Photonic-band-gap (PBG) and metamaterial RF-structures for high power millimeter and THz wave electron beam devices

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• 来源
  《International Conference on Infrared, Millimeter, and Terahertz Waves》|2014年|1-2|共2页
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• 作者

  Shin Y.M.; Palm A.; Zhu X.;

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  cavity resonators; electron beams; klystrons; microwave metamaterials; millimetre wave devices; network analysers; photonic band gap; submillimetre wave devices; waveguides; Ka-band PBG-waveguide; MM cavities; PBG slabs; PBG-cavities; Q-factor; S-band fishnet cavity structures; S-band klystron; THz sources; THz wave electron beam devices; corrugated channel; field gradient; fishnet apertures; fishnet-embedded cavity; insertion loss; metamaterial RF-structures; metamaterial cavities; microwave test bench-8510C network analyzer; millimeter sources; millimeter wave electron beam devices; monoenergetic radiation; multicell cavity resonator; nonPBG modes; photonic band gap; pillbox-cavities; power 5.5 MW; Arrayed waveguide gratings; Cavity resonators; Electron beams; Klystrons; Radio frequency;

  机译：谐振腔;电子束;速调管;微波超材料;毫米波器件;网络分析仪;光子带隙;亚毫米波器件;波导; Ka波段PBG波导; MM腔; PBG平板; PBG腔; Q因子; S波段鱼网腔结构; S波段速调管;太赫兹源;太赫兹波电子束设备;波纹通道;场梯度;鱼网孔径;鱼网嵌入腔;插入损耗;超材料射频结构;超材料腔;微波测试台-8510C网络分析仪;毫米波源;毫米波电子束设备;单能辐射;多单元腔谐振器;非PBG模式;光子带隙;药盒腔;功率5.5 MW;阵列波导光栅;腔谐振器;电子束;速调管;射频;