衍射辐射振荡器中的Klinotron效应

V. Kurin, M. Demchenko, Y. Senkevich
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引用次数: 0

摘要

对实验数据的分析表明,衍射辐射振荡器(DRO’s)中的回旋效应总是相关联的。它会对DRO的输出功率产生非常显著的影响。回旋效应总是对光束与高频场相互作用的强度有负或正的影响。利用偏转电极或分散斜面进入DRO相互作用空间的电子束,可以减小启动电流和磁聚焦场,提高DRO的输出功率和效率。
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Klinotron effect in Diffraction Radiation Oscillator
The analysis of experimental data has shown that, the klinotron effects in DRO's (diffraction radiation oscillator) always are associated. It can have a very significant effect on the output power of the DRO. The klinotron effects always have a negative or a positive impact on the strength of the beam interaction with a high-frequency field. The use of deflecting electrodes or disperse bevels for entering the electron beam in the interaction space of DRO allows to reduce starting current and magnetic focusing field, increase output power and efficiency of DRO.
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