Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range

A CERN-SLAC-KEK collaboration on high gradient X-band structure research has been established in order to demonstrate the feasibility of the CLIC baseline design for the main linac stably operating at more than 100 MV/m loaded accelerating gradient. Several prototype CLIC structures were successfull...

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Detalles Bibliográficos
Autores principales: Wang, Juwen, Lewandowski, James, Van Pelt, John, Yoneda, Charles, Gudkov, D, Riddone, Germana, Higo, Toshiyasu, Takatomi, Toshikazu
Lenguaje:eng
Publicado: 2010
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1309174
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author Wang, Juwen
Lewandowski, James
Van Pelt, John
Yoneda, Charles
Gudkov, D
Riddone, Germana
Higo, Toshiyasu
Takatomi, Toshikazu
author_facet Wang, Juwen
Lewandowski, James
Van Pelt, John
Yoneda, Charles
Gudkov, D
Riddone, Germana
Higo, Toshiyasu
Takatomi, Toshikazu
author_sort Wang, Juwen
collection CERN
description A CERN-SLAC-KEK collaboration on high gradient X-band structure research has been established in order to demonstrate the feasibility of the CLIC baseline design for the main linac stably operating at more than 100 MV/m loaded accelerating gradient. Several prototype CLIC structures were successfully fabricated and high power tested. They operated at 105 MV/m with a breakdown rate that meets the CLIC linear collider specifications of <5×10-7/pulse/m. This paper summarizes the fabrication technologies including the mechanical design, precision machining, chemical cleaning, diffusion bonding as well as vacuum baking and all related assembly technologies. Also, the tolerances control, tuning and RF characterization will be discussed
id cern-1309174
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2010
record_format invenio
spelling cern-13091742022-08-17T13:32:09Zhttp://cds.cern.ch/record/1309174engWang, JuwenLewandowski, JamesVan Pelt, JohnYoneda, CharlesGudkov, DRiddone, GermanaHigo, ToshiyasuTakatomi, ToshikazuFabrication Technologies of the High Gradient Accelerator Structures at 100MV/m RangeAccelerators and Storage RingsA CERN-SLAC-KEK collaboration on high gradient X-band structure research has been established in order to demonstrate the feasibility of the CLIC baseline design for the main linac stably operating at more than 100 MV/m loaded accelerating gradient. Several prototype CLIC structures were successfully fabricated and high power tested. They operated at 105 MV/m with a breakdown rate that meets the CLIC linear collider specifications of <5×10-7/pulse/m. This paper summarizes the fabrication technologies including the mechanical design, precision machining, chemical cleaning, diffusion bonding as well as vacuum baking and all related assembly technologies. Also, the tolerances control, tuning and RF characterization will be discussedoai:cds.cern.ch:13091742010
spellingShingle Accelerators and Storage Rings
Wang, Juwen
Lewandowski, James
Van Pelt, John
Yoneda, Charles
Gudkov, D
Riddone, Germana
Higo, Toshiyasu
Takatomi, Toshikazu
Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title_full Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title_fullStr Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title_full_unstemmed Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title_short Fabrication Technologies of the High Gradient Accelerator Structures at 100MV/m Range
title_sort fabrication technologies of the high gradient accelerator structures at 100mv/m range
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1309174
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AT lewandowskijames fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT vanpeltjohn fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT yonedacharles fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT gudkovd fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT riddonegermana fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT higotoshiyasu fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange
AT takatomitoshikazu fabricationtechnologiesofthehighgradientacceleratorstructuresat100mvmrange

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