HL-LHC MCBXF nested corrector magnet

In June 2022 a new assembly of the second nested corrector prototype MCBXFBP2c has been tested in SM18 at CERN. The re-assembly of MCBXFBP2c has been completed in May 2022, and test in June 2022 has confirmed the good performances observed on MCBXFB01. This qualifies the coil manufacturing line in E...

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Detalles Bibliográficos
Autores principales: Perez, Juan Carlos, Durán, Óscar, Basabe, Imanol
Publicado: 2022
Materias:
Open
Acceso en línea:http://cds.cern.ch/record/2816003
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author Perez, Juan Carlos
Durán, Óscar
Basabe, Imanol
author_facet Perez, Juan Carlos
Durán, Óscar
Basabe, Imanol
author_sort Perez, Juan Carlos
collection CERN
description In June 2022 a new assembly of the second nested corrector prototype MCBXFBP2c has been tested in SM18 at CERN. The re-assembly of MCBXFBP2c has been completed in May 2022, and test in June 2022 has confirmed the good performances observed on MCBXFB01. This qualifies the coil manufacturing line in Elytt Energy (Spain), and the reproducibility of the design modification. Next step will be the test of MCBXFB02, a magnet fully manufactured and assembled by the industrial partners. Orbit Corrector magnets that are built as nested dipoles and place in the Inner Triplet Region, called MCBXFA and MCBXFB (A being the longer type).
id cern-2816003
institution Organización Europea para la Investigación Nuclear
publishDate 2022
record_format invenio
spelling cern-28160032022-08-08T09:25:04Zhttp://cds.cern.ch/record/2816003Perez, Juan CarlosDurán, ÓscarBasabe, ImanolHL-LHC MCBXF nested corrector magnetOpenIn June 2022 a new assembly of the second nested corrector prototype MCBXFBP2c has been tested in SM18 at CERN. The re-assembly of MCBXFBP2c has been completed in May 2022, and test in June 2022 has confirmed the good performances observed on MCBXFB01. This qualifies the coil manufacturing line in Elytt Energy (Spain), and the reproducibility of the design modification. Next step will be the test of MCBXFB02, a magnet fully manufactured and assembled by the industrial partners. Orbit Corrector magnets that are built as nested dipoles and place in the Inner Triplet Region, called MCBXFA and MCBXFB (A being the longer type).OPEN-PHO-ACCEL-2022-009oai:cds.cern.ch:28160032022
spellingShingle Open
Perez, Juan Carlos
Durán, Óscar
Basabe, Imanol
HL-LHC MCBXF nested corrector magnet
title HL-LHC MCBXF nested corrector magnet
title_full HL-LHC MCBXF nested corrector magnet
title_fullStr HL-LHC MCBXF nested corrector magnet
title_full_unstemmed HL-LHC MCBXF nested corrector magnet
title_short HL-LHC MCBXF nested corrector magnet
title_sort hl-lhc mcbxf nested corrector magnet
topic Open
url http://cds.cern.ch/record/2816003
work_keys_str_mv AT perezjuancarlos hllhcmcbxfnestedcorrectormagnet
AT duranoscar hllhcmcbxfnestedcorrectormagnet
AT basabeimanol hllhcmcbxfnestedcorrectormagnet

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