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首页> 外文期刊>Radiophysics and quantum electronics >STUDY OF ACTIVE MICROWAVE COMPRESSORS EXCITED BY MAGNICON RADIATION AT A FREQUENCY OF 11.4 GHz
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STUDY OF ACTIVE MICROWAVE COMPRESSORS EXCITED BY MAGNICON RADIATION AT A FREQUENCY OF 11.4 GHz

机译:频率为11.4 GHz的磁辐射激发的有源微波压缩机的研究

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摘要

We present the results of a study of single-channel and two-channel compressors of microwave pulses, operated at a frequency of 11.4 GHz, in which a high-Q factor storing resonator and a novel plasma switch are used. In the single-channel compressor excited by magnicon radiation at a frequency 11.4 GHz, 24-MW pulses have been obtained for a compression ratio equal to 8. In the two-channel compressor, coherent composition of pulses with the use of a 3-dB directional coupler has been demonstrated. Compressed pulses with powers of 9 to 11 MW and durations of 50 to 60 ns have been obtained at the incident-power level 1-1.5 MW, which corresponded to the compression ratio k = 8-9.3.
机译:我们介绍了在11.4 GHz频率下运行的微波脉冲单通道和双通道压缩器的研究结果,其中使用了高Q因子存储谐振器和新型等离子体开关。在由11.4 GHz频率的磁子辐射激发的单通道压缩机中,已获得24 MW脉冲,压缩比等于8。在双通道压缩机中,使用3-dB的脉冲是相干成分定向耦合器已被证明。在入射功率为1-1.5 MW的情况下,已获得功率为9到11 MW,持续时间为50到60 ns的压缩脉冲,这对应于压缩比k = 8-9.3。

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