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BEPCⅡ直线加速器相控系统设计研究(英文)
Design Studies of RF Phasing System for BEPCⅡ Linac
【摘要】 为了补偿由于各种因素引起的微波相位漂移 ,BEPCⅡ直线加速器需要建立微波相位反馈控制系统 .能量最大法将用来确定每台功率源的最佳相位 .沿直线加速器速调管长廊铺设相位稳定同轴线提供相位参考 .现在已经完成了关键部件 ,如PAD单元、IA单元的开发 .搭建了相控最小系统对系统进行了验证 .
【Abstract】 In order to compensate the RF phase drift due to various factors, we will establish a RF phasing system for BEPCⅡ linac. Energy maximizing method will be used to determine the RF phase of each RF power source. A coaxial line will be used to distribute RF phase reference along the klystron gallery. The key components, such as PAD unit, IA units, have been developed. A minimum phasing system is established and runs successfully.
【关键词】 直线加速器;
相控系统;
微波低电平系统;
微波相位测量;
I/Q解调器;
【Key words】 linear accelerator; phasing system; low level RF system; RF phase measurement; I/Q demodulator;
【Key words】 linear accelerator; phasing system; low level RF system; RF phase measurement; I/Q demodulator;
【基金】 BEPCⅡ工程资助~~
- 【文献出处】 高能物理与核物理 ,High Energy Physics and Nuclear Physics , 编辑部邮箱 ,2005年03期
- 【分类号】TL503
- 【被引频次】4
- 【下载频次】65