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Proton beam acceleration up to 160 MeV at the Moscow meson factory linac

机译:莫斯科介子工厂直线加速器上的质子束加速度高达160 MeV

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The H/sup +/, H/sup -/ linac of the INR meson factory designed for accelerating the 0.5 mA average current beam to energies of up to 600 MeV is being tuned. The results of the tuning of the drift tube linac operating at a frequency of 198.2 MHz with an output proton energy of 100 MeV, followed by the four disk and washer (DAW) cavities operating at a frequency of 991 MHz with an output energy of 160 MeV, are presented. It is shown that the longitudinal parameters of the beam at the output of the first stage of the linac (phase length of bunches of 13 degrees measured with the bunch length monitor and momentum spread of +or-0.76% measured with the magnetic analyzer) are a bit better than designed. Therefore, the beam losses due to longitudinal motion in the down stream part of the linac at the designed current of 50 mA are likely to be negligible.
机译:正在对INR介子工厂的H / sup + /,H / sup-/直线加速器进行调节,该加速器用于将0.5 mA平均电流束加速至高达600 MeV的能量。漂移管直线加速器的调谐结果,其工作频率为198.2 MHz,输出质子能量为100 MeV,随后是四个磁盘和垫圈(DAW)腔,其工作频率为991 MHz,输出能量为160 MeV,介绍。结果表明,在直线加速器第一级输出处光束的纵向参数(用束长监测器测量的13度束的相长和用磁分析仪​​测得的动量扩展为+或-0.76%)为比设计要好一点。因此,在设计电流为50 mA的情况下,由于直线加速器下游部分中的纵向运动而引起的束流损耗可以忽略不计。

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