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In the present paper the single mode time independent nonlinear analysis of a second harmonic gyroklystron amplifier has been carried out for its beam-wave interaction behavior study. An experimental two-cavity 35GHz gyroklystron amplifier reported in the literature had used to validate the developed analytical approach. The beam-wave interaction behavior and performance evaluation studies of the...
The multimode beam wave interaction behavior in a three-cavity, W-band gyroklystron amplifier is studied using nonlinear, time-dependent, multimode analysis. The gyroklystron amplifier operates in the fundamental harmonic, higher order TE021 mode. The presented theory is used to study the concept of mode competition. A peak output power of around 330 kW at 93.2 GHz, an electronic efficiency of 25%,...
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