Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level

The Compact Linear Collider (CLIC) aims at colliding e^+e^- beams at 1:5 TeV with effective transverse spot sizes of 60nm (horizontal) times 0:7nm (vertical). Strict stability tolerances must be respected in order to achieve a sufficient overlap of the two colliding beams. A stability test stand has...

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Detalles Bibliográficos
Autores principales: Redaelli, Stefano, Guignard, G, Assmann, R W, Schulte, D, Coosemans, W, Wilson, I, Zimmermann, F
Lenguaje:eng
Publicado: 2003
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/617719
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author Redaelli, Stefano
Guignard, G
Assmann, R W
Schulte, D
Coosemans, W
Wilson, I
Zimmermann, F
author_facet Redaelli, Stefano
Guignard, G
Assmann, R W
Schulte, D
Coosemans, W
Wilson, I
Zimmermann, F
author_sort Redaelli, Stefano
collection CERN
description The Compact Linear Collider (CLIC) aims at colliding e^+e^- beams at 1:5 TeV with effective transverse spot sizes of 60nm (horizontal) times 0:7nm (vertical). Strict stability tolerances must be respected in order to achieve a sufficient overlap of the two colliding beams. A stability test stand has been set up at CERN, bringing latest stabilization technology to the accelerator field. Using this technology, a CLIC prototype magnet was stabilized in a normal CERN working environment to less than 1-nm vertical RMS motion above 4 Hz. Detailed simulations of the time-dependent luminosity performance of CLIC are discussed. They include the beam-beam interaction, the beam-based feedbacks and the measured data on magnet stability
id cern-617719
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2003
record_format invenio
spelling cern-6177192023-08-17T09:45:20Zhttp://cds.cern.ch/record/617719engRedaelli, StefanoGuignard, GAssmann, R WSchulte, DCoosemans, WWilson, IZimmermann, FColliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm LevelAccelerators and Storage RingsThe Compact Linear Collider (CLIC) aims at colliding e^+e^- beams at 1:5 TeV with effective transverse spot sizes of 60nm (horizontal) times 0:7nm (vertical). Strict stability tolerances must be respected in order to achieve a sufficient overlap of the two colliding beams. A stability test stand has been set up at CERN, bringing latest stabilization technology to the accelerator field. Using this technology, a CLIC prototype magnet was stabilized in a normal CERN working environment to less than 1-nm vertical RMS motion above 4 Hz. Detailed simulations of the time-dependent luminosity performance of CLIC are discussed. They include the beam-beam interaction, the beam-based feedbacks and the measured data on magnet stabilityCERN-AB-2003-011-ABPCLIC-Note-562oai:cds.cern.ch:6177192003-05-22
spellingShingle Accelerators and Storage Rings
Redaelli, Stefano
Guignard, G
Assmann, R W
Schulte, D
Coosemans, W
Wilson, I
Zimmermann, F
Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title_full Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title_fullStr Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title_full_unstemmed Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title_short Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level
title_sort colliding nanobeams in clic with magnets stabilized to the sub-nm level
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/617719
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