Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy

The nuclear spins of the very neutron-deficient /sup 191m-185m/Hg isomers were measured on line at the mass separator ISOLIDE at CERN using pulsed-laser excitation and observation of the time-resolved quantum beats from selected hyperfine-structure states. The spins of these isomers are with I=13/2...

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Detalles Bibliográficos
Autores principales: Kremmling, H, Dabkiewicz, P, Fischer, H G, Kluge, H J, Kühl, T, Schüssler, H A
Lenguaje:eng
Publicado: 1979
Materias:
Nuclear Physics
Acceso en línea:https://dx.doi.org/10.1103/PhysRevLett.43.1376
http://cds.cern.ch/record/875281
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author Kremmling, H
Dabkiewicz, P
Fischer, H G
Kluge, H J
Kühl, T
Schüssler, H A
author_facet Kremmling, H
Dabkiewicz, P
Fischer, H G
Kluge, H J
Kühl, T
Schüssler, H A
author_sort Kremmling, H
collection CERN
description The nuclear spins of the very neutron-deficient /sup 191m-185m/Hg isomers were measured on line at the mass separator ISOLIDE at CERN using pulsed-laser excitation and observation of the time-resolved quantum beats from selected hyperfine-structure states. The spins of these isomers are with I=13/2 equal to those of the long-lived isomers /sup 199m-193m/Hg already known. The persistence of this spin value for eight isomers is explained by the model of rotation-aligned coupling. (12 refs).
id cern-875281
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1979
record_format invenio
spelling cern-8752812019-09-30T06:29:59Zdoi:10.1103/PhysRevLett.43.1376http://cds.cern.ch/record/875281engKremmling, HDabkiewicz, PFischer, H GKluge, H JKühl, TSchüssler, H ANuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopyNuclear PhysicsThe nuclear spins of the very neutron-deficient /sup 191m-185m/Hg isomers were measured on line at the mass separator ISOLIDE at CERN using pulsed-laser excitation and observation of the time-resolved quantum beats from selected hyperfine-structure states. The spins of these isomers are with I=13/2 equal to those of the long-lived isomers /sup 199m-193m/Hg already known. The persistence of this spin value for eight isomers is explained by the model of rotation-aligned coupling. (12 refs).oai:cds.cern.ch:8752811979
spellingShingle Nuclear Physics
Kremmling, H
Dabkiewicz, P
Fischer, H G
Kluge, H J
Kühl, T
Schüssler, H A
Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title_full Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title_fullStr Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title_full_unstemmed Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title_short Nuclear spins of the isomers /sup 191m-185m/Hg determined by on-line quantum-beat spectroscopy
title_sort nuclear spins of the isomers /sup 191m-185m/hg determined by on-line quantum-beat spectroscopy
topic Nuclear Physics
url https://dx.doi.org/10.1103/PhysRevLett.43.1376
http://cds.cern.ch/record/875281
work_keys_str_mv AT kremmlingh nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy
AT dabkiewiczp nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy
AT fischerhg nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy
AT klugehj nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy
AT kuhlt nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy
AT schusslerha nuclearspinsoftheisomerssup191m185mhgdeterminedbyonlinequantumbeatspectroscopy

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