Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN

The PHIN photo-injector test facility is being commissioned at CERN to demonstrate the capability to produce the required beam for the 3rd CLIC Test Facility (CTF3), which includes the production of a 3.5A stable beam, bunched at 1.5 GHz with a relative energy spread of less than 1%. A 90◦ spectrome...

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Autores principales: Olvegaard, M, Egger, D, Mete, O, Csatari, M, Dabrowski, A, Dobert, S, Lefevre, T, Petrarca, M
Lenguaje:eng
Publicado: 2011
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1372188
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author Olvegaard, M
Egger, D
Mete, O
Csatari, M
Dabrowski, A
Dobert, S
Lefevre, T
Petrarca, M
author_facet Olvegaard, M
Egger, D
Mete, O
Csatari, M
Dabrowski, A
Dobert, S
Lefevre, T
Petrarca, M
author_sort Olvegaard, M
collection CERN
description The PHIN photo-injector test facility is being commissioned at CERN to demonstrate the capability to produce the required beam for the 3rd CLIC Test Facility (CTF3), which includes the production of a 3.5A stable beam, bunched at 1.5 GHz with a relative energy spread of less than 1%. A 90◦ spectrometer is instrumented with an OTR screen coupled to a gated intensified camera, followed by a segmented beam dump for time resolved energy measurements. The following paper describes the transverse and temporal resolution of the instrumentation with an outlook towards single-bunch energy measurements.
id cern-1372188
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2011
record_format invenio
spelling cern-13721882022-08-17T13:30:25Zhttp://cds.cern.ch/record/1372188engOlvegaard, MEgger, DMete, OCsatari, MDabrowski, ADobert, SLefevre, TPetrarca, MPerformance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHINAccelerators and Storage RingsThe PHIN photo-injector test facility is being commissioned at CERN to demonstrate the capability to produce the required beam for the 3rd CLIC Test Facility (CTF3), which includes the production of a 3.5A stable beam, bunched at 1.5 GHz with a relative energy spread of less than 1%. A 90◦ spectrometer is instrumented with an OTR screen coupled to a gated intensified camera, followed by a segmented beam dump for time resolved energy measurements. The following paper describes the transverse and temporal resolution of the instrumentation with an outlook towards single-bunch energy measurements.CERN-BE-2011-013oai:cds.cern.ch:13721882011-05-01
spellingShingle Accelerators and Storage Rings
Olvegaard, M
Egger, D
Mete, O
Csatari, M
Dabrowski, A
Dobert, S
Lefevre, T
Petrarca, M
Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title_full Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title_fullStr Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title_full_unstemmed Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title_short Performance of the Time Resolved Spectrometer for the 5 MeV Photo-Injector PHIN
title_sort performance of the time resolved spectrometer for the 5 mev photo-injector phin
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1372188
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AT eggerd performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT meteo performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT csatarim performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT dabrowskia performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT doberts performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT lefevret performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin
AT petrarcam performanceofthetimeresolvedspectrometerforthe5mevphotoinjectorphin

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