beene;D.C. Radford;C.H. Yu;N.J. Stone;J.R. Stone;C.R. Bingham;M. Danchev;R. Grzywacz;C. Mazzocchi;
physics letters b 2008 Vol. 664 pp. 241-245
116
mazzocchi2008physicsmeasurement

Abstract

The g factor of the 21+ state in 13252Te, E(21+)=0.9739MeV, τ=2.6ps, was measured by the transient field technique applied to a radioactive beam. The development of an experimental approach necessary for work in radioactive beam environments is described. The result g=0.28(15) agrees with the previous measurement by the recoil-in-vacuum technique, but here the sign of the g factor is measured as well.

Keywords

inverse kinematics radioactive beam coulomb excitation magnetic moment transient field

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DOI:
10.1016/j.physletb.2008.05.048
URL:
https://sciprofiles.com/publication/view/fe9e53d99...

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ID: 272014
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