EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam

EURISOL, the next European radioactive ion beam (RIB) facility calls for the development of target and ion source assemblies to dissipate deposited heat and to extract and ionize isotopes of interest efficiently. The EURISOL 100 kW direct targets should be designed for a goal lifetime of up to three...

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Autores principales: Noah, Etam, Gerigk, Frank, Lettry, Jacques, Lindroos, Mats, Stora, Thierry
Lenguaje:eng
Publicado: 2006
Materias:
3: TASK 3
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1355060
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author Noah, Etam
Gerigk, Frank
Lettry, Jacques
Lindroos, Mats
Stora, Thierry
author_facet Noah, Etam
Gerigk, Frank
Lettry, Jacques
Lindroos, Mats
Stora, Thierry
author_sort Noah, Etam
collection CERN
description EURISOL, the next European radioactive ion beam (RIB) facility calls for the development of target and ion source assemblies to dissipate deposited heat and to extract and ionize isotopes of interest efficiently. The EURISOL 100 kW direct targets should be designed for a goal lifetime of up to three weeks. Target operation from the moment it is installed on a target station until its exhaustion involves several phases with specific proton beam intensity requirements. This paper discusses operation of the 100 kW targets within the ongoing EURISOL Design Study, with an emphasis on the requirements for the proton driver beam.
id cern-1355060
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2006
record_format invenio
spelling cern-13550602022-08-17T13:36:15Zhttp://cds.cern.ch/record/1355060engNoah, EtamGerigk, FrankLettry, JacquesLindroos, MatsStora, ThierryEURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam3: TASK 3Accelerators and Storage RingsEURISOL, the next European radioactive ion beam (RIB) facility calls for the development of target and ion source assemblies to dissipate deposited heat and to extract and ionize isotopes of interest efficiently. The EURISOL 100 kW direct targets should be designed for a goal lifetime of up to three weeks. Target operation from the moment it is installed on a target station until its exhaustion involves several phases with specific proton beam intensity requirements. This paper discusses operation of the 100 kW targets within the ongoing EURISOL Design Study, with an emphasis on the requirements for the proton driver beam.EURISOL-03-21-2008-0017CERN-AB-2006-055oai:cds.cern.ch:13550602006-07-13
spellingShingle 3: TASK 3
Accelerators and Storage Rings
Noah, Etam
Gerigk, Frank
Lettry, Jacques
Lindroos, Mats
Stora, Thierry
EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title_full EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title_fullStr EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title_full_unstemmed EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title_short EURISOL 100 kW Target Stations Operation and Implications for its Proton Driver Beam
title_sort eurisol 100 kw target stations operation and implications for its proton driver beam
topic 3: TASK 3
Accelerators and Storage Rings
url http://cds.cern.ch/record/1355060
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AT gerigkfrank eurisol100kwtargetstationsoperationandimplicationsforitsprotondriverbeam
AT lettryjacques eurisol100kwtargetstationsoperationandimplicationsforitsprotondriverbeam
AT lindroosmats eurisol100kwtargetstationsoperationandimplicationsforitsprotondriverbeam
AT storathierry eurisol100kwtargetstationsoperationandimplicationsforitsprotondriverbeam

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