The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project

The RESR storage ring of the FAIR projectwas designed for use as an accumulator ring for antiprotons. Therefore its optical design offers a large momentum acceptance and large flexibility in the choice of the working point. This is crucial, if longitudinal stacking with a stochastic cooling system i...

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Detalles Bibliográficos
Autores principales: Steck, Markus, Dimopoulou, Christina, Dolinskyy, Oleksiy, Franzke, Bernhard, Katayama, Takeshi, Litvinov, Sergey, Nolden, Fritz, Peschke, Claudius, Mohl, Dieter, Thorndahl, Lars
Lenguaje:eng
Publicado: 2010
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1310796
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author Steck, Markus
Dimopoulou, Christina
Dolinskyy, Oleksiy
Franzke, Bernhard
Katayama, Takeshi
Litvinov, Sergey
Nolden, Fritz
Peschke, Claudius
Mohl, Dieter
Thorndahl, Lars
author_facet Steck, Markus
Dimopoulou, Christina
Dolinskyy, Oleksiy
Franzke, Bernhard
Katayama, Takeshi
Litvinov, Sergey
Nolden, Fritz
Peschke, Claudius
Mohl, Dieter
Thorndahl, Lars
author_sort Steck, Markus
collection CERN
description The RESR storage ring of the FAIR projectwas designed for use as an accumulator ring for antiprotons. Therefore its optical design offers a large momentum acceptance and large flexibility in the choice of the working point. This is crucial, if longitudinal stacking with a stochastic cooling system is planned. The accumulation system has been studied in simulations which include both the properties of the optical design and details of the stochastic cooling system. The simulations confirm that the stochastic cooling system can support the accumulation with a repetition rate of 10 s for the injection of pre-cooled batches of 108 antiprotons from the collector ring CR. A maximum of intensity of 1011 accumulated antiprotons can be achieved as required for high luminosity experiments
id cern-1310796
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2010
record_format invenio
spelling cern-13107962022-08-17T13:24:26Zhttp://cds.cern.ch/record/1310796engSteck, MarkusDimopoulou, ChristinaDolinskyy, OleksiyFranzke, BernhardKatayama, TakeshiLitvinov, SergeyNolden, FritzPeschke, ClaudiusMohl, DieterThorndahl, LarsThe Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR ProjectAccelerators and Storage RingsThe RESR storage ring of the FAIR projectwas designed for use as an accumulator ring for antiprotons. Therefore its optical design offers a large momentum acceptance and large flexibility in the choice of the working point. This is crucial, if longitudinal stacking with a stochastic cooling system is planned. The accumulation system has been studied in simulations which include both the properties of the optical design and details of the stochastic cooling system. The simulations confirm that the stochastic cooling system can support the accumulation with a repetition rate of 10 s for the injection of pre-cooled batches of 108 antiprotons from the collector ring CR. A maximum of intensity of 1011 accumulated antiprotons can be achieved as required for high luminosity experimentsoai:cds.cern.ch:13107962010
spellingShingle Accelerators and Storage Rings
Steck, Markus
Dimopoulou, Christina
Dolinskyy, Oleksiy
Franzke, Bernhard
Katayama, Takeshi
Litvinov, Sergey
Nolden, Fritz
Peschke, Claudius
Mohl, Dieter
Thorndahl, Lars
The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title_full The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title_fullStr The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title_full_unstemmed The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title_short The Concept of Antiproton Accumulation in the RESR Storage Ring of the FAIR Project
title_sort concept of antiproton accumulation in the resr storage ring of the fair project
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1310796
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