16. To increase the electron beam energy for experiment, the symmetrical configuration of optical klystron is shifted to nonsymmetrical configuration.
为提高实验用电子束能量，将原光学速调管的对称结构改造为不对称结构。
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17. In this paper, a new high power and wideband amplifier with permanent periodic magnet (PPM) focusing is presented. It consists of klystron and FEM.
提出了一种新的高功率宽带放大器，它由速调管和自由电子脉塞组成，用永久周期磁铁聚焦。
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18. The gain and efficiency improvement of free electron laser by an optical klystron configuration has been studied by one dimensional single-particle model.
采用一维单粒子模型对光学速调管结构目由电子激光器增益和效率的提高进行了研究。
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19. The characteristic and application conditions of three-phase ac intelligent thyristor power module (ITPM) and load characteristic of klystron are presented.
简要叙述了三相交流晶闸管智能模块(ITPM)的性能特点、应用情况以及速调管的负载特性。
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20. The effect of the parameters of multibeam klystron on the operating bandwidth and output power has also bean studied, and the power limitation is given in this paper.
研究了多注速调管参数对工作带宽和输出功率的影响。给出了多注速调管的功率限制。
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21. Two kinds of PAD, based on analog and digital I/Q demodulator respectively, have been constructed and tested in both laboratory and the klystron gallery of BEPCII linac.
基于模拟和数字I／Q解调器，构建了两种PAD，并分别在实验室和速调管长廊进行了测试。
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22. Based upon the design for the cooling system of a certain radar transmitter, the paper proposes a design method of water cooling system for a high power klystron transmitter.
本文根据某雷达发射机冷却系统的设计。介绍了大功率速调管发射机水冷系统的设计方法。
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23. A new method (field analysis method) is presented to calculate gap-impedance in a klystron output circuit based on the analysis of the electromagnetic field components and microwave circuit theory.
24. A new method (field analysis method) is presented to calculate gap-impedance in a klystron output circuit based on the analysis of the electromagnetic field components and microwave circuit theory.
