Performance Analysis of a New Complex Cavity for Gyrotron

Flyagin V A, et al. The Gyrotron. IEEE Trans. on MTT, 1977,MTT-25(6): 5 14-521.[2]Granatstein V L, Levush B, Danly B G, Park R K. A quarter century of research and development[J].IEEE Trans. Plasma Sci.1997,25(6):1322-1335[3]Granatstein V L, Lawson W. Gyro-Amplifier as candidate RFdrivers for TeV linear colliders[J].IEEE Trans. Plasma Sci.1996,24(3):648-665[4]Chu K R, Dialetis D. Theory of harmonic gyrotron oscillator withslotted resonant structure[J].Int. J. lnfrared Millimeter Waves.1984,5(1):37-56[5]Jiang L. Theory for cylindrical, open ended, complex cavitiessupporting all TEo, modes: Gyrotron application. IEE Proc.-h,199 1, 138(4): 297-306.[6]Guo H, Wu D S, Liu G, Miao Y H, Qian S 2, Qin W Z. Specialcomplex open-cavity and low-magnetic-field high-powergyrotron[J].IEEE Trans. Plasma Sci.1990, 18(3):326-333[7]徐承和. 缓变参量不规则波导与开放式谐振腔的理论. 北京大学无线电系资料室, 1981.[8]Bemstein I B, Divringi L K, Smith T M. Theory of irregularwaveguides and open resonators. Int. J. lnfrared and MillimeterWaves, 1983,4(3): 57-1 17.[9]Borie E, Dumbrajs 0. Calculation of eigenmodes of taperedgyrotron resonators[J].Int. J: Electronics.1986,60(2):143-[10]Luo Jirun, et al.. Design of a rotating mode filter. 24'hInternational Conference on Infrared and Millimeter Waves,Conference Digest. Monterey, Conference Digest California,USA, Sept. 6-10, 1999: TU-FS.