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Feasibility of High Power Refractory Metal Foil-Targets for EURISOL

Radioisotopes are produced by the ISOL method in thick targets. In existing ISOL facilities, only small yields have been obtained for short-lived nuclei close to the driplines due to the radioactive decay during the diffusion, effusion and ionization processes. An increase of the proton beam current...

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Autor principal: R. Wilfinger, J. Lettry and the EURISOL Task 3 Workgroup
Lenguaje:eng
Publicado: 04/0
Materias:
Acceso en línea:http://cds.cern.ch/record/1355082
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author R. Wilfinger, J. Lettry and the EURISOL Task 3 Workgroup
author_facet R. Wilfinger, J. Lettry and the EURISOL Task 3 Workgroup
author_sort R. Wilfinger, J. Lettry and the EURISOL Task 3 Workgroup
collection CERN
description Radioisotopes are produced by the ISOL method in thick targets. In existing ISOL facilities, only small yields have been obtained for short-lived nuclei close to the driplines due to the radioactive decay during the diffusion, effusion and ionization processes. An increase of the proton beam current increases the production rate, which is directly proportional to the primary proton flux. But at the same time, the power deposition inside the target is also increased proportional to the primary proton flux...
id cern-1355082
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 04/0
record_format invenio
spelling cern-13550822019-09-30T06:29:59Zhttp://cds.cern.ch/record/1355082engR. Wilfinger, J. Lettry and the EURISOL Task 3 WorkgroupFeasibility of High Power Refractory Metal Foil-Targets for EURISOL3: TASK 3Radioisotopes are produced by the ISOL method in thick targets. In existing ISOL facilities, only small yields have been obtained for short-lived nuclei close to the driplines due to the radioactive decay during the diffusion, effusion and ionization processes. An increase of the proton beam current increases the production rate, which is directly proportional to the primary proton flux. But at the same time, the power deposition inside the target is also increased proportional to the primary proton flux...EURISOL-03-22-2006-0012oai:cds.cern.ch:135508204/04/06
spellingShingle 3: TASK 3
R. Wilfinger, J. Lettry and the EURISOL Task 3 Workgroup
Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title_full Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title_fullStr Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title_full_unstemmed Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title_short Feasibility of High Power Refractory Metal Foil-Targets for EURISOL
title_sort feasibility of high power refractory metal foil-targets for eurisol
topic 3: TASK 3
url http://cds.cern.ch/record/1355082
work_keys_str_mv AT rwilfingerjlettryandtheeurisoltask3workgroup feasibilityofhighpowerrefractorymetalfoiltargetsforeurisol