THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON

Jiang Huabei; Sun Yan

Volume 11 Issue 6

Nov. 1989

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Jiang Huabei, Sun Yan. THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON[J]. Journal of Electronics & Information Technology, 1989, 11(6): 630-636.

Citation:

Jiang Huabei, Sun Yan. THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON[J]. Journal of Electronics & Information Technology, 1989, 11(6): 630-636.

Jiang Huabei, Sun Yan. THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON[J]. Journal of Electronics & Information Technology, 1989, 11(6): 630-636.

Citation:

Jiang Huabei, Sun Yan. THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON[J]. Journal of Electronics & Information Technology, 1989, 11(6): 630-636.

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THE LINEAR THEORY OF LARGE-ORBIT GYRO-KLYSTRON

Jiang Huabei^{①③;孙雁},
Sun Yan

Received Date: 1987-11-24
Rev Recd Date: 1988-03-25
Publish Date: 1989-11-19

Abstract

Abstract

Making use of the perturbation approach, the large-orbit gyro-klystron was investigated. The expressions of the electron bunching, the beam-wave interaction power and the gain were obtained. Furthermore, it was found that the axial motions of bunching electrons have an unneglected effect on the beam-wave interaction. Taking account of this effect, the corre spending revised expressions of the electron bunching, the beam-wave interaction power and the gain were derived out.

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References(1)

References

刘盛纲,电子学报,1981年,第1期,第20-25页.[2]刘盛纲,中国科学,1979年,第5期,第524-536页.[3]刘盛纲,中国科学,1981年,第11期,第1401-1412页.[4]刘盛纲,大自然探索,1984年,第4期,第20-42页.[5]刘盛纲,张世昌,电子科学学刊,1986年,第1期,第1-7页.[6]P. A. Lindsay, Dig. of Fourth International Symposium on Gyrotron and Free Electron Laser, Chengdu,China, 1987, p. 26.[7]A. K. Ganguly and K. R. Chu, Int. J. Electron., 21(1981), 503-520.[8]D. S. Furuno et al., Ins. J. Electron., 6(1984), 1151-1165.[9]K. R. Chu et al., IEEE Trans. on PS, PS-13(1985), 424-446.[10]K. R. Chu et al., IEEE Trans. on PS, PS-13(1985), 446-461.[11]A K. Ganguly et al., IEEE Trans on PS, PS-13(1985), 409-423.

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