Status and Prospects of VEPP-5 Injection Complex

F. A. Emanov,A. V. Andrianov,K. V. Astrelina,V. V. Balakin,A. M. Barnyakov,O. V. Belikov,D. E. Berkaev,M. F. Blinov, Yu. M. Boimelshtain,D. Yu. Bolkhovityanov,N. S. Dikansky,A. R. Frolov,G. V. Karpov,A. S. Kasaev,A. A. Kondakov,I. V. Kuptsov,I. A. Koop,G. Ya. Kurkin,R. M. Lapik,N. N. Lebedev,A. E. Levichev,Yu. I. Maltseva, A. A. Murasev,D. A. Nikiforov,A. V. Pavlenko, V. V. Rashchenko,S. L. Samoylov,S. V. Vasiliev,I. M. Zemlyansky,Yu. A. Rogovsky,S. A. Krutikhin, A. Yu. Martinovsky, S. V. Motigin,A. M. Pilan,I. K. Sedliarov,A. G. Tribendis

Physics of Particles and Nuclei Letters（2018）

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Abstract

Since 2016, the VEPP-5 injection complex has been supplying the VEPP-4M and the VEPP-2000 colliders with electrons and positrons through the K-500 transport channel. By now the injection complex has demonstrated the capability to support the routine operation of both colliders. Nevertheless, work is actively continuing to improve the stability and efficiency of the facility. In this paper, a description of the injection complex, its operation experience, and prospects are presented.

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