On the reliability oriented optimization of the LHC interconnections

To achieve the maximum beam energy in the LHC the accumulated length of spatial zones, dedicated to the interconnections between the main cryomagnets, has been limited to 3% of the total magnetic length in the Arcs and Dispersion Suppressors. Such a low ratio leads to a very compact design of system...

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Detalles Bibliográficos
Autores principales: Skoczen, Blazej, Garion, C, Jacquemod, A, Poncet, A, Schauf, F, Tock, J P
Lenguaje:eng
Publicado: 2002
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/726006
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author Skoczen, Blazej
Garion, C
Jacquemod, A
Poncet, A
Schauf, F
Tock, J P
author_facet Skoczen, Blazej
Garion, C
Jacquemod, A
Poncet, A
Schauf, F
Tock, J P
author_sort Skoczen, Blazej
collection CERN
description To achieve the maximum beam energy in the LHC the accumulated length of spatial zones, dedicated to the interconnections between the main cryomagnets, has been limited to 3% of the total magnetic length in the Arcs and Dispersion Suppressors. Such a low ratio leads to a very compact design of systems and subsystems situated in the LHC interconnections. The requirements concerning reliability of the LHC interconnections are very tight since the availability of the collider for physics cannot be compromised. The failure modes taken into account in the LHC interconnections are grouped into 4 categories: material failures, structural failures, fatigue failures and electrical failures. A concept of reliability oriented parametric optimization of the LHC interconnections is presented. (4 refs).
id cern-726006
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
record_format invenio
spelling cern-7260062019-09-30T06:29:59Zhttp://cds.cern.ch/record/726006engSkoczen, BlazejGarion, CJacquemod, APoncet, ASchauf, FTock, J POn the reliability oriented optimization of the LHC interconnectionsAccelerators and Storage RingsTo achieve the maximum beam energy in the LHC the accumulated length of spatial zones, dedicated to the interconnections between the main cryomagnets, has been limited to 3% of the total magnetic length in the Arcs and Dispersion Suppressors. Such a low ratio leads to a very compact design of systems and subsystems situated in the LHC interconnections. The requirements concerning reliability of the LHC interconnections are very tight since the availability of the collider for physics cannot be compromised. The failure modes taken into account in the LHC interconnections are grouped into 4 categories: material failures, structural failures, fatigue failures and electrical failures. A concept of reliability oriented parametric optimization of the LHC interconnections is presented. (4 refs).oai:cds.cern.ch:7260062002
spellingShingle Accelerators and Storage Rings
Skoczen, Blazej
Garion, C
Jacquemod, A
Poncet, A
Schauf, F
Tock, J P
On the reliability oriented optimization of the LHC interconnections
title On the reliability oriented optimization of the LHC interconnections
title_full On the reliability oriented optimization of the LHC interconnections
title_fullStr On the reliability oriented optimization of the LHC interconnections
title_full_unstemmed On the reliability oriented optimization of the LHC interconnections
title_short On the reliability oriented optimization of the LHC interconnections
title_sort on the reliability oriented optimization of the lhc interconnections
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/726006
work_keys_str_mv AT skoczenblazej onthereliabilityorientedoptimizationofthelhcinterconnections
AT garionc onthereliabilityorientedoptimizationofthelhcinterconnections
AT jacquemoda onthereliabilityorientedoptimizationofthelhcinterconnections
AT ponceta onthereliabilityorientedoptimizationofthelhcinterconnections
AT schauff onthereliabilityorientedoptimizationofthelhcinterconnections
AT tockjp onthereliabilityorientedoptimizationofthelhcinterconnections

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