Study of a High-Power Single-Anode Magnetron Injection Gun with Low Axial Velocity Spread

Barker R J, Schamiloglu E. High-power Microwave Sources and Technologies. New York, IEEE Press, 2001: 155-196.[2]Lawson Wes, Specht Vicki. Design comparison of single-anode and double-anode 300-MW magnetron injection gun[J].IEEE Trans. on Electron Devices.1993, 40(7):1322-1328[3]Baird J M, Lawson Wes. Magnetron injection gun (MIG) design for gyrotron applications[J].Int. J. Electronics.1986, 61(6):953-967[4]Nguyen K T, Danly B G, et al.. Electron gun and collector design for 94-GHz gyro-amplifiers[J].IEEE Trans. on Plasma Sci.1998, 26(3):799-813[5]Lee S H, Choi J J, Han W K, Baek S W. An iron-free magnetron-injection-gun for a 28GHz, 200kW gyroklystron amplifier[J].Int. J. Infra. and MM Waves.1999, 20(12):2011-2022[6]Yi Sheng Yeh, Ming Hsiung Tsao, Han Ying Chen and Tsun-Hsu Chang. Improved computer program for magnetron injection gun design[J].Int. J. Infra. And MM waves.2000, 21(9):1397-1415[7]Jin J Choi. Design of a temperature limited single-anode magnetron injection gun[J].Int. J. Infra. and MM Waves.1999, 20(2):239-252[8]刘本田. 新型高效率二次谐波宽带可调复合互作用回旋管[J].电子与信息学报.2006, 28(4):760-764浏览[9]Herrmannsfeldt W B. Electron trajectory program. Standford Linear Accelerator Center Report SLAC-226, 1979.