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Feng Jianhui, Zhu Jiaqing, Liu Shengguang, Jiang Mengrui. Analysis of feasibility of a FEL operation by radiation from relativistic electrons channeled tal in a crystal slab[J]. LASER TECHNOLOGY, 2000, 24(1): 55-58.
Citation: Feng Jianhui, Zhu Jiaqing, Liu Shengguang, Jiang Mengrui. Analysis of feasibility of a FEL operation by radiation from relativistic electrons channeled tal in a crystal slab[J]. LASER TECHNOLOGY, 2000, 24(1): 55-58.

Analysis of feasibility of a FEL operation by radiation from relativistic electrons channeled tal in a crystal slab

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  • Received Date: October 04, 1998
  • Revised Date: January 03, 1999
  • Published Date: January 24, 2000
  • In this paper, we study the single-particel trajectories and stable condition of relativistic electrons in a crystal slab, using the continum model proposed by Gemmell D.S. The angular spectrum of spontaneous emission from relativistic electrons in a crystal is derived, and the result shows that the coherent radiation from relativistic electrons channeled in a crystal is possible.
  • [1]
    Billardon M, Elleaume P, Ortega J M et al.IEEE J Q E,1985;QE21:805
    [2]
    Batchelor K,Ben-Zvi I,Fernow R et al.Nucl lnstrum & Methods in Phys Res,1990;A296:239
    [3]
    Paulson P K.Nucl lnstrum & Methods in Phys Res,1990;A296:624
    [4]
    祝家清,刘延申,冯建辉et al.激光杂志,1995;16:224
    [5]
    祝家清,甘仲惟,余南山et al.激光技术,1995;19:91
    [6]
    Alguard M J,Swent R L,Pantell R Het al.Phys Rev Lett,1979;42:1148
    [7]
    祝家清.自由电子激光引论.武汉:湖北教育出版社,1994:256
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