A New Superconducting Linac for the Nuclotron–NICA Facility: Progress Report

A. A. Bakinovskaya,M. A. Baturitsky, T. A. Bakhareva,A. V. Butenko,M. A. Gusarova,S. E. Demyanov,N. E. Emelyanov, V. G. Zalessky,V. L. Zvyagintsev,V. A. Karpovich,T. V. Kulevoy, A. A. Kuraev,M. V. Lalayan,Yu. Yu. Lozeev,S. A. Maksimenko,V. V. Matveenko, S. V. Matsievsky, V. S. Petrakovsky,I. L. Pobol,A. I. Pokrovsky,S. M. Polozov,A. I. Pronikov,A. Rak,V. N. Rodionova,A. V. Samoshin,A. O. Sidorin,N. P. Sobenin, D. V. Surkov,E. M. Syresin, K. V. Taletsky,G. V. Trubnikov,V. L. Shatokhin, D. A. Shparlo,S. V. Yurevich

Physics of Particles and Nuclei Letters（2018）

Cited 5|Views40

No score

Abstract

The project for a new injector linac for the Nuclotron–NICA accelerator tandem has been under development since 2015. The linac will accelerate protons and light ions to energies of 25 MeV and ∼7.5 MeV/nucleon, respectively. To fulfill the project, technology for fabricating superconducting RF cavities needs to be developed. The current status of the project, including the linac design, the required parameters of RF cavities, and our simulations of beam dynamics, is presented. Technological restrictions on the RF cavity parameters are discussed.

Translated text

Key words

new superconducting linac,nuclotron–nica facility

AI Read Science

Must-Reading Tree

Example

Generate MRT to find the research sequence of this paper

Chat Paper

Summary is being generated by the instructions you defined