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Abstract <p>The LINAC-200 linear accelerator in the Dzhelepov Laboratory of Nuclear Problems at the Joint Institute for Nuclear Research is a new facility constructed to provide electron test beams for particle detector research and development studies of advanced methods of electron beam diagnostics and for applied research. It is planned to use four beam-output channels, each providing electron beams in a specific energy range: channels 1 (5–25 MeV), 2 (25–60 MeV), 3 (60–130 MeV), and 4 (130–200 MeV). Channel 2 is in the final manufacturing stages. The design results of the bending magnets and vacuum chambers for beam-output channel 2, as well as the architecture of the automated control system for the power supply of these bending magnets, are presented.</p>

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Development of a Magnetic System for Parallel Electron Beam Transfer in the LINAС-200 Accelerator

  • 期刊论文

  • 发表日期：

    2025年8月11日

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  • O. L. Seroshtanov,
  • V. V. Kobets,
  • A. N. Trifonov,
  • A. A. Ulankin

摘要

Abstract

The LINAC-200 linear accelerator in the Dzhelepov Laboratory of Nuclear Problems at the Joint Institute for Nuclear Research is a new facility constructed to provide electron test beams for particle detector research and development studies of advanced methods of electron beam diagnostics and for applied research. It is planned to use four beam-output channels, each providing electron beams in a specific energy range: channels 1 (5–25 MeV), 2 (25–60 MeV), 3 (60–130 MeV), and 4 (130–200 MeV). Channel 2 is in the final manufacturing stages. The design results of the bending magnets and vacuum chambers for beam-output channel 2, as well as the architecture of the automated control system for the power supply of these bending magnets, are presented.