Design Criteria of Linacs for Spectrum and Instabilities of Electron Energy

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概要

• 論文の詳細を見る

• Design criteria for spectrum and instabilities of electron energy are given with the accelerating structure of the phase velocity equal to the light velocity. The broadening of energy spectrum is due to energy difference of electrons during a pulse and phase shift of electrons along the accelerating structure. For usual S-band linacs of 2 meters long operated in 2π/3 mode, tolerances necessary to limit the broadening of energy spectrum within 5% are: klystron beam-voltage irregularities below 1.2%, RF frequency irregularities below 2.1×10^<-5>, temperature deviation and gradient of the accelerating structure below 1.3 degrees and 2.0 degrees, respectively, dimensional errors of the accelerating structure below 0.014 mm, and the beam loading irregularities below 5%. These are disscussed theoretically and some of them are compared with the experimental values.

• 社団法人応用物理学会の論文
• 1972-01-05

著者

• Irie Koichi

  Applied Physics Department, Central Research Laboratory Mitsubishi Electric Corporation

• Irie Koichi

  Applied Physics Department Central Research Loboratory Mitsubishi Electric Corporation

• Irie Koichi

  Applied Physics And Electronics Department Central Research Laboratory Mitsubishi Electric Corporati

関連論文

• Measurements of Phase Bunching in Electron Linacs by RF Deflector
• Design Criteria of Linacs for Spectrum and Instabilities of Electron Energy
• Transient and Stationary Temperature Rise of the Accelerating Structure in Electron Linacs
• Generation of High Intensity Beams of Nanosecond Pulse Duration by Electron Linacs

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