A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams

High-power accelerators are being studied for several projects including accelerator driven neutron or neutrino sources. The low energy part of these facilities has to be carefully optimized to match the beam requirements of the higher energy parts. The complexity of high intensity beam dynamics in...

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Detalles Bibliográficos
Autores principales: Ben-Ismail, A, Duperrier, R, Uriot, D, Pichoff, Nicolas
Lenguaje:eng
Publicado: 2005
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/927020
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author Ben-Ismail, A
Duperrier, R
Uriot, D
Pichoff, Nicolas
author_facet Ben-Ismail, A
Duperrier, R
Uriot, D
Pichoff, Nicolas
author_sort Ben-Ismail, A
collection CERN
description High-power accelerators are being studied for several projects including accelerator driven neutron or neutrino sources. The low energy part of these facilities has to be carefully optimized to match the beam requirements of the higher energy parts. The complexity of high intensity beam dynamics in the low energy line is essentially due to the non-linear space charge effects. The PIC code CARTAGO* has been developed in order to simulate the beam transport at low energy including the temporal evolution effects of the space charge compensation. This paper relates the structure and the numerical methods of a 2D (r,z) new version of the code. The effects of the longitudinal space charge, the image charge and external 2D (r,z) magnetic field were included. The results of H<sup><font size="-1">+
id cern-927020
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2005
record_format invenio
spelling cern-9270202022-08-17T13:36:14Zhttp://cds.cern.ch/record/927020engBen-Ismail, ADuperrier, RUriot, DPichoff, NicolasA Space Charge Compensation Study of Low Energy Hydrogen Ion BeamsAccelerators and Storage RingsHigh-power accelerators are being studied for several projects including accelerator driven neutron or neutrino sources. The low energy part of these facilities has to be carefully optimized to match the beam requirements of the higher energy parts. The complexity of high intensity beam dynamics in the low energy line is essentially due to the non-linear space charge effects. The PIC code CARTAGO* has been developed in order to simulate the beam transport at low energy including the temporal evolution effects of the space charge compensation. This paper relates the structure and the numerical methods of a 2D (r,z) new version of the code. The effects of the longitudinal space charge, the image charge and external 2D (r,z) magnetic field were included. The results of H<sup><font size="-1">+CARE-CONF-05-008-HIPPICARE-CONF-2005-008-HIPPIoai:cds.cern.ch:9270202005
spellingShingle Accelerators and Storage Rings
Ben-Ismail, A
Duperrier, R
Uriot, D
Pichoff, Nicolas
A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title_full A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title_fullStr A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title_full_unstemmed A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title_short A Space Charge Compensation Study of Low Energy Hydrogen Ion Beams
title_sort space charge compensation study of low energy hydrogen ion beams
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/927020
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AT duperrierr spacechargecompensationstudyoflowenergyhydrogenionbeams
AT uriotd spacechargecompensationstudyoflowenergyhydrogenionbeams
AT pichoffnicolas spacechargecompensationstudyoflowenergyhydrogenionbeams

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