Guo He-Zhong, Chen Zeng-Gui, Zhang Shi-Chang, Wu De-Shun. THE STUDY OF A H02 MODE GYROMONOTRON OPERATING AT THE SECOND HARMONIC OF THE CYCLOTRON FREOUENCY[J]. Journal of Electronics & Information Technology, 1982, 4(4): 258-263.
Citation:
Guo He-Zhong, Chen Zeng-Gui, Zhang Shi-Chang, Wu De-Shun. THE STUDY OF A H02 MODE GYROMONOTRON OPERATING AT THE SECOND HARMONIC OF THE CYCLOTRON FREOUENCY[J]. Journal of Electronics & Information Technology, 1982, 4(4): 258-263.
Guo He-Zhong, Chen Zeng-Gui, Zhang Shi-Chang, Wu De-Shun. THE STUDY OF A H02 MODE GYROMONOTRON OPERATING AT THE SECOND HARMONIC OF THE CYCLOTRON FREOUENCY[J]. Journal of Electronics & Information Technology, 1982, 4(4): 258-263.
Citation:
Guo He-Zhong, Chen Zeng-Gui, Zhang Shi-Chang, Wu De-Shun. THE STUDY OF A H02 MODE GYROMONOTRON OPERATING AT THE SECOND HARMONIC OF THE CYCLOTRON FREOUENCY[J]. Journal of Electronics & Information Technology, 1982, 4(4): 258-263.
Preliminary results of an 8 mm band H02 mode gyromonotron operating at the second harmonic of the cyclotron frequency are presented. The device can produce a pulse power about 30 kW. The physical mechanism of the harmonie operation is discus-sed and the mode control measures are also described.
Н.И.Заутзев, Радиотехника и Электронника, 19(1974), 782.[2]V. Ye. Zapevalov et al., Radio Engineering and Electronic Physics, 22(1977), 86.[5]P. Sprangle and A. Drobot, IEEE Trans. on MTT, MTT-25(1977), 528.[6]陈增圭,用于Gyrotron的开放式谐振腔的设计,中国科学院电子学研究所内部报告,1980年(即将在本刊发表).[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年1月.[8]E. Harris, Introduction to Modern Theoretical Physics, vol. 2, Chap. 18, p. 518. John Wiley sons, Inc. 1975.
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