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引用次数: 7

摘要

建立了行波回旋子的运动学理论,并在此基础上研究了行波回旋子在先前的直线相对论电子束(REB)与波导的EH/sub - 11/和HE/sub - 11/波相互作用下的运动。结果表明,具有REB的TWG具有与初始相位无关的相同机制,以及共振回旋子,可以预测器件的高效率,接近100%。结果表明,宽REB的TWG中非轴向电子与EH/sub - 11/和HE/sub - 11/波的相互作用具有联合切伦科夫型回旋管,这是由于宽REB的TWG效率远高于共振回旋管。
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Traveling wave gyroton with double mode operations
The kinematics theory is formulated and the traveling wave gyroton (TWG) is investigated on its basis at interaction previously rectilinear relativistic electrons beam (REB) with the EH/sub 11/ and HE/sub 11/ waves of goffered waveguide. It is shown, that TWG with REB has the same mechanism independent of an initial phase, as well as a resonance gyroton, that allows to predict high EFFICIENCY of the device which is coming nearer to 100%. It is revealed, that non-axial electrons of the wide REB in TWG have a combined Cherenkov-type gyrotrons of interaction with EH/sub 11/ and HE/sub 11/ waves, due to what the TWG EFFICIENCY with wide REB is much higher than in resonance gyrotons.
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