Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN

The upgrade of the normal conducting (NC) Radioactive Ion Beam EXperiment (REX)-ISOLDE heavy ion accelerator at CERN, under the High Intensity and Energy (HIE)- ISOLDE framework, proposes the use of superconducting (SC) quarter-wave resonators (QWRs) to increase the energy capability of the facility...

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Detalles Bibliográficos
Autores principales: Fraser, Matthew A., Pasini, Matteo, Jones, Roger M., Lindroos, Mats
Lenguaje:eng
Publicado: 2009
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1213518
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author Fraser, Matthew A.
Pasini, Matteo
Jones, Roger M.
Lindroos, Mats
author_facet Fraser, Matthew A.
Pasini, Matteo
Jones, Roger M.
Lindroos, Mats
author_sort Fraser, Matthew A.
collection CERN
description The upgrade of the normal conducting (NC) Radioactive Ion Beam EXperiment (REX)-ISOLDE heavy ion accelerator at CERN, under the High Intensity and Energy (HIE)- ISOLDE framework, proposes the use of superconducting (SC) quarter-wave resonators (QWRs) to increase the energy capability of the facility from 3 MeV/u to beyond 10 MeV/u. A beam dynamics study of a lattice design comprising SC QWRs and SC solenoids has confirmed the design’s ability to accelerate ions, with a mass-to-charge ratio in the range 2.5 < A/q < 4.5, to the target energy with a minimal emittance increase. We report on the development of this study to include the implementation of realistic fields within the QWRs and solenoids. A preliminary error study is presented in order to constrain tolerances on the manufacturing and alignment of the linac.
id cern-1213518
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2009
record_format invenio
spelling cern-12135182023-03-14T20:41:30Zhttp://cds.cern.ch/record/1213518engFraser, Matthew A.Pasini, MatteoJones, Roger M.Lindroos, MatsBeam Dynamics Studies for the HIE-ISOLDE Linac at CERNAccelerators and Storage RingsThe upgrade of the normal conducting (NC) Radioactive Ion Beam EXperiment (REX)-ISOLDE heavy ion accelerator at CERN, under the High Intensity and Energy (HIE)- ISOLDE framework, proposes the use of superconducting (SC) quarter-wave resonators (QWRs) to increase the energy capability of the facility from 3 MeV/u to beyond 10 MeV/u. A beam dynamics study of a lattice design comprising SC QWRs and SC solenoids has confirmed the design’s ability to accelerate ions, with a mass-to-charge ratio in the range 2.5 &lt; A/q &lt; 4.5, to the target energy with a minimal emittance increase. We report on the development of this study to include the implementation of realistic fields within the QWRs and solenoids. A preliminary error study is presented in order to constrain tolerances on the manufacturing and alignment of the linac.The upgrade of the normal conducting REX-ISOLDE heavy ion accelerator at CERN, under the HIE-ISOLDE framework, proposes the use of superconducting (SC) quarter-wave resonators (QWRs) to increase the energy capability of the facility from 3 MeV/u to beyond 10 MeV/u. A beam dynamics study of a lattice design comprising SC QWRs and SC solenoids has confirmed the design's ability to accelerate ions, with a mass-to-charge ratio in the range 2.5 < A/q < 4.5, to the target energy with a minimal emittance increase. We report on the development of this study to include the implementation of realistic fields within the QWRs and solenoids. A preliminary error study is presented in order to constrain tolerances on the manufacturing and alignment of the linac.The upgrade of the normal conducting (NC) Radioactive Ion Beam EXperiment (REX)-ISOLDE heavy ion accelerator at CERN, under the High Intensity and Energy (HIE)-ISOLDE framework, proposes the use of superconducting (SC) quarter-wave resonators (QWRs) to increase the energy capability of the facility from 3 MeV/u to beyond 10 MeV/u. A beam dynamics study of a lattice design comprising SC QWRs and SC solenoids has confirmed the design's ability to accelerate ions, with a mass-to-charge ratio in the range 2.5 < A/q < 4.5, to the target energy with a minimal emittance increase. We report on the development of this study to include the implementation of realistic fields within the QWRs and solenoids. A preliminary error study is presented in order to constrain tolerances on the manufacturing and alignment of the linac.arXiv:0906.3484oai:cds.cern.ch:12135182009-06-19
spellingShingle Accelerators and Storage Rings
Fraser, Matthew A.
Pasini, Matteo
Jones, Roger M.
Lindroos, Mats
Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title_full Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title_fullStr Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title_full_unstemmed Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title_short Beam Dynamics Studies for the HIE-ISOLDE Linac at CERN
title_sort beam dynamics studies for the hie-isolde linac at cern
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1213518
work_keys_str_mv AT frasermatthewa beamdynamicsstudiesforthehieisoldelinacatcern
AT pasinimatteo beamdynamicsstudiesforthehieisoldelinacatcern
AT jonesrogerm beamdynamicsstudiesforthehieisoldelinacatcern
AT lindroosmats beamdynamicsstudiesforthehieisoldelinacatcern

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