$\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization

$\beta$ - decay of $^{58}$Zn has been studied for the first time. A new laser ion-source concept has been used to produce mass-separated sources for $\beta$ and $\gamma$ - spectroscopy. The half-life of $^{58}$Zn was determined to be 86(18) ms. Comparisons are made with previous data from charge-exc...

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Detalles Bibliográficos
Autores principales: Jokinen, A, Oinonen, M, Äystö, J, Baumann, P, Dendooven, P, Didierjean, François, Fedosseev, V, Huck, A, Yading, Y, Knipper, A, Koizumi, M, Köster, U, Lettry, Jacques, Lipas, P O, Liu, W, Mishin, V I, Ramdhane, M, Ravn, H L, Roeckl, E, Sebastian, V, Walter, G
Lenguaje:eng
Publicado: 1998
Materias:
Nuclear Physics - Experiment
Acceso en línea:https://dx.doi.org/10.1007/s100500050177
http://cds.cern.ch/record/376762
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author Jokinen, A
Oinonen, M
Äystö, J
Baumann, P
Dendooven, P
Didierjean, François
Fedosseev, V
Huck, A
Yading, Y
Knipper, A
Koizumi, M
Köster, U
Lettry, Jacques
Lipas, P O
Liu, W
Mishin, V I
Ramdhane, M
Ravn, H L
Roeckl, E
Sebastian, V
Walter, G
author_facet Jokinen, A
Oinonen, M
Äystö, J
Baumann, P
Dendooven, P
Didierjean, François
Fedosseev, V
Huck, A
Yading, Y
Knipper, A
Koizumi, M
Köster, U
Lettry, Jacques
Lipas, P O
Liu, W
Mishin, V I
Ramdhane, M
Ravn, H L
Roeckl, E
Sebastian, V
Walter, G
author_sort Jokinen, A
collection CERN
description $\beta$ - decay of $^{58}$Zn has been studied for the first time. A new laser ion-source concept has been used to produce mass-separated sources for $\beta$ and $\gamma$ - spectroscopy. The half-life of $^{58}$Zn was determined to be 86(18) ms. Comparisons are made with previous data from charge-exchange reactions. Our Gamow-Teller strength to the 1$^{+}$ state at 1051 keV excitation in $^{58}$Cu agrees well with the value extracted from a recent ($^{3}$He, t) study. Extensive shell-model calculations are presented.
id cern-376762
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1998
record_format invenio
spelling cern-3767622019-09-30T06:29:59Zdoi:10.1007/s100500050177http://cds.cern.ch/record/376762engJokinen, AOinonen, MÄystö, JBaumann, PDendooven, PDidierjean, FrançoisFedosseev, VHuck, AYading, YKnipper, AKoizumi, MKöster, ULettry, JacquesLipas, P OLiu, WMishin, V IRamdhane, MRavn, H LRoeckl, ESebastian, VWalter, G$\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionizationNuclear Physics - Experiment$\beta$ - decay of $^{58}$Zn has been studied for the first time. A new laser ion-source concept has been used to produce mass-separated sources for $\beta$ and $\gamma$ - spectroscopy. The half-life of $^{58}$Zn was determined to be 86(18) ms. Comparisons are made with previous data from charge-exchange reactions. Our Gamow-Teller strength to the 1$^{+}$ state at 1051 keV excitation in $^{58}$Cu agrees well with the value extracted from a recent ($^{3}$He, t) study. Extensive shell-model calculations are presented.CERN-EP-98-201oai:cds.cern.ch:3767621998-12-11
spellingShingle Nuclear Physics - Experiment
Jokinen, A
Oinonen, M
Äystö, J
Baumann, P
Dendooven, P
Didierjean, François
Fedosseev, V
Huck, A
Yading, Y
Knipper, A
Koizumi, M
Köster, U
Lettry, Jacques
Lipas, P O
Liu, W
Mishin, V I
Ramdhane, M
Ravn, H L
Roeckl, E
Sebastian, V
Walter, G
$\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title $\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title_full $\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title_fullStr $\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title_full_unstemmed $\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title_short $\beta$ - decay of the M$_{T}$=-1 nucleus $^{58}$Zn studied by selective laser ionization
title_sort $\beta$ - decay of the m$_{t}$=-1 nucleus $^{58}$zn studied by selective laser ionization
topic Nuclear Physics - Experiment
url https://dx.doi.org/10.1007/s100500050177
http://cds.cern.ch/record/376762
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