20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments

The first niobium-coated copper cavities were produced at CERN in the early eighties. The sputter technology was chosen, first in the pure diode configuration and subsequently in the magnetron configuration, which was adopted for the successful series production of the LEP and LHC cavities. In paral...

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Autor principal: Calatroni, S
Lenguaje:eng
Publicado: 2005
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/920988
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author Calatroni, S
author_facet Calatroni, S
author_sort Calatroni, S
collection CERN
description The first niobium-coated copper cavities were produced at CERN in the early eighties. The sputter technology was chosen, first in the pure diode configuration and subsequently in the magnetron configuration, which was adopted for the successful series production of the LEP and LHC cavities. In parallel, an intensive R&D effort was undertaken at CERN and other Laboratories in order to understand the advantages and limitations of this technique. Some highlights of the present understanding will be given. Several new developments in the coating technique are being pursued around the world, which will be discussed together with their motivations.
id cern-920988
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2005
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spelling cern-9209882019-09-30T06:29:59Zhttp://cds.cern.ch/record/920988engCalatroni, S20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developmentsAccelerators and Storage RingsThe first niobium-coated copper cavities were produced at CERN in the early eighties. The sputter technology was chosen, first in the pure diode configuration and subsequently in the magnetron configuration, which was adopted for the successful series production of the LEP and LHC cavities. In parallel, an intensive R&D effort was undertaken at CERN and other Laboratories in order to understand the advantages and limitations of this technique. Some highlights of the present understanding will be given. Several new developments in the coating technique are being pursued around the world, which will be discussed together with their motivations.CERN-TS-2005-001oai:cds.cern.ch:9209882005-09-15
spellingShingle Accelerators and Storage Rings
Calatroni, S
20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title 20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title_full 20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title_fullStr 20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title_full_unstemmed 20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title_short 20 years of experience with the NB/CU technology for superconducting cavities and perspectives for future developments
title_sort 20 years of experience with the nb/cu technology for superconducting cavities and perspectives for future developments
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/920988
work_keys_str_mv AT calatronis 20yearsofexperiencewiththenbcutechnologyforsuperconductingcavitiesandperspectivesforfuturedevelopments

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