利用提取出的电子控制能量的电子加速器馈电电路

M. M. Rychkov, A. S. Chertov
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引用次数: 0

摘要

目前对提取电子束的电子加速器提出的主要要求之一是稳定和控制提取电子的能量。在内窥镜研究所进行了新型馈电电路和消磁电磁铁结构的研究。与传统的电子加速器磁体系统相比,将退磁的电子加速器磁体系统应用于电子束提取,可以直接排除电子束提取前平衡轨道加宽的特殊电路,并且可以方便地控制加速过程中的平衡轨道半径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feed circuit of betatron with the controlled energy of the extracted electrons
At present one of the main requirements placed on betatrons with the extracted electron beam is the stabilization and control of the energy of extracted electrons. At Research Institute of Introscopy the investigations of new feed circuit and construction of electromagnet with demagnetization were performed. The application of the betatron magnet system with demagnetization for the electron beam extraction compared with the classical magnet system of betatron, allows one to exclude special circuit of the previous broadening of equilibrium orbit before the beam extraction directly as well as to control easily the radius of equilibrium orbit in accelerating.
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