In-beam spectroscopy study of the proton emitter151Lu
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In-beam spectroscopy study of the proton emitter151Lu

C.-H. Yu,J. C. Batchelder,C. R. Bingham,R. Grzywacz,K. Rykaczewski,K. S. Toth,Y. Akovali,C. Baktash,A. Galindo-Uribarri,T. N. Ginter,C. J. Gross,M. Karny,S. H. Kim,B. D. MacDonald,S. D. Paul,D. C. Radford,J. Szerypo,W. Weintraub;C.-H. Yu;J. C. Batchelder;C. R. Bingham;R. Grzywacz;K. Rykaczewski;K. S. Toth;Y. Akovali;C. Baktash;A. Galindo-Uribarri;T. N. Ginter;C. J. Gross;M. Karny;S. H. Kim;B. D. MacDonald;S. D. Paul;D. C. Radford;J. Szerypo;W. Weintraub;
physical review c 1998 Vol. 58 pp. R3042-R3045
144
weintraub1998physicalin-beam

Abstract

Gamma rays decaying from the excited states of the proton-unbound 151Lu were observed for the first time in an experiment using the 96Ru(58Ni,p2n)151Lu reaction. These γ rays were identified by correlating prompt γ radiations at the target position with 151Lu proton radioactivities at the focal plane of a recoil mass separator. Systematic data on N=80 isotones suggest a possible isomeric level at high spin in 151Lu. Our measurement was unable to observe such an isomer, but provided an upper limit on its half-life. The observed γ rays in 151Lu can be interpreted in terms of two possible level structures.

Keywords

proton spin gamma recoil rays plane 151lu unbound isotones 96ru

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DOI:
10.1103/physrevc.58.r3042
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https://sciprofiles.com/publication/view/8fddf3b11...

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ID: 273299
Ref Key: weintraub1998physicalin-beam
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