论文部分内容阅读
本文将介绍一种实现双模技术的新方法。该器件用了低电压实心的连续波电子注和高电压空心的脉冲电子注,它是最近为美国空军航空电子学实验室(AFAL)研制的,合同号为F33615-79-C-1863。连续波功率是由周期永磁聚焦结构内的连续波电子注的不间断工作产生的。在脉冲工作期间,用连续波电子注的空间电荷来稳定注入于实心注外围的高电压空心电子注。本文给出对不同工作参量下实心注与空心注之间,电子注与螺旋线之间,实心注——螺旋线——空心注之间的相互作用的研究结果,并讨论了诸如康夫纳(Kompfner)下沉和双注放大作用等重要物理现象,还讨论了产生同轴电子注的电子枪的最终设计。
This article describes a new way to implement dual-mode technology. The device uses a low-voltage, solid-wave continuous wave electron injection and a high-voltage hollow pulse electronic injection, recently developed for the U.S. Air Force Avionics Laboratory (AFAL) under the contract number F33615-79-C-1863. Continuous wave power is generated by the uninterrupted operation of a continuous wave electron injection in a periodic permanent magnet focusing structure. During pulsed operation, the high-voltage hollow-core electrons injected into the solid-filled periphery are stabilized by the space charge of the continuous-wave electrons. In this paper, we present the research results on the interaction between solid and hollow bets, electronic betas and spirals, solid notes - spirals and hollows under different working parameters, Kompfner) sinking and double injection amplification and other important physical phenomena, but also discussed the final design of the electron gun to produce coaxial electron injection.