Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster

The present note indicates the brightness that can be expected for a LHC beam (LHC-25ns) in the PS Booster after a multi-turn injection of 50 MeV protons from Linac4. The motivation for this study has been to know if Linac4 could be a reasonable backup for Linac2 in case of breakdown. The results of...

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Detalles Bibliográficos
Autores principales: Raginel, V, Mikulec, B, Carli, C, Benedetto, E
Lenguaje:eng
Publicado: 2012
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1450901
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author Raginel, V
Mikulec, B
Carli, C
Benedetto, E
author_facet Raginel, V
Mikulec, B
Carli, C
Benedetto, E
author_sort Raginel, V
collection CERN
description The present note indicates the brightness that can be expected for a LHC beam (LHC-25ns) in the PS Booster after a multi-turn injection of 50 MeV protons from Linac4. The motivation for this study has been to know if Linac4 could be a reasonable backup for Linac2 in case of breakdown. The results of this study are derived from simulations of the current PS Booster multi-turn injection with the ORBIT code. First the PS Booster injection model is tested with the reference Linac2 beam injection parameters, and then injection of Linac4 50 MeV protons is simulated and optimized for the highest brightness according to the required LHC emittance. A comparison of the multi-turn injection of Linac2 and Linac4 50 MeV proton beam is presented in the last section.
id cern-1450901
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2012
record_format invenio
spelling cern-14509012019-09-30T06:29:59Zhttp://cds.cern.ch/record/1450901engRaginel, VMikulec, BCarli, CBenedetto, EStudy of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS BoosterAccelerators and Storage RingsThe present note indicates the brightness that can be expected for a LHC beam (LHC-25ns) in the PS Booster after a multi-turn injection of 50 MeV protons from Linac4. The motivation for this study has been to know if Linac4 could be a reasonable backup for Linac2 in case of breakdown. The results of this study are derived from simulations of the current PS Booster multi-turn injection with the ORBIT code. First the PS Booster injection model is tested with the reference Linac2 beam injection parameters, and then injection of Linac4 50 MeV protons is simulated and optimized for the highest brightness according to the required LHC emittance. A comparison of the multi-turn injection of Linac2 and Linac4 50 MeV proton beam is presented in the last section.CERN-ATS-Note-2012-047 PERFoai:cds.cern.ch:14509012012-05-23
spellingShingle Accelerators and Storage Rings
Raginel, V
Mikulec, B
Carli, C
Benedetto, E
Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title_full Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title_fullStr Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title_full_unstemmed Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title_short Study of injection of 50 MeV proton beam from Linac2 and from Linac4 into the PS Booster
title_sort study of injection of 50 mev proton beam from linac2 and from linac4 into the ps booster
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1450901
work_keys_str_mv AT raginelv studyofinjectionof50mevprotonbeamfromlinac2andfromlinac4intothepsbooster
AT mikulecb studyofinjectionof50mevprotonbeamfromlinac2andfromlinac4intothepsbooster
AT carlic studyofinjectionof50mevprotonbeamfromlinac2andfromlinac4intothepsbooster
AT benedettoe studyofinjectionof50mevprotonbeamfromlinac2andfromlinac4intothepsbooster

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