SPS transverse beam scraping and LHC injection losses

Machine protection sets strict requirements for the quality of the injected beam, in particular in the transverse plane. Losses at aperture restrictions and protection elements have to be kept at a minimum. Particles in the beam tails are lost at the tight transfer line collimators and can trigger t...

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Detalles Bibliográficos
Autores principales: Drosdal, L, Kain, V, Bartmann, W, Bracco, C, Cornelis, K, Goddard, B, Meddahi, M, Veyrunes, E
Lenguaje:eng
Publicado: 2012
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1459428
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author Drosdal, L
Kain, V
Bartmann, W
Bracco, C
Cornelis, K
Goddard, B
Meddahi, M
Veyrunes, E
author_facet Drosdal, L
Kain, V
Bartmann, W
Bracco, C
Cornelis, K
Goddard, B
Meddahi, M
Veyrunes, E
author_sort Drosdal, L
collection CERN
description Machine protection sets strict requirements for the quality of the injected beam, in particular in the transverse plane. Losses at aperture restrictions and protection elements have to be kept at a minimum. Particles in the beam tails are lost at the tight transfer line collimators and can trigger the LHC beam abort system. These particles have to be removed by scrapers in the vertical and horizontal plane in the SPS. Scraping has become vital for high intensity LHC operation. This paper shows the dependence of injection quality on the SPS scraping and discusses an improved scraper setting up strategy for better reproducibility with the current scraper system.
id cern-1459428
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2012
record_format invenio
spelling cern-14594282022-08-17T13:32:42Zhttp://cds.cern.ch/record/1459428engDrosdal, LKain, VBartmann, WBracco, CCornelis, KGoddard, BMeddahi, MVeyrunes, ESPS transverse beam scraping and LHC injection lossesAccelerators and Storage RingsMachine protection sets strict requirements for the quality of the injected beam, in particular in the transverse plane. Losses at aperture restrictions and protection elements have to be kept at a minimum. Particles in the beam tails are lost at the tight transfer line collimators and can trigger the LHC beam abort system. These particles have to be removed by scrapers in the vertical and horizontal plane in the SPS. Scraping has become vital for high intensity LHC operation. This paper shows the dependence of injection quality on the SPS scraping and discusses an improved scraper setting up strategy for better reproducibility with the current scraper system.CERN-ATS-2012-097oai:cds.cern.ch:14594282012-05-20
spellingShingle Accelerators and Storage Rings
Drosdal, L
Kain, V
Bartmann, W
Bracco, C
Cornelis, K
Goddard, B
Meddahi, M
Veyrunes, E
SPS transverse beam scraping and LHC injection losses
title SPS transverse beam scraping and LHC injection losses
title_full SPS transverse beam scraping and LHC injection losses
title_fullStr SPS transverse beam scraping and LHC injection losses
title_full_unstemmed SPS transverse beam scraping and LHC injection losses
title_short SPS transverse beam scraping and LHC injection losses
title_sort sps transverse beam scraping and lhc injection losses
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1459428
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AT kainv spstransversebeamscrapingandlhcinjectionlosses
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AT cornelisk spstransversebeamscrapingandlhcinjectionlosses
AT goddardb spstransversebeamscrapingandlhcinjectionlosses
AT meddahim spstransversebeamscrapingandlhcinjectionlosses
AT veyrunese spstransversebeamscrapingandlhcinjectionlosses

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