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The anti-solenoid compensation of the CLIC detector solenoid using IRSYN

The detector solenoid of CLIC causes a range of aberrations on the beam at the interaction point, particularly due to its overlap with the final focus magnets. These effects are corrected using antisolenoid correction coils on the final quadrupole before the collision point. In this note, we use the...

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Detalles Bibliográficos
Autores principales: Appleby, Robert, Dalena, Barbara
Lenguaje:eng
Publicado: 2011
Materias:
Acceso en línea:http://cds.cern.ch/record/1376683
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author Appleby, Robert
Dalena, Barbara
author_facet Appleby, Robert
Dalena, Barbara
author_sort Appleby, Robert
collection CERN
description The detector solenoid of CLIC causes a range of aberrations on the beam at the interaction point, particularly due to its overlap with the final focus magnets. These effects are corrected using antisolenoid correction coils on the final quadrupole before the collision point. In this note, we use the interaction region beam dynamics code IRSYN to compute the impact of the SiD solenoid on the beam and benchmark the anti-solenoid correction. We find the correction is achieved, with a small residual amount of beam aberration which is correctable using the beam delivery system. This provides a validation of the correction and a benchmark of IRSYN to existing codes.
id cern-1376683
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2011
record_format invenio
spelling cern-13766832023-07-20T15:02:24Zhttp://cds.cern.ch/record/1376683engAppleby, RobertDalena, BarbaraThe anti-solenoid compensation of the CLIC detector solenoid using IRSYNAccelerators and Storage RingsThe detector solenoid of CLIC causes a range of aberrations on the beam at the interaction point, particularly due to its overlap with the final focus magnets. These effects are corrected using antisolenoid correction coils on the final quadrupole before the collision point. In this note, we use the interaction region beam dynamics code IRSYN to compute the impact of the SiD solenoid on the beam and benchmark the anti-solenoid correction. We find the correction is achieved, with a small residual amount of beam aberration which is correctable using the beam delivery system. This provides a validation of the correction and a benchmark of IRSYN to existing codes.CERN-OPEN-2011-038CLIC-Note-886oai:cds.cern.ch:13766832011-03-23
spellingShingle Accelerators and Storage Rings
Appleby, Robert
Dalena, Barbara
The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title_full The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title_fullStr The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title_full_unstemmed The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title_short The anti-solenoid compensation of the CLIC detector solenoid using IRSYN
title_sort anti-solenoid compensation of the clic detector solenoid using irsyn
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1376683
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AT dalenabarbara theantisolenoidcompensationoftheclicdetectorsolenoidusingirsyn
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