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Gamma Transition Jump for PS2

The PS2, which is proposed as a replacement for the existing ~50-year old PS accelerator, is presently considered to be a normal conducting synchrotron with an injection kinetic energy of 4 GeV and a maximum energy of 50 GeV. One of the possible lattices (FODO option) foresees crossing of transition...

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Detalles Bibliográficos
Autores principales: Bartmann, W, Benedikt, M, Métral, E, Möhl, D, Peggs, S
Lenguaje:eng
Publicado: 2008
Materias:
Acceso en línea:http://cds.cern.ch/record/1123717
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author Bartmann, W
Benedikt, M
Métral, E
Möhl, D
Peggs, S
author_facet Bartmann, W
Benedikt, M
Métral, E
Möhl, D
Peggs, S
author_sort Bartmann, W
collection CERN
description The PS2, which is proposed as a replacement for the existing ~50-year old PS accelerator, is presently considered to be a normal conducting synchrotron with an injection kinetic energy of 4 GeV and a maximum energy of 50 GeV. One of the possible lattices (FODO option) foresees crossing of transition energy near 10 GeV. Since the phase-slip-factor $\eta$ becomes very small near transition energy, many intensity dependent effects can take place in both longitudinal and transverse planes. The aim of the present paper is on the one hand to scale the gamma transition jump, used since 1973 in the PS, to the projected PS2 and on the other hand based on these results the analysis of the implementation and feasibility of a gamma transition jump scheme in a conventional FODO lattice.
id cern-1123717
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2008
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spelling cern-11237172022-08-17T13:37:12Zhttp://cds.cern.ch/record/1123717engBartmann, WBenedikt, MMétral, EMöhl, DPeggs, SGamma Transition Jump for PS2Accelerators and Storage RingsThe PS2, which is proposed as a replacement for the existing ~50-year old PS accelerator, is presently considered to be a normal conducting synchrotron with an injection kinetic energy of 4 GeV and a maximum energy of 50 GeV. One of the possible lattices (FODO option) foresees crossing of transition energy near 10 GeV. Since the phase-slip-factor $\eta$ becomes very small near transition energy, many intensity dependent effects can take place in both longitudinal and transverse planes. The aim of the present paper is on the one hand to scale the gamma transition jump, used since 1973 in the PS, to the projected PS2 and on the other hand based on these results the analysis of the implementation and feasibility of a gamma transition jump scheme in a conventional FODO lattice.CERN-AB-2008-037oai:cds.cern.ch:11237172008-09-04
spellingShingle Accelerators and Storage Rings
Bartmann, W
Benedikt, M
Métral, E
Möhl, D
Peggs, S
Gamma Transition Jump for PS2
title Gamma Transition Jump for PS2
title_full Gamma Transition Jump for PS2
title_fullStr Gamma Transition Jump for PS2
title_full_unstemmed Gamma Transition Jump for PS2
title_short Gamma Transition Jump for PS2
title_sort gamma transition jump for ps2
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1123717
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AT benediktm gammatransitionjumpforps2
AT metrale gammatransitionjumpforps2
AT mohld gammatransitionjumpforps2
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