Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source

The Linac3 ion source produces lead beams by the vaporization of solid samples inside internal ovens. The geometry, materials and surface state of the oven elements are critical parameters influencing the temperature distribution in the environment, and thus the performance of the source. A finite e...

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Detalles Bibliográficos
Autores principales: Fichera, Claudio, Carra, Federico, Toivanen, Ville Aleksi, Kuchler, Detlef
Lenguaje:eng
Publicado: 2017
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/2240720
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author Fichera, Claudio
Carra, Federico
Toivanen, Ville Aleksi
Kuchler, Detlef
author_facet Fichera, Claudio
Carra, Federico
Toivanen, Ville Aleksi
Kuchler, Detlef
author_sort Fichera, Claudio
collection CERN
description The Linac3 ion source produces lead beams by the vaporization of solid samples inside internal ovens. The geometry, materials and surface state of the oven elements are critical parameters influencing the temperature distribution in the environment, and thus the performance of the source. A finite element approach is proposed to evaluate the thermal response of the system at increasing heating powers. Comparisons between the simulations results and experimental measurements are given in order to validate the numerical model. Based on the obtained results, improvements to the existing setup are suggested.
id cern-2240720
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2017
record_format invenio
spelling cern-22407202023-08-04T20:25:21Zhttp://cds.cern.ch/record/2240720engFichera, ClaudioCarra, FedericoToivanen, Ville AleksiKuchler, DetlefThermal Analysis of the Linac3 GTS-LHC ECR Ion SourceAccelerators and Storage RingsThe Linac3 ion source produces lead beams by the vaporization of solid samples inside internal ovens. The geometry, materials and surface state of the oven elements are critical parameters influencing the temperature distribution in the environment, and thus the performance of the source. A finite element approach is proposed to evaluate the thermal response of the system at increasing heating powers. Comparisons between the simulations results and experimental measurements are given in order to validate the numerical model. Based on the obtained results, improvements to the existing setup are suggested.CERN-ACC-Note-2017-0001oai:cds.cern.ch:22407202017-01-09
spellingShingle Accelerators and Storage Rings
Fichera, Claudio
Carra, Federico
Toivanen, Ville Aleksi
Kuchler, Detlef
Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title_full Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title_fullStr Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title_full_unstemmed Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title_short Thermal Analysis of the Linac3 GTS-LHC ECR Ion Source
title_sort thermal analysis of the linac3 gts-lhc ecr ion source
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/2240720
work_keys_str_mv AT ficheraclaudio thermalanalysisofthelinac3gtslhcecrionsource
AT carrafederico thermalanalysisofthelinac3gtslhcecrionsource
AT toivanenvillealeksi thermalanalysisofthelinac3gtslhcecrionsource
AT kuchlerdetlef thermalanalysisofthelinac3gtslhcecrionsource

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