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Analysis of muon production in P42 and their effect on the M2 beamline

During the 2022 operation of the P42 beamline, high radiation levels were observed at the ramp to EHN1 and the M2 tunnel in CERN’s North Area. This study employs BDSIM simulations to investigate the influence of muons originating from P42 on the M2 beamline, which are located in the North Area at CE...

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Autor principal: Bouma, Sander
Lenguaje:eng
Publicado: 2023
Materias:
Acceso en línea:http://cds.cern.ch/record/2871399
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author Bouma, Sander
author_facet Bouma, Sander
author_sort Bouma, Sander
collection CERN
description During the 2022 operation of the P42 beamline, high radiation levels were observed at the ramp to EHN1 and the M2 tunnel in CERN’s North Area. This study employs BDSIM simulations to investigate the influence of muons originating from P42 on the M2 beamline, which are located in the North Area at CERN. The simulations reveal that muons effectively reach the CEDAR region of M2, exhibiting a uniform distribution at approximately 10^6 muons per dm per primary proton on T4, both in x and y. However, within a 1-meter radius of M2, this uniform distribution ceases due to the presence of magnetic fields of the M2 magnets, causing the deflection of muons away from this area. The majority of these muons possess momenta less than 20 GeV/c.
id cern-2871399
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2023
record_format invenio
spelling cern-28713992023-09-16T18:53:50Zhttp://cds.cern.ch/record/2871399engBouma, SanderAnalysis of muon production in P42 and their effect on the M2 beamlineAccelerators and Storage RingsDuring the 2022 operation of the P42 beamline, high radiation levels were observed at the ramp to EHN1 and the M2 tunnel in CERN’s North Area. This study employs BDSIM simulations to investigate the influence of muons originating from P42 on the M2 beamline, which are located in the North Area at CERN. The simulations reveal that muons effectively reach the CEDAR region of M2, exhibiting a uniform distribution at approximately 10^6 muons per dm per primary proton on T4, both in x and y. However, within a 1-meter radius of M2, this uniform distribution ceases due to the presence of magnetic fields of the M2 magnets, causing the deflection of muons away from this area. The majority of these muons possess momenta less than 20 GeV/c.CERN-STUDENTS-Note-2023-134oai:cds.cern.ch:28713992023-09-15
spellingShingle Accelerators and Storage Rings
Bouma, Sander
Analysis of muon production in P42 and their effect on the M2 beamline
title Analysis of muon production in P42 and their effect on the M2 beamline
title_full Analysis of muon production in P42 and their effect on the M2 beamline
title_fullStr Analysis of muon production in P42 and their effect on the M2 beamline
title_full_unstemmed Analysis of muon production in P42 and their effect on the M2 beamline
title_short Analysis of muon production in P42 and their effect on the M2 beamline
title_sort analysis of muon production in p42 and their effect on the m2 beamline
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/2871399
work_keys_str_mv AT boumasander analysisofmuonproductioninp42andtheireffectonthem2beamline