β-delayedγ-ray spectroscopy of203,204Au and200−202Pt

6533b823fe1ef96bd127e9e8

RESEARCH PRODUCT

β-delayedγ-ray spectroscopy of203,204Au and200−202Pt

Zhi Liu S. Verma P. J. Woods S. Pietri A. B. Garnsworthy Robert Hoischen J. Grebosz H. Alvarez-pol J. Gerl A. M. Denis Bacelar I. Kojouharov N. Alkhomashi L. Caceres M. E. Estévez-aguado A. I. Morales G. Benzoni I. J. Cullen R. Kumar S. J. Steer P. Boutachkov J. Benlliure F. Molina H. Schaffner W. Prokopowicz Alison Bruce A. Blazhev A. Algora A. Algora Stanislav Tashenov B. Rubio S. Lalkovski P. H. Regan D. Mücher J. J. Valiente-dobón W. Gelletly H. J. Wollersheim Atsushi Tamii Yoshitaka Fujita Enrique Casarejos P. Doornenbal P. M. Walker M. Górska H. Grawe N. Kurz G. F. Farrelly Zs. Podolyák C. Mihai

subject

Physics Nuclear and High Energy Physics Nuclear Theory Gamma ray Beta decay Nuclear physics medicine.anatomical_structure Fragmentation (mass spectrometry)medicine Beta (velocity)Atomic physics Nuclear Experiment Spectroscopy Nucleus

description

The beta decay of five heavy, neutron-rich nuclei, Pt-203,Pt-204 and Ir200-202, has been investigated following relativistic cold fragmentation reactions of lead projectiles using the FRS + RISING setup at GSI. This paper reports on the study of the low-lying states in the decay daughter nuclei Au-203,Au-204 and Pt200-202. The characteristic gamma rays for each nucleus have been determined using beta-delayed gamma-ray spectroscopy. Tentative level schemes, relative intensities, and apparent beta feedings are provided. These data are compared with shell-model calculations, which indicate a substantial contribution to the total beta strength from high-energy first-forbidden beta-decay transitions in this mass region.

year	journal	country	edition	language
2013-07-22	Physical Review C

https://doi.org/10.1103/physrevc.88.014319

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