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The ISOLDE Facility: Radioactive beams at CERN

<!--HTML-->The Isope Separation On-Line (ISOL) technique evolved from chemical techniques used to separate radioactive isotopes off-line from irradiated "targets". The ISOL targets of today, used at e.g. ISOLDE, can be of many different types and in different phases but the isotopes...

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Autor principal: M Lindroos
Lenguaje:eng
Publicado: 2007
Materias:
Acceso en línea:http://cds.cern.ch/record/1166568
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author M Lindroos
author_facet M Lindroos
author_sort M Lindroos
collection CERN
description <!--HTML-->The Isope Separation On-Line (ISOL) technique evolved from chemical techniques used to separate radioactive isotopes off-line from irradiated "targets". The ISOL targets of today, used at e.g. ISOLDE, can be of many different types and in different phases but the isotopes are always delivered at very low energies making the technique ideal for study of ground state properties and collections for other applications such as solid state physics and medical physics. The possibility of accelerating these low energy beams for nuclear structure studies, and in the long term future for neutrino physics, is now being explored at first generation radioactive beam facilities. The upgrade towards HIE-ISOLDE aim to consolidate ISOLDE's position as a world leading radioactive nuclear beam facility and it will be a pre-cursor to a future all European ISOL facility, EURISOL, with order of magnitudes higher radioactive beam intensities and energies. Prerequisite knowledge and references: None
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institution Organización Europea para la Investigación Nuclear
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spelling cern-11665682022-11-03T08:21:47Zhttp://cds.cern.ch/record/1166568engM LindroosThe ISOLDE Facility: Radioactive beams at CERNThe ISOLDE Facility: Radioactive beams at CERNSummer Student Lecture Programme Seminar<!--HTML-->The Isope Separation On-Line (ISOL) technique evolved from chemical techniques used to separate radioactive isotopes off-line from irradiated "targets". The ISOL targets of today, used at e.g. ISOLDE, can be of many different types and in different phases but the isotopes are always delivered at very low energies making the technique ideal for study of ground state properties and collections for other applications such as solid state physics and medical physics. The possibility of accelerating these low energy beams for nuclear structure studies, and in the long term future for neutrino physics, is now being explored at first generation radioactive beam facilities. The upgrade towards HIE-ISOLDE aim to consolidate ISOLDE's position as a world leading radioactive nuclear beam facility and it will be a pre-cursor to a future all European ISOL facility, EURISOL, with order of magnitudes higher radioactive beam intensities and energies. Prerequisite knowledge and references: None oai:cds.cern.ch:11665682007
spellingShingle Summer Student Lecture Programme Seminar
M Lindroos
The ISOLDE Facility: Radioactive beams at CERN
title The ISOLDE Facility: Radioactive beams at CERN
title_full The ISOLDE Facility: Radioactive beams at CERN
title_fullStr The ISOLDE Facility: Radioactive beams at CERN
title_full_unstemmed The ISOLDE Facility: Radioactive beams at CERN
title_short The ISOLDE Facility: Radioactive beams at CERN
title_sort isolde facility: radioactive beams at cern
topic Summer Student Lecture Programme Seminar
url http://cds.cern.ch/record/1166568
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AT mlindroos isoldefacilityradioactivebeamsatcern