Transient and Stationary Temperature Rise of the Accelerating Structure in Electron Linacs

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概要

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• Temperature equations which describe temperature distribution along the accelerating structure as a function of time are solved in some special but practical cases on traveling wave electron linacs. The time constant of temperature rise of the accelerating structure is about 20 seconds and the saturated temperature rise is about 2℃ in usual S-band linacs for radiography and medical therapy. Also the temperature gradient along the accelerating sructure is discussed and its effects on performances of electron linacs are shown to be little.

• 社団法人応用物理学会の論文
• 1972-01-05

著者

• 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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