Proposing the gyro-peniotron with its operation analysis

This paper proposes the gyro-peniotron which is promising as a new high power millimeter-wave source, and reports the results of analysis of this tube using some computer simulations. The analysis assumes two operating conditions
\omega_{0}\cong\omega_{C}
and
\omega_{0} \cong 3\omega_{C}
for the 35 GHz gyro-peniotron in the TE
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cavity mode. High efficiency 63% is obtained at beam voltage 80 kV and magnetic flux density 13 kgauss in the case of
\omega_{0}\cong3\omega_{C}
and also 48% at beam voltage 60 kV and magnetic flux density 4.425 kgauss in the case of
\omega_{0}\cong3\omega_{C}
indicating that this tube will be potentially a high efficiency, high power tube.