Stacking Simulations for Compton Positron sources of Future Linear Colliders

The Compton positron source of a future linear collider must obtain the target bunch population by accumulating a large number of positron packets, arriving either in a number of bursts from a ‘Compton ring’, with intermediate damping of the scattering electron beam, or quasicontinually from a ‘Comp...

Descripción completa

Detalles Bibliográficos
Autores principales: Zimmermann, F, Papaphilippou, Y, Rinolfi, L, Vivoli, A, Yakimenko, V, Kuriki, M, Chehab, R, Omori, T, Urakawa, J, Variola, A, Antoniou, F
Lenguaje:eng
Publicado: 2009
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1208437
_version_ 1780917971795836928
author Zimmermann, F
Papaphilippou, Y
Rinolfi, L
Vivoli, A
Yakimenko, V
Kuriki, M
Chehab, R
Omori, T
Urakawa, J
Variola, A
Antoniou, F
author_facet Zimmermann, F
Papaphilippou, Y
Rinolfi, L
Vivoli, A
Yakimenko, V
Kuriki, M
Chehab, R
Omori, T
Urakawa, J
Variola, A
Antoniou, F
author_sort Zimmermann, F
collection CERN
description The Compton positron source of a future linear collider must obtain the target bunch population by accumulating a large number of positron packets, arriving either in a number of bursts from a ‘Compton ring’, with intermediate damping of the scattering electron beam, or quasicontinually from a ‘Compton energy recovery linac’. We present simulation results for the longitudinal stacking of Compton positrons in the ILC damping ring (DR) and the CLIC pre-damping ring (PDR), discussing parameter optimization, stacking efficiency, possible further improvements, and outstanding questions.
id cern-1208437
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2009
record_format invenio
spelling cern-12084372023-07-20T15:01:18Zhttp://cds.cern.ch/record/1208437engZimmermann, FPapaphilippou, YRinolfi, LVivoli, AYakimenko, VKuriki, MChehab, ROmori, TUrakawa, JVariola, AAntoniou, FStacking Simulations for Compton Positron sources of Future Linear CollidersAccelerators and Storage RingsThe Compton positron source of a future linear collider must obtain the target bunch population by accumulating a large number of positron packets, arriving either in a number of bursts from a ‘Compton ring’, with intermediate damping of the scattering electron beam, or quasicontinually from a ‘Compton energy recovery linac’. We present simulation results for the longitudinal stacking of Compton positrons in the ILC damping ring (DR) and the CLIC pre-damping ring (PDR), discussing parameter optimization, stacking efficiency, possible further improvements, and outstanding questions.CERN-ATS-2009-052CLIC-Note-814oai:cds.cern.ch:12084372009-09-24
spellingShingle Accelerators and Storage Rings
Zimmermann, F
Papaphilippou, Y
Rinolfi, L
Vivoli, A
Yakimenko, V
Kuriki, M
Chehab, R
Omori, T
Urakawa, J
Variola, A
Antoniou, F
Stacking Simulations for Compton Positron sources of Future Linear Colliders
title Stacking Simulations for Compton Positron sources of Future Linear Colliders
title_full Stacking Simulations for Compton Positron sources of Future Linear Colliders
title_fullStr Stacking Simulations for Compton Positron sources of Future Linear Colliders
title_full_unstemmed Stacking Simulations for Compton Positron sources of Future Linear Colliders
title_short Stacking Simulations for Compton Positron sources of Future Linear Colliders
title_sort stacking simulations for compton positron sources of future linear colliders
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1208437
work_keys_str_mv AT zimmermannf stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT papaphilippouy stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT rinolfil stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT vivolia stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT yakimenkov stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT kurikim stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT chehabr stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT omorit stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT urakawaj stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT variolaa stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders
AT antoniouf stackingsimulationsforcomptonpositronsourcesoffuturelinearcolliders

Ejemplares similares