CERN PS laser ion source development

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CERN, together with ITEP and TRINITI (Russia), is developing a CO2 laser ion source. The key design parameters are: 1.4 1010 ions of Pb25+ in a pulse of 5.5 ms, with a 4-rms emittance of 0.2 10-6 rad m, working at a repetition rate of 1 Hz. This device is considered as one candidate source for LHC h...

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Detalles Bibliográficos
Autores principales: Fournier, P, Grégoire, G, Haseroth, H, Khomenko, S, Kondrashev, S A, Kugler, H, Lisi, N, Lombardi, A M, Makarov, K, Meyer, C, Ostroumov, P N, Pirkl, Werner, Rörich, V, Roudskoy, I, Satov, Yu A, Schnuriger, J C, Scrivens, R, Sharkov, B Yu, Shumshurov, A V, Stepanov, A, Tenishev, V, Varelá-Rodriguez, F
Lenguaje:eng
Publicado: 1999
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/386963
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author Fournier, P
Grégoire, G
Haseroth, H
Khomenko, S
Kondrashev, S A
Kugler, H
Lisi, N
Lombardi, A M
Makarov, K
Meyer, C
Ostroumov, P N
Pirkl, Werner
Rörich, V
Roudskoy, I
Satov, Yu A
Schnuriger, J C
Scrivens, R
Sharkov, B Yu
Shumshurov, A V
Stepanov, A
Tenishev, V
Varelá-Rodriguez, F
author_facet Fournier, P
Grégoire, G
Haseroth, H
Khomenko, S
Kondrashev, S A
Kugler, H
Lisi, N
Lombardi, A M
Makarov, K
Meyer, C
Ostroumov, P N
Pirkl, Werner
Rörich, V
Roudskoy, I
Satov, Yu A
Schnuriger, J C
Scrivens, R
Sharkov, B Yu
Shumshurov, A V
Stepanov, A
Tenishev, V
Varelá-Rodriguez, F
author_sort Fournier, P
collection CERN
description CERN, together with ITEP and TRINITI (Russia), is developing a CO2 laser ion source. The key design parameters are: 1.4 1010 ions of Pb25+ in a pulse of 5.5 ms, with a 4-rms emittance of 0.2 10-6 rad m, working at a repetition rate of 1 Hz. This device is considered as one candidate source for LHC heavy ion operation. The status of the laser development, the experimental set-up of the source consisting of the target area and its illumination, the plasma expansion area and extraction, beam transport and ion pre-acceleration by an RFQ, will be given.
id cern-386963
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1999
record_format invenio
spelling cern-3869632021-11-11T09:53:30Zhttp://cds.cern.ch/record/386963engFournier, PGrégoire, GHaseroth, HKhomenko, SKondrashev, S AKugler, HLisi, NLombardi, A MMakarov, KMeyer, COstroumov, P NPirkl, WernerRörich, VRoudskoy, ISatov, Yu ASchnuriger, J CScrivens, RSharkov, B YuShumshurov, A VStepanov, ATenishev, VVarelá-Rodriguez, FCERN PS laser ion source developmentAccelerators and Storage RingsCERN, together with ITEP and TRINITI (Russia), is developing a CO2 laser ion source. The key design parameters are: 1.4 1010 ions of Pb25+ in a pulse of 5.5 ms, with a 4-rms emittance of 0.2 10-6 rad m, working at a repetition rate of 1 Hz. This device is considered as one candidate source for LHC heavy ion operation. The status of the laser development, the experimental set-up of the source consisting of the target area and its illumination, the plasma expansion area and extraction, beam transport and ion pre-acceleration by an RFQ, will be given.CERN-PS-99-035-HPoai:cds.cern.ch:3869631999
spellingShingle Accelerators and Storage Rings
Fournier, P
Grégoire, G
Haseroth, H
Khomenko, S
Kondrashev, S A
Kugler, H
Lisi, N
Lombardi, A M
Makarov, K
Meyer, C
Ostroumov, P N
Pirkl, Werner
Rörich, V
Roudskoy, I
Satov, Yu A
Schnuriger, J C
Scrivens, R
Sharkov, B Yu
Shumshurov, A V
Stepanov, A
Tenishev, V
Varelá-Rodriguez, F
CERN PS laser ion source development
title CERN PS laser ion source development
title_full CERN PS laser ion source development
title_fullStr CERN PS laser ion source development
title_full_unstemmed CERN PS laser ion source development
title_short CERN PS laser ion source development
title_sort cern ps laser ion source development
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/386963
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