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Mass Measurement of Very Short Half-Lived Nuclei

The MISTRAL (Mass measurements at ISolde with a Transmission RAdiofrequency spectrometer on-Line) experiment exploits a rapid measurement technique to make accurate mass determinations of very short-lived nuclei. The physics goals are to elucidate new nuclear structure effects and constrain nuclear...

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Detalles Bibliográficos
Autores principales: Toader, C F, Duma, M, Iacob, V E, Thibault, C
Lenguaje:eng
Publicado: 2002
Materias:
Acceso en línea:http://cds.cern.ch/record/5333
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author Toader, C F
Duma, M
Iacob, V E
Thibault, C
author_facet Toader, C F
Duma, M
Iacob, V E
Thibault, C
author_sort Toader, C F
collection CERN
description The MISTRAL (Mass measurements at ISolde with a Transmission RAdiofrequency spectrometer on-Line) experiment exploits a rapid measurement technique to make accurate mass determinations of very short-lived nuclei. The physics goals are to elucidate new nuclear structure effects and constrain nuclear mass models in regions of interest to nuclear astrophysics.\\ \\The spectrometer, installed in May 97, performed as promised in the proposal with mass resolution exceeding 100,000. In its first experiment in July 1998, neutron-rich Na isotopes having half-lives as short as 31 ms were measured. A second experiment in November 1998 enabled us to improve the measurement precision of the isotopes $^{26-30}$Na to about 20 keV. The measurement program continues as experiment IS 373.
id cern-5333
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
record_format invenio
spelling cern-53332021-01-15T13:32:14Zhttp://cds.cern.ch/record/5333engToader, C FDuma, MIacob, V EThibault, CMass Measurement of Very Short Half-Lived NucleiNuclear Physics - ExperimentThe MISTRAL (Mass measurements at ISolde with a Transmission RAdiofrequency spectrometer on-Line) experiment exploits a rapid measurement technique to make accurate mass determinations of very short-lived nuclei. The physics goals are to elucidate new nuclear structure effects and constrain nuclear mass models in regions of interest to nuclear astrophysics.\\ \\The spectrometer, installed in May 97, performed as promised in the proposal with mass resolution exceeding 100,000. In its first experiment in July 1998, neutron-rich Na isotopes having half-lives as short as 31 ms were measured. A second experiment in November 1998 enabled us to improve the measurement precision of the isotopes $^{26-30}$Na to about 20 keV. The measurement program continues as experiment IS 373.oai:cds.cern.ch:53332002
spellingShingle Nuclear Physics - Experiment
Toader, C F
Duma, M
Iacob, V E
Thibault, C
Mass Measurement of Very Short Half-Lived Nuclei
title Mass Measurement of Very Short Half-Lived Nuclei
title_full Mass Measurement of Very Short Half-Lived Nuclei
title_fullStr Mass Measurement of Very Short Half-Lived Nuclei
title_full_unstemmed Mass Measurement of Very Short Half-Lived Nuclei
title_short Mass Measurement of Very Short Half-Lived Nuclei
title_sort mass measurement of very short half-lived nuclei
topic Nuclear Physics - Experiment
url http://cds.cern.ch/record/5333
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AT dumam massmeasurementofveryshorthalflivednuclei
AT iacobve massmeasurementofveryshorthalflivednuclei
AT thibaultc massmeasurementofveryshorthalflivednuclei