D. Rupnik
Louisiana State University
8 Papers
46 Citations
D. Rupnik is an academic researcher from Louisiana State University. The author has contributed to research in topics: Radioactive decay & Internal conversion. The author has an hindex of 4, co-authored 8 publications.
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Papers
LIFETIMES OF THE $0_2^ + $ CONFIGURATION IN 186Hg AND 188Hg
P.K. Joshi,E. F. Zganjar,D. Rupnik,S.J. Robinson,P. F. Mantica,H. K. Carter,J. Kormicki,R. L. Gill,W. B. Walters,C. R. Bingham,A. V. Ramayya,W. C. Ma,J. H. Hamilton +12 more
TL;DR: In this paper, the half-life values were measured to be 204±45 ps in 188Hg and ≤52 ps in 186Hg, respectively, and the corresponding values of ρ2(E0)×103, obtained from the partial half-lives, were and ≥32, respectively.
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Levels of 187 Au: A detailed study of shape coexistence in an odd-mass nucleus
TL;DR: In this article, a variety of coexisting band structures are established in the heavier odd-mass Au isotopes, and Decay schemes have been constructed incorporating $g$99$% of the decay intensities assigned to the high-spin and low-spin decays.
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Coexistence effects in 187Au: Evidence for nearly identical diabatic intruder structures.
D. Rupnik,E. F. Zganjar,J. L. Wood,P. B. Semmes,Witold Nazarewicz,Witold Nazarewicz,Witold Nazarewicz +6 more
TL;DR: Two negative-parity band structures with identical spins, nearly identical relative energies, and electric monopole transitions connecting the favored members are revealed in {sup 187}Au.
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Level structures of 119Te and 121Te populated in the decay of 119I and 121I.
P. F. Mantica,B. E. Zimmerman,W. B. Walters,D. Rupnik,E. F. Zganjar,J. Kormicki,H. K. Carter,W. D. Schmitt-Ott +7 more
TL;DR: The structures of the odd-neutron nuclides {sup 119,121}Te have been investigated following beta decay of {Sup 119, 121}I. Gamma-ray and conversion-electron singles and coincidence measurements have been performed on mass separated sources using Ge gamma-ray detectors and Si(Li) electron detectors and a mini-orange positron filter as discussed by the authors.
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On-line nuclear orientation study of 184 Au
Y. Xu,Kenneth S. Krane,M. A. Gummin,J. L. Wood,M. Jarrio,J. B. Breitenbach,E. F. Zganjar,D. Rupnik,H.K. Carter,P. F. Mantica,B. E. Zimmerman +10 more
TL;DR: In this paper, a low-lying level scheme of the 184Au→184Pt decay was proposed and the internal conversion coefficients for interband transitions between states with the same spin were extracted from the spectroscopy measurements.
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