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Preliminary Design of Vacuum System for the Fission Target

The preliminary design of vacuum system for the fission target option is discussed. The design is based on the reference option for fission target which includes the 4 MMW Hg neutron converter (Intermediate Solution, IS) and 8 Uranium Carbide fission targets around it to produce (in-target) more tha...

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Autor principal: O. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. Tonezzer
Lenguaje:eng
Publicado: 28/0
Materias:
Acceso en línea:http://cds.cern.ch/record/1355093
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author O. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. Tonezzer
author_facet O. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. Tonezzer
author_sort O. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. Tonezzer
collection CERN
description The preliminary design of vacuum system for the fission target option is discussed. The design is based on the reference option for fission target which includes the 4 MMW Hg neutron converter (Intermediate Solution, IS) and 8 Uranium Carbide fission targets around it to produce (in-target) more than 1015 f/s fission fragments. Eight independent radioactive ion beams are delivered in a direction anti-parallel to the incoming proton beam and prepared to be delivered to the users. The design of vacuum system considers different working conditions and safety requirements, in term of vacuum level, radiation resistance materials, remote handling and radioactive gas evacuation.
id cern-1355093
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 28/0
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spelling cern-13550932019-09-30T06:29:59Zhttp://cds.cern.ch/record/1355093engO. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. TonezzerPreliminary Design of Vacuum System for the Fission Target4: TASK 4The preliminary design of vacuum system for the fission target option is discussed. The design is based on the reference option for fission target which includes the 4 MMW Hg neutron converter (Intermediate Solution, IS) and 8 Uranium Carbide fission targets around it to produce (in-target) more than 1015 f/s fission fragments. Eight independent radioactive ion beams are delivered in a direction anti-parallel to the incoming proton beam and prepared to be delivered to the users. The design of vacuum system considers different working conditions and safety requirements, in term of vacuum level, radiation resistance materials, remote handling and radioactive gas evacuation.EURISOL-04-25-2007-0002oai:cds.cern.ch:135509328/02/07
spellingShingle 4: TASK 4
O. Alyakrinskiy, M. Barbui, Luigi B. Tecchio, M. Tonezzer
Preliminary Design of Vacuum System for the Fission Target
title Preliminary Design of Vacuum System for the Fission Target
title_full Preliminary Design of Vacuum System for the Fission Target
title_fullStr Preliminary Design of Vacuum System for the Fission Target
title_full_unstemmed Preliminary Design of Vacuum System for the Fission Target
title_short Preliminary Design of Vacuum System for the Fission Target
title_sort preliminary design of vacuum system for the fission target
topic 4: TASK 4
url http://cds.cern.ch/record/1355093
work_keys_str_mv AT oalyakrinskiymbarbuiluigibtecchiomtonezzer preliminarydesignofvacuumsystemforthefissiontarget