g-Factor Measurements of 41+ States in the N=82 Isotones 136Xe and 138Ba
The g factors for the 4+1 states in Xe136 and Ba138 were measured using the method of time-integral perturbed angular correlation. The levels of interest were populated by the decay of mass-separated I136 and Cs138. g factors of 0.80±0.15 and 0.80±0.14 were measured for the 4+1 states in Xe136 and Ba138, respectively. The above results, along with those for the g factors in the 4+1 state in Ce140 and the 6+1 states in Te134 and Ba138, are well described by a shell-model calculation in which the effective elemental proton g factors are g’l=1.12 and g’s=4.12.
Repository citation: Berant, Z.; Wolf, A.; Hill, John C.; Wohn, F. K.; Gill, R. L.; Mach, H.; Rafailovich, M.; Kruse, H.; Wildenthal, B. H.; Peaslee, Graham F.; Aprahamian, A.; Goulden, J.; and Chung, C., "g-Factor Measurements of 41+ States in the N=82 Isotones 136Xe and 138Ba" (1985). Faculty Publications. Paper 1125.
Published in: Physical Review C, Volume 31, Issue 2, February 1, 1985, pages 570-574. Copyright © 1985 American Physical Society.
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