Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+

The LHeC is in the design stage and various interaction region optics have been considered. The power emitted by the synchrotron radiation in the quadrupoles have been previously calculated by analytic and numerical methods. This note shows that SynRad+, a Monte-Carlo tool developed at CERN is a via...

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Detalles Bibliográficos
Autores principales: Ady, Marton, Kersevan, Roberto
Lenguaje:eng
Publicado: 2013
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1634433
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author Ady, Marton
Kersevan, Roberto
author_facet Ady, Marton
Kersevan, Roberto
author_sort Ady, Marton
collection CERN
description The LHeC is in the design stage and various interaction region optics have been considered. The power emitted by the synchrotron radiation in the quadrupoles have been previously calculated by analytic and numerical methods. This note shows that SynRad+, a Monte-Carlo tool developed at CERN is a viable alternative for such calculations, and the initial learning curve might be shorter for users who are new to SR simulations. Moreover, results that are in good agreement with previous simulations are obtained on a desktop computer within seconds. This note presents an approximate calculation for comparison with previous results, and then a more complex and more accurate one.
id cern-1634433
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2013
record_format invenio
spelling cern-16344332019-09-30T06:29:59Zhttp://cds.cern.ch/record/1634433engAdy, MartonKersevan, RobertoMonte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+Accelerators and Storage RingsThe LHeC is in the design stage and various interaction region optics have been considered. The power emitted by the synchrotron radiation in the quadrupoles have been previously calculated by analytic and numerical methods. This note shows that SynRad+, a Monte-Carlo tool developed at CERN is a viable alternative for such calculations, and the initial learning curve might be shorter for users who are new to SR simulations. Moreover, results that are in good agreement with previous simulations are obtained on a desktop computer within seconds. This note presents an approximate calculation for comparison with previous results, and then a more complex and more accurate one.CERN-ACC-NOTE-2013-0043oai:cds.cern.ch:16344332013-12-06
spellingShingle Accelerators and Storage Rings
Ady, Marton
Kersevan, Roberto
Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title_full Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title_fullStr Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title_full_unstemmed Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title_short Monte-Carlo simulation of Synchrotron Radiation power for the LHeC interaction region quadrupoles using SynRad+
title_sort monte-carlo simulation of synchrotron radiation power for the lhec interaction region quadrupoles using synrad+
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1634433
work_keys_str_mv AT adymarton montecarlosimulationofsynchrotronradiationpowerforthelhecinteractionregionquadrupolesusingsynrad
AT kersevanroberto montecarlosimulationofsynchrotronradiationpowerforthelhecinteractionregionquadrupolesusingsynrad

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