Cargando…

The Superconducting solution for the EURISOL Post Accelerator Injector

In the framework of EURISOL design study*, the superconducting solution for the Post-Accelerator injector foresees the use of two RFQs, one Super Conducting and one Normal Conducting, both operating CW at 88 MHz. After the multiple ionization in the ECR breeder on low voltage platform, the rare ions...

Descripción completa

Detalles Bibliográficos
Autores principales: Posocco, P.A, Pisent, A, Palmieri, A, Bisoffi, G
Lenguaje:eng
Publicado: 27/0
Materias:
Acceso en línea:http://cds.cern.ch/record/1355214
_version_ 1780922434551021568
author Posocco, P.A
Pisent, A
Palmieri, A
Bisoffi, G
author_facet Posocco, P.A
Pisent, A
Palmieri, A
Bisoffi, G
author_sort Posocco, P.A
collection CERN
description In the framework of EURISOL design study*, the superconducting solution for the Post-Accelerator injector foresees the use of two RFQs, one Super Conducting and one Normal Conducting, both operating CW at 88 MHz. After the multiple ionization in the ECR breeder on low voltage platform, the rare ions beam (3 ≤ A/q ≤ 7) is bunched at the main frequency by the NC RFQ without both losses and transverse emittance increase and accelerated afterwards through the SC RFQ up to 560 keV/u. A 8.8 MHz pulsed beam can be delivered to experiments placing a 3 harmonic buncher before the NC RFQ with overall beam losses lower than 25%. The beam dynamics results of the study of this solution as well as the main RF design and construction analysis of the main components are presented.
id cern-1355214
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 27/0
record_format invenio
spelling cern-13552142019-09-30T06:29:59Zhttp://cds.cern.ch/record/1355214engPosocco, P.APisent, APalmieri, ABisoffi, GThe Superconducting solution for the EURISOL Post Accelerator Injector6: TASK 6In the framework of EURISOL design study*, the superconducting solution for the Post-Accelerator injector foresees the use of two RFQs, one Super Conducting and one Normal Conducting, both operating CW at 88 MHz. After the multiple ionization in the ECR breeder on low voltage platform, the rare ions beam (3 ≤ A/q ≤ 7) is bunched at the main frequency by the NC RFQ without both losses and transverse emittance increase and accelerated afterwards through the SC RFQ up to 560 keV/u. A 8.8 MHz pulsed beam can be delivered to experiments placing a 3 harmonic buncher before the NC RFQ with overall beam losses lower than 25%. The beam dynamics results of the study of this solution as well as the main RF design and construction analysis of the main components are presented.EURISOL-06-22-2009-0065EURISOL-06-23-2009-0027oai:cds.cern.ch:135521427/07/09
spellingShingle 6: TASK 6
Posocco, P.A
Pisent, A
Palmieri, A
Bisoffi, G
The Superconducting solution for the EURISOL Post Accelerator Injector
title The Superconducting solution for the EURISOL Post Accelerator Injector
title_full The Superconducting solution for the EURISOL Post Accelerator Injector
title_fullStr The Superconducting solution for the EURISOL Post Accelerator Injector
title_full_unstemmed The Superconducting solution for the EURISOL Post Accelerator Injector
title_short The Superconducting solution for the EURISOL Post Accelerator Injector
title_sort superconducting solution for the eurisol post accelerator injector
topic 6: TASK 6
url http://cds.cern.ch/record/1355214
work_keys_str_mv AT posoccopa thesuperconductingsolutionfortheeurisolpostacceleratorinjector
AT pisenta thesuperconductingsolutionfortheeurisolpostacceleratorinjector
AT palmieria thesuperconductingsolutionfortheeurisolpostacceleratorinjector
AT bisoffig thesuperconductingsolutionfortheeurisolpostacceleratorinjector
AT posoccopa superconductingsolutionfortheeurisolpostacceleratorinjector
AT pisenta superconductingsolutionfortheeurisolpostacceleratorinjector
AT palmieria superconductingsolutionfortheeurisolpostacceleratorinjector
AT bisoffig superconductingsolutionfortheeurisolpostacceleratorinjector