Title: Decay of Tl-185, Hg185m+g, Pb189m+g and energy location of the 13/2(+) isomeric states in Hg-185, Pb-189, Po-193 and Rn-197
Authors: Sauvage, J. ×
Roussiere, B.
Genevey, J.
Franchoo, S.
Andreyev, A.N.
Barre, N.
Braham, A. Ben
Bourgeois, C.
Clavelin, J.-F.
De Witte, Hilde
Federov, D. V.
Fedoseyev, V. N.
Fraile, L. M.
Grave, X.
Huber, G.
Huyse, Mark
Kilcher, P.
Koster, U.
Kunz, P.
Lesher, S. R.
Marsh, B. A.
Mukha, I.
Oms, J.
Porquet, M. G.
Seliverstov, M.
Stefanescu, I.
Van de Vel, K. #
Van Duppen, Piet #
Volkov, YU. M. #
Woktasiewicz., A. #
Issue Date: 6-Sep-2013
Publisher: EDP Sciences
Series Title: European Physical Journal A, Hadrons and Nuclei vol:49 issue:9 pages:2-17
Article number: 109
Abstract: The β+/EC decay of 185Tl was studied at the ISOLDE acility, theγ-rays belonging to 185Hg have been identified and a partial low-spin level scheme of 185Hg has been built. The decay of 185m+gHg was studied at the ISOCELE facility. Conversion electron lines of very low-energy transitions were observed for the first time. Electron data have been obtained for four transitions in 185Au and two transitions in 185Hg. From the analysis performed using an internal energy calibration procedure the energy location
of the 185mHg has been determined to beEIS = 103.7(4) keV. This EIS value is consistent with that determined independently,EIS = 94(13) keV, using 185m+gHg α-decay data from literature. Newαparticles emitted from 189m+gPb have been detected and their origins determined by in-source laser spectroscopy at the ISOLDE facility.α-γcoincidence results have served to locate the 13/2+ isomeric state of
189Pb at EIS = 40(4) keV. This latterEIS value added to α-decay data from literature have allowed the energy
location of the 13/2+ isomeric states of 193Po and 197Rn at 95(7) keV and 194(12) keV, respectively. The nuclear structure of the isomeric and ground states in the nuclei of the threeα-emitter chains starting with 195m+g, 197m+g, 199m+gRn are discussed.
ISSN: 1434-6001
Publication status: published
KU Leuven publication type: IT
Appears in Collections:Nuclear and Radiation Physics Section
× corresponding author
# (joint) last author

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