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Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles

This document shows how to calculate the path-length of rectangular bending magnets in a beam line. The path-length depends on the pole-face angles and the body geometry, i.e. how the magnet is positioned in the line. The majority of bending magnets are installed with identical pole-face angles at t...

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Autor principal: Berrig, Olav Ejner
Lenguaje:eng
Publicado: 2017
Materias:
Acceso en línea:http://cds.cern.ch/record/2634034
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author Berrig, Olav Ejner
author_facet Berrig, Olav Ejner
author_sort Berrig, Olav Ejner
collection CERN
description This document shows how to calculate the path-length of rectangular bending magnets in a beam line. The path-length depends on the pole-face angles and the body geometry, i.e. how the magnet is positioned in the line. The majority of bending magnets are installed with identical pole-face angles at the start and the end, but in certain cases the pole-face angles are different e.g. in the CERN PS BOOSTER BTP and BTY extraction lines, the BHZ10 magnet have a special positioning in order not to perturb the optics of any of the lines unfavorably. The path-length corresponds to the s-parameter in MADX, and must be calculated precisely, in order to get a correct survey, which needs to be correct to the 10 micron level.
id cern-2634034
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2017
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spelling cern-26340342019-09-30T06:29:59Zhttp://cds.cern.ch/record/2634034engBerrig, Olav EjnerReview of path-length calculations for rectangular bending magnets with arbitrary pole-face anglesAccelerators and Storage RingsThis document shows how to calculate the path-length of rectangular bending magnets in a beam line. The path-length depends on the pole-face angles and the body geometry, i.e. how the magnet is positioned in the line. The majority of bending magnets are installed with identical pole-face angles at the start and the end, but in certain cases the pole-face angles are different e.g. in the CERN PS BOOSTER BTP and BTY extraction lines, the BHZ10 magnet have a special positioning in order not to perturb the optics of any of the lines unfavorably. The path-length corresponds to the s-parameter in MADX, and must be calculated precisely, in order to get a correct survey, which needs to be correct to the 10 micron level.CERN-ACC-NOTE-2018-0059oai:cds.cern.ch:26340342017-12-11
spellingShingle Accelerators and Storage Rings
Berrig, Olav Ejner
Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title_full Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title_fullStr Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title_full_unstemmed Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title_short Review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
title_sort review of path-length calculations for rectangular bending magnets with arbitrary pole-face angles
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/2634034
work_keys_str_mv AT berrigolavejner reviewofpathlengthcalculationsforrectangularbendingmagnetswitharbitrarypolefaceangles