Design and Power Tests of 500 MHz RF Cavity of CW Microtron for Industrial Applications
Design and Power Tests of 500 MHz RF Cavity of CW Microtron for Industrial Applications
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工业应用 CW Microtron 500 MHz 射频腔的设计和功率测试
DOI：
10.1143/jjap.43.6479
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发表时间：
2004
影响因子：
1.5
通讯作者：
Shiro Nakamura
中科院分区：
文献类型：
--
作者：
Y. Makita;T. Nakanishi;Y. Pu;Hirofumi Tanaka;A. Maruyama;Tae Hyun Kim;C. Tsukishima;Shunji Yamamoto;Shiro Nakamura
设计了一种工业用高强度连续波微波加速器的500 MHz高频腔，并进行了功率测试。该腔由两个具有鼻锥和耦合槽的单元组成，具有约1 MV的总间隙电压。计算的Q值为37400，测量值约为计算值的93%。在65 h的调节中成功地获得了40 kW的输入功率。
The 500 MHz RF cavity of a high intensity CW microtron for industrial applications was designed, and power tests of this cavity have been carried out. The cavity is composed of two cells with nose cones and coupling slots, having a total gap voltage of about 1 MV. The calculated Q-value was 37400 and the measured value was about 93% of the calculated one. An input power of 40 kW was successfully obtained in 65 h conditioning.