激光微波管
THE LASERTRON
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摘要: 激光微波管(lasertron)是80年代发展的超大功率微波源,目前尚处在研究的初期阶段。本文介绍了激光微波管的基本原理,并进行了一维分析。计算模型比较简单,但已经可以看出与常规微波管不同的许多特点。数值计算结果显示出了空间电荷影响的严重性。文中最后指出研究激光微波管遇到的一些关键技术问题。
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关键词:
- 微波管; 激光微波管; 激光; 光阴板
Abstract: The lasertron is a kind of superpower microwave source, originated in1980 s. At present the lasertron is still under development. In this paper, the basic principle a introduced and one-dimensional analysis is presented. The computing model is rather simple, while the characteristics and the differences with respect to traditional microwave tubes are-figured out. From numerical results the significance of space-charge effect is emphasized. The main problems of lasertron are pointed out at the last part. -
G T.Konrad, High Power RF Klystron for Linear Acceleartor, Proc. of the 1984 Linear Accelerator Conference, Seeheim, F. R. Germany, GS1-84-11, Sept. 1984.[2]Yong-Xiang Zhao,(赵永翔), A One-Dimensional Analysis of A Laser Photo-Electron Microwave Tube, Jan. 1982; More Imformation about One-Dimensional Analysis of A Laser Beam Photo-Electron Microwave Tube, Feb. 1982; Some Microwave Structure for A Lasertron, Mar. 1982. (Internal Technical Notes in SLAC, limited distribution.)[3]M. Yashioka et al., Laser-Triggered RF Sources for Linacs in TeV Region, Proc. of the 1984 Linear Accelerator Conference, Seeheim, F. R. Germany, GS1-84-11, Sept. 1964, p. 469.[4]E. L. Garwin et al., IEEE Trans. on NS, NS-32(1985), 2906.[5]Y. Fukushima et al., IEEE Trans. on NS, NS-32(1985), 2831.[6]C. H. Lec et al., IEE Trans. on NS, NS-32(1985), 3045. -
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