FAST-TIMING MEASUREMENT IN 96Pd: IMPROVED ACCURACY FOR THE LIFETIME OF THE 4+1 STATE*

A. Yaneva,S. Jazrawi,B. Das,M. Mikolajczuk,M. Gorska,P. H. Regan,B. Cederwall,J. Jolie,G. Benzoni,H. M. Albers,S. Alhomaidhi,T. Arici,A. Banerjee,M. M. R. Chishti,T. Davinson,J. Gerl,O. Hall,N. Hubbard,I. Kojouharov,A. K. Mistry,M. Polettini,M. Rudigier,E. Sahin,H. Schaffner,A. Sharma,H. J. Wollersheim,P. Boutachkov,T. Dickel,E. Haettner,H. Heggen, C. . H. Hornung,R. Knoebel,D. Kostyleva,N. Kurz,N. Kuzminchuk,I. Mukha,S. Pietri,W. R. Plass,ZS. Podolyak,C. Scheidenberger,Y. K. Tanaka,J. Vesic,H. Weick,U. Ahmed,O. Aktas,A. Algora,C. Appleton,J. Benito,A. Blazhev,A. Bracco,A. Bruce,M. Brunet,R. Canavan,A. Esmaylzadeh,L. M. Fraile,G. Haefner, K. P. Hucka,P. R. John,D. Kahl,V. Karayonchev,R. Kern,G. Kosir,R. Lozeva,P. Napiralla,B. S. Nara Singh,R. D. Page,C. M. Petrache,N. Pietralla,J. -M. Regis,H. Roesch,P. Ruotsalainen,V. Sanchez-Temble,L. Sexton,R. Shearman,M. Si,V. Werner,J. Wiederhold,K. Wimmer,W. Witt,P. Woods,G. Zimba

Acta Physica Polonica（2023）

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Abstract

Direct lifetime measurements via gamma-gamma coincidences using the FATIMA fast-timing LaBr3(Ce) array were performed for the excited states below previously reported isomers. In the N = 50 semi-magic 96Pd nucleus, lifetimes below the I pi = 8+ seniority isomer were addressed as a benchmark for further analysis. The results for the I pi = 2+ and 4+ states confirm the published values. Increased accuracy for the lifetime value was achieved for the 4+ state.

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Key words

improved accuracy,measurement,fast-timing

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