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A Doublet-Based Injection-Extraction Straight Section for PS2

A new design of the injection-extraction straight section for PS2 has been made, motivated by problematic intersections of the PS2 transfer lines, potential gain in drift length for the beam transfer systems and reduction of the total straight section length. The new straight contains two injection...

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Detalles Bibliográficos
Autores principales: Bartmann, W, Goddard, B, Hessler, C
Lenguaje:eng
Publicado: 2010
Materias:
Acceso en línea:http://cds.cern.ch/record/1277933
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author Bartmann, W
Goddard, B
Hessler, C
author_facet Bartmann, W
Goddard, B
Hessler, C
author_sort Bartmann, W
collection CERN
description A new design of the injection-extraction straight section for PS2 has been made, motivated by problematic intersections of the PS2 transfer lines, potential gain in drift length for the beam transfer systems and reduction of the total straight section length. The new straight contains two injection systems with separate beam lines and three extraction systems to the SPS sharing a single beam line, together with an extracted ”waste” beam from the H- injection with its line to a beam dump. A symmetric doublet structure was chosen, with a reduced number of cells and quadrupoles. The optics solutions are described and the matching and tuning flexibility investigated. The implications for the different injection and extraction systems and transfer lines will be discussed, together with the specific issues of integration into the overall lattice.
id cern-1277933
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2010
record_format invenio
spelling cern-12779332022-08-17T13:33:07Zhttp://cds.cern.ch/record/1277933engBartmann, WGoddard, BHessler, CA Doublet-Based Injection-Extraction Straight Section for PS2Accelerators and Storage RingsA new design of the injection-extraction straight section for PS2 has been made, motivated by problematic intersections of the PS2 transfer lines, potential gain in drift length for the beam transfer systems and reduction of the total straight section length. The new straight contains two injection systems with separate beam lines and three extraction systems to the SPS sharing a single beam line, together with an extracted ”waste” beam from the H- injection with its line to a beam dump. A symmetric doublet structure was chosen, with a reduced number of cells and quadrupoles. The optics solutions are described and the matching and tuning flexibility investigated. The implications for the different injection and extraction systems and transfer lines will be discussed, together with the specific issues of integration into the overall lattice.sLHC-PROJECT-Report-0042CERN-sLHC-PROJECT-Report-0042oai:cds.cern.ch:12779332010-06-01
spellingShingle Accelerators and Storage Rings
Bartmann, W
Goddard, B
Hessler, C
A Doublet-Based Injection-Extraction Straight Section for PS2
title A Doublet-Based Injection-Extraction Straight Section for PS2
title_full A Doublet-Based Injection-Extraction Straight Section for PS2
title_fullStr A Doublet-Based Injection-Extraction Straight Section for PS2
title_full_unstemmed A Doublet-Based Injection-Extraction Straight Section for PS2
title_short A Doublet-Based Injection-Extraction Straight Section for PS2
title_sort doublet-based injection-extraction straight section for ps2
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1277933
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AT goddardb adoubletbasedinjectionextractionstraightsectionforps2
AT hesslerc adoubletbasedinjectionextractionstraightsectionforps2
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AT goddardb doubletbasedinjectionextractionstraightsectionforps2
AT hesslerc doubletbasedinjectionextractionstraightsectionforps2