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Rotational bands in the proton emitter (141)Ho
Authors:Seweryniak D  Woods P J  Ressler J J  Davids C N  Heinz A  Sonzogni A A  Uusitalo J  Walters W B  Caggiano J A  Carpenter M P  Cizewski J A  Davinson T  Ding K Y  Fotiades N  Garg U  Janssens R V  Khoo T L  Kondev F G  Lauritsen T  Lister C J  Reiter P  Shergur J  Wiedenhöver I
Institution:Argonne National Laboratory, Illinois 60439, USA.
Abstract:Rotational bands feeding the ground state and the isomeric state in the proton emitter (141)Ho were observed using the recoil-decay tagging method. This constitutes direct evidence that (141)Ho is deformed. A quadrupole deformation of beta(2) = 0.25(4) was deduced for the ground state from the extracted dynamic moment of inertia. Based on observed band crossings and signature splittings the 7/2(-)523] and 1/2(+)411] configurations were proposed for the ground state and the isomeric state, respectively. Comparison with particle-rotor calculations for beta(2) = 0.25 indicates, however, that (141)Ho may have significant hexadecapole deformation and could be triaxial in the 7/2(-)523] ground state.
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