Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies

Within EURISOL – DS, a liquid metal /LM/ spallation target with a power of several Megawatt is designed to provide neutrons to a fission target. The target station that allows the full intensity of a 4 MW proton beam to be used for RIB production will require new advanced technology. It is a critica...

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Autor principal: J. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.Platnieks
Lenguaje:eng
Publicado: 08/0
Materias:
2: TASK 2
Acceso en línea:http://cds.cern.ch/record/1355014
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author J. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.Platnieks
author_facet J. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.Platnieks
author_sort J. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.Platnieks
collection CERN
description Within EURISOL – DS, a liquid metal /LM/ spallation target with a power of several Megawatt is designed to provide neutrons to a fission target. The target station that allows the full intensity of a 4 MW proton beam to be used for RIB production will require new advanced technology. It is a critical component of EURISOL.For a power density above 103 MW/m3 the windowless, free-surface, molten LM-jet is proposed as a target since it avoids the very serious lifetime – shortening damage caused by the power proton beam in any system
id cern-1355014
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 08/0
record_format invenio
spelling cern-13550142019-09-30T06:29:59Zhttp://cds.cern.ch/record/1355014engJ. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.PlatnieksEngineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies2: TASK 2Within EURISOL – DS, a liquid metal /LM/ spallation target with a power of several Megawatt is designed to provide neutrons to a fission target. The target station that allows the full intensity of a 4 MW proton beam to be used for RIB production will require new advanced technology. It is a critical component of EURISOL.For a power density above 103 MW/m3 the windowless, free-surface, molten LM-jet is proposed as a target since it avoids the very serious lifetime – shortening damage caused by the power proton beam in any systemEURISOL-02-25-2007-0014oai:cds.cern.ch:135501408/02/07
spellingShingle 2: TASK 2
J. Freibergs, E. Platacis, K. Kravalis, A. Ziks&I.Platnieks
Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title_full Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title_fullStr Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title_full_unstemmed Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title_short Engineering design and construction of a function Hg – loop & Contribution of IPUL in windowless Hg-target feasibility studies
title_sort engineering design and construction of a function hg – loop & contribution of ipul in windowless hg-target feasibility studies
topic 2: TASK 2
url http://cds.cern.ch/record/1355014
work_keys_str_mv AT jfreibergseplataciskkravalisaziksiplatnieks engineeringdesignandconstructionofafunctionhgloopcontributionofipulinwindowlesshgtargetfeasibilitystudies

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