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5th CTF3 Collaboration Meeting : Festschrift CTF3 injector

SLAC and LAL collaborators, together with CERN people made a review of the work done on the beam dynamics and on the design of several components. The latter includes the thermionic gun, the bunching system and the solenoids. The workshop treated the possibility to increase both the beam current and...

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Autor principal: Rinolfi, Louis
Lenguaje:eng
Publicado: CERN 2000
Materias:
Acceso en línea:http://cds.cern.ch/record/479063
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author Rinolfi, Louis
author_facet Rinolfi, Louis
author_sort Rinolfi, Louis
collection CERN
description SLAC and LAL collaborators, together with CERN people made a review of the work done on the beam dynamics and on the design of several components. The latter includes the thermionic gun, the bunching system and the solenoids. The workshop treated the possibility to increase both the beam current and the repetition rate. Both have direct consequences on the injector. A higher beam current would allow implementing a new mode of CTF3 to generate 30 GHz RF power at the end of the Drive Beam Accelerator. A higher repetition rate would ease the RF conditioning of the 30 GHz accelerating structures. The buncher designs being on the critical path will be finished mid-February 2001, while the final injector design will be finished in June 2001.
id cern-479063
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2000
publisher CERN
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spelling cern-4790632023-08-17T09:44:54Zhttp://cds.cern.ch/record/479063engRinolfi, Louis5th CTF3 Collaboration Meeting : Festschrift CTF3 injectorAccelerators and Storage RingsSLAC and LAL collaborators, together with CERN people made a review of the work done on the beam dynamics and on the design of several components. The latter includes the thermionic gun, the bunching system and the solenoids. The workshop treated the possibility to increase both the beam current and the repetition rate. Both have direct consequences on the injector. A higher beam current would allow implementing a new mode of CTF3 to generate 30 GHz RF power at the end of the Drive Beam Accelerator. A higher repetition rate would ease the RF conditioning of the 30 GHz accelerating structures. The buncher designs being on the critical path will be finished mid-February 2001, while the final injector design will be finished in June 2001.CERNCERN-OPEN-2000-321CLIC-Note-464oai:cds.cern.ch:4790632000
spellingShingle Accelerators and Storage Rings
Rinolfi, Louis
5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title 5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title_full 5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title_fullStr 5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title_full_unstemmed 5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title_short 5th CTF3 Collaboration Meeting : Festschrift CTF3 injector
title_sort 5th ctf3 collaboration meeting : festschrift ctf3 injector
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/479063
work_keys_str_mv AT rinolfilouis 5thctf3collaborationmeetingfestschriftctf3injector