High power test of a 30 GHz planar accelerator

A 30-GHz muffin-tin, traveling-wave accelerating structure consisting of 37 cells was tested at high power using the CTF2 at CERN. The structure was fabricated with conventional milling and brazing, including tuning holes at cavity roofs. No special surface preparation or treatment was done to the s...

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Detalles Bibliográficos
Autores principales: Braun, Hans Heinrich, Döbert, Steffen, Henke, H, Wuensch, Walter, Yu, D
Lenguaje:eng
Publicado: 2001
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/506054
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author Braun, Hans Heinrich
Döbert, Steffen
Henke, H
Wuensch, Walter
Yu, D
author_facet Braun, Hans Heinrich
Döbert, Steffen
Henke, H
Wuensch, Walter
Yu, D
author_sort Braun, Hans Heinrich
collection CERN
description A 30-GHz muffin-tin, traveling-wave accelerating structure consisting of 37 cells was tested at high power using the CTF2 at CERN. The structure was fabricated with conventional milling and brazing, including tuning holes at cavity roofs. No special surface preparation or treatment was done to the structure. A maximum peak power in excess of 100 MW at a pulse width of 4 ns was transported through the structure before electron bursts were initiated. A maximum accelerating gradient of 60 MV/m was achieved with a peak RF power of 40 MW at a pulse width of 8 ns.
id cern-506054
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2001
record_format invenio
spelling cern-5060542023-08-17T09:45:00Zhttp://cds.cern.ch/record/506054engBraun, Hans HeinrichDöbert, SteffenHenke, HWuensch, WalterYu, DHigh power test of a 30 GHz planar acceleratorAccelerators and Storage RingsA 30-GHz muffin-tin, traveling-wave accelerating structure consisting of 37 cells was tested at high power using the CTF2 at CERN. The structure was fabricated with conventional milling and brazing, including tuning holes at cavity roofs. No special surface preparation or treatment was done to the structure. A maximum peak power in excess of 100 MW at a pulse width of 4 ns was transported through the structure before electron bursts were initiated. A maximum accelerating gradient of 60 MV/m was achieved with a peak RF power of 40 MW at a pulse width of 8 ns.CERN-OPEN-2001-047CLIC-Note-491oai:cds.cern.ch:5060542001-06-27
spellingShingle Accelerators and Storage Rings
Braun, Hans Heinrich
Döbert, Steffen
Henke, H
Wuensch, Walter
Yu, D
High power test of a 30 GHz planar accelerator
title High power test of a 30 GHz planar accelerator
title_full High power test of a 30 GHz planar accelerator
title_fullStr High power test of a 30 GHz planar accelerator
title_full_unstemmed High power test of a 30 GHz planar accelerator
title_short High power test of a 30 GHz planar accelerator
title_sort high power test of a 30 ghz planar accelerator
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/506054
work_keys_str_mv AT braunhansheinrich highpowertestofa30ghzplanaraccelerator
AT dobertsteffen highpowertestofa30ghzplanaraccelerator
AT henkeh highpowertestofa30ghzplanaraccelerator
AT wuenschwalter highpowertestofa30ghzplanaraccelerator
AT yud highpowertestofa30ghzplanaraccelerator

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