Performance of the ECR ion source of CERN's heavy ion injector

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In fall 1994 the new heavy ion injector at CERN was brought into operation successfully and a lead beam of 2.9´107 ions per pulse was accelerated in the SPS up to an energy of 157 GeV/u. The ion source, which was supplied by GANIL (France) was in operation almost continuously over a period of about...

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Autores principales: Bougarel, M P, Hill, C E, Haseroth, H, Langbein, K, Tanke, E
Lenguaje:eng
Publicado: 1995
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/291248
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author Bougarel, M P
Hill, C E
Haseroth, H
Langbein, K
Tanke, E
author_facet Bougarel, M P
Hill, C E
Haseroth, H
Langbein, K
Tanke, E
author_sort Bougarel, M P
collection CERN
description In fall 1994 the new heavy ion injector at CERN was brought into operation successfully and a lead beam of 2.9´107 ions per pulse was accelerated in the SPS up to an energy of 157 GeV/u. The ion source, which was supplied by GANIL (France) was in operation almost continuously over a period of about one year and proved to be very reliable. It pro-duces a current of more than 100 µA of Pb27+ (after the first spectrometer) during the afterglow of the pulsed discharge. The current stays within 5% of the maximum value for a time of about 1 ms, which is more than required by the accel-erators. Measurements of the charge state distribution, emittance and energy spread, which were made during this window, are presented together with other operating data.
id cern-291248
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1995
record_format invenio
spelling cern-2912482021-11-11T09:43:25Zhttp://cds.cern.ch/record/291248engBougarel, M PHill, C EHaseroth, HLangbein, KTanke, EPerformance of the ECR ion source of CERN's heavy ion injectorAccelerators and Storage RingsIn fall 1994 the new heavy ion injector at CERN was brought into operation successfully and a lead beam of 2.9´107 ions per pulse was accelerated in the SPS up to an energy of 157 GeV/u. The ion source, which was supplied by GANIL (France) was in operation almost continuously over a period of about one year and proved to be very reliable. It pro-duces a current of more than 100 µA of Pb27+ (after the first spectrometer) during the afterglow of the pulsed discharge. The current stays within 5% of the maximum value for a time of about 1 ms, which is more than required by the accel-erators. Measurements of the charge state distribution, emittance and energy spread, which were made during this window, are presented together with other operating data.CERN-PS-96-021-HICERN-PS-HI-NOTE-95-12oai:cds.cern.ch:2912481995
spellingShingle Accelerators and Storage Rings
Bougarel, M P
Hill, C E
Haseroth, H
Langbein, K
Tanke, E
Performance of the ECR ion source of CERN's heavy ion injector
title Performance of the ECR ion source of CERN's heavy ion injector
title_full Performance of the ECR ion source of CERN's heavy ion injector
title_fullStr Performance of the ECR ion source of CERN's heavy ion injector
title_full_unstemmed Performance of the ECR ion source of CERN's heavy ion injector
title_short Performance of the ECR ion source of CERN's heavy ion injector
title_sort performance of the ecr ion source of cern's heavy ion injector
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/291248
work_keys_str_mv AT bougarelmp performanceoftheecrionsourceofcernsheavyioninjector
AT hillce performanceoftheecrionsourceofcernsheavyioninjector
AT haserothh performanceoftheecrionsourceofcernsheavyioninjector
AT langbeink performanceoftheecrionsourceofcernsheavyioninjector
AT tankee performanceoftheecrionsourceofcernsheavyioninjector

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