Ultimate performance of the LEP RF system
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Ultimate performance of the LEP RF system

P. Brown,O. Brunner,A. Butterworth,E. Ciapala,H. Frischholz,G. Geschonke,E. Peschardt,J. Sladen,Brown P.,Ciapala E.,Sladen J.;P. Brown;O. Brunner;A. Butterworth;E. Ciapala;H. Frischholz;G. Geschonke;E. Peschardt;J. Sladen;Brown P.;Ciapala E.;Sladen J.;
PACS2001. Proceedings of the 2001 Particle Accelerator Conference (Cat. No.01CH37268) 2002 Vol. 2 pp. 1059-1061
147
j.2002pacs2001.ultimate

Abstract

The LEP Superconducting RF system reached its maximum configuration of 288 four-cell cavities powered by 36 klystrons in 1999. In 2000, this system, together with 56 cavities of the original copper RF system, routinely provided more than 3630 MV, allowing the beam energy to be raised up to 104.5 GeV. This not only required operating the cavities more than 15% above their design gradient, but has also demanded a very high operational reliability from the entire system. This paper will describe the operation of the LEP RF system during 2000, including new features, operational procedures and limitations Author(s) Brown, P. CERN, Geneva, Switzerland Brunner, O. ; Butterworth, A. ; Ciapala, E. ; Frischholz, H. ; Geschonke, G. ; Peschardt, E. ; Sladen, J.

Keywords

limitations accelerator rf systems colliding beam accelerators electron accelerators klystrons storage rings 104.5 gev 3630 mv lep rf system lep superconducting rf system four-cell cavities operational procedures operational reliability

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DOI:
10.1109/pac.2001.986577
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https://sciprofiles.com/publication/view/2f4879ad3...

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