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Linear Theory of the Beam-Wave Interaction in the Arbitrary Cylindrical Cerenkov Device

Authors:	Haoying Wang Ziqiang Yang Zheng Liang

Affiliation:	(1) Institute of High Energy Electronics, University of Electronic Science and Technology of China, Chengdu, Sichuan, Peoples Republic of China, 610054

Abstract:	The hot dispersion equation in Cerenkov devices has been derived and analyzed numerically using the self-consistent linear theory. In principle, the linear analysis can be applied to efficiently calculating all kinds of beam-wave interaction in various Cerenkov devices composed of axisymmetric slow-wave structures (SWS) with arbitrary periodic profile. Then the results for Cerenkov devices with three typical SWS profiles are presented.

Keywords:	linear theory beam-wave interaction /content/h44835266847k578/xxlarge8220.gif" alt=" ldquo" align=" MIDDLE" BORDER=" 0" >cold /content/h44835266847k578/xxlarge8221.gif" alt=" rdquo" align=" MIDDLE" BORDER=" 0" > device /content/h44835266847k578/xxlarge8220.gif" alt=" ldquo" align=" MIDDLE" BORDER=" 0" >hot /content/h44835266847k578/xxlarge8221.gif" alt=" rdquo" align=" MIDDLE" BORDER=" 0" > device Cerenkov device
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