The antiproton target station on the basis of lithium lenses

The authors describe the project of an antiproton target station with particle focusing carried out with lithium lenses. The optimal conditions of obtaining high particle density inside a phase volume determined by the following antiproton cooling for three projects- Precooler (FNAL), Antiproton Acc...

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Detalles Bibliográficos
Autores principales: Bayanov, B F, Cheryakin, A D, Karasyuc, V N, Silvestrov, G I, Volohov, V G, Vsevolozhskaya, T A, Willewald, G S
Lenguaje:eng
Publicado: 1980
Materias:
Nuclear Physics
Acceso en línea:http://cds.cern.ch/record/879242
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author Bayanov, B F
Cheryakin, A D
Karasyuc, V N
Silvestrov, G I
Volohov, V G
Vsevolozhskaya, T A
Willewald, G S
author_facet Bayanov, B F
Cheryakin, A D
Karasyuc, V N
Silvestrov, G I
Volohov, V G
Vsevolozhskaya, T A
Willewald, G S
author_sort Bayanov, B F
collection CERN
description The authors describe the project of an antiproton target station with particle focusing carried out with lithium lenses. The optimal conditions of obtaining high particle density inside a phase volume determined by the following antiproton cooling for three projects- Precooler (FNAL), Antiproton Accumulator (CERN) and INF-IHEF (USSR) are analysed. The efficiency of antiproton collection with a lithium lens is compared to the efficiency achieved with other focusing devices-magnetic horn and quadrupole triplet. (8 refs).
id cern-879242
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1980
record_format invenio
spelling cern-8792422019-09-30T06:29:59Zhttp://cds.cern.ch/record/879242engBayanov, B FCheryakin, A DKarasyuc, V NSilvestrov, G IVolohov, V GVsevolozhskaya, T AWillewald, G SThe antiproton target station on the basis of lithium lensesNuclear PhysicsThe authors describe the project of an antiproton target station with particle focusing carried out with lithium lenses. The optimal conditions of obtaining high particle density inside a phase volume determined by the following antiproton cooling for three projects- Precooler (FNAL), Antiproton Accumulator (CERN) and INF-IHEF (USSR) are analysed. The efficiency of antiproton collection with a lithium lens is compared to the efficiency achieved with other focusing devices-magnetic horn and quadrupole triplet. (8 refs).oai:cds.cern.ch:8792421980
spellingShingle Nuclear Physics
Bayanov, B F
Cheryakin, A D
Karasyuc, V N
Silvestrov, G I
Volohov, V G
Vsevolozhskaya, T A
Willewald, G S
The antiproton target station on the basis of lithium lenses
title The antiproton target station on the basis of lithium lenses
title_full The antiproton target station on the basis of lithium lenses
title_fullStr The antiproton target station on the basis of lithium lenses
title_full_unstemmed The antiproton target station on the basis of lithium lenses
title_short The antiproton target station on the basis of lithium lenses
title_sort antiproton target station on the basis of lithium lenses
topic Nuclear Physics
url http://cds.cern.ch/record/879242
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