Muon phase rotation and cooling: Simulation work at CERN

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We present simulation work performed at CERN and collaborating institutes concerning the muon front-end of a neutrino factory and a possible muon cooling experiment. The front-end in the CERN scheme of a neutrino factory has been revised, eliminating the 44 MHz cavities and starting directly with 88...

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Detalles Bibliográficos
Autores principales: Franchetti, Giuliano, Gilardoni, S S, Hanke, K, Holzer, E B, Lombardi, A M, Migliorati, M, Tazzioli, F, Vaccarezza, C
Lenguaje:eng
Publicado: 2002
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/597438
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author Franchetti, Giuliano
Gilardoni, S S
Hanke, K
Holzer, E B
Lombardi, A M
Migliorati, M
Tazzioli, F
Vaccarezza, C
author_facet Franchetti, Giuliano
Gilardoni, S S
Hanke, K
Holzer, E B
Lombardi, A M
Migliorati, M
Tazzioli, F
Vaccarezza, C
author_sort Franchetti, Giuliano
collection CERN
description We present simulation work performed at CERN and collaborating institutes concerning the muon front-end of a neutrino factory and a possible muon cooling experiment. The front-end in the CERN scheme of a neutrino factory has been revised, eliminating the 44 MHz cavities and starting directly with 88 MHz. Two options for a muon cooling experiment have been studied, one based on the 88 MHz CERN cooling channel, one based on the 200 MHz super FOFO channel of the US study II design. A figure of merit for the cooling efficiency is discussed.
id cern-597438
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
record_format invenio
spelling cern-5974382023-05-11T12:03:57Zhttp://cds.cern.ch/record/597438engFranchetti, GiulianoGilardoni, S SHanke, KHolzer, E BLombardi, A MMigliorati, MTazzioli, FVaccarezza, CMuon phase rotation and cooling: Simulation work at CERNAccelerators and Storage RingsWe present simulation work performed at CERN and collaborating institutes concerning the muon front-end of a neutrino factory and a possible muon cooling experiment. The front-end in the CERN scheme of a neutrino factory has been revised, eliminating the 44 MHz cavities and starting directly with 88 MHz. Two options for a muon cooling experiment have been studied, one based on the 88 MHz CERN cooling channel, one based on the 200 MHz super FOFO channel of the US study II design. A figure of merit for the cooling efficiency is discussed.CERN-PS-2002-076-PPCERN-NEUTRINO-FACTORY-NOTE-119CERN-NUFACT-NOTE-119oai:cds.cern.ch:5974382002-10-09
spellingShingle Accelerators and Storage Rings
Franchetti, Giuliano
Gilardoni, S S
Hanke, K
Holzer, E B
Lombardi, A M
Migliorati, M
Tazzioli, F
Vaccarezza, C
Muon phase rotation and cooling: Simulation work at CERN
title Muon phase rotation and cooling: Simulation work at CERN
title_full Muon phase rotation and cooling: Simulation work at CERN
title_fullStr Muon phase rotation and cooling: Simulation work at CERN
title_full_unstemmed Muon phase rotation and cooling: Simulation work at CERN
title_short Muon phase rotation and cooling: Simulation work at CERN
title_sort muon phase rotation and cooling: simulation work at cern
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/597438
work_keys_str_mv AT franchettigiuliano muonphaserotationandcoolingsimulationworkatcern
AT gilardoniss muonphaserotationandcoolingsimulationworkatcern
AT hankek muonphaserotationandcoolingsimulationworkatcern
AT holzereb muonphaserotationandcoolingsimulationworkatcern
AT lombardiam muonphaserotationandcoolingsimulationworkatcern
AT miglioratim muonphaserotationandcoolingsimulationworkatcern
AT tazziolif muonphaserotationandcoolingsimulationworkatcern
AT vaccarezzac muonphaserotationandcoolingsimulationworkatcern

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