High Harmonic Emission from Slotted rectangular gyrotron oscillators

P. Vitello, C. Menyuk
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Abstract

Start oscillation conditions are considered for rectangular slotted gyrotron cavities. It is found that the addition of slots to a cavity lowers the required beam power for oscillation at high harmonics and can lead to a decrease of the start oscillation beam power as the harmonic number is increased. Previous gyrotron cavity designs have consistently shown the start oscillation beam power increasing with harmonic number. Slotted devices thus appear potentially attractive as a means of achieving millimeter wave emission.
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考虑了矩形狭缝回旋管腔的启动振荡条件。研究发现,在谐振腔中增加槽可以降低高次振荡所需的光束功率,并且随着谐波数的增加,可以导致开始振荡的光束功率降低。以往的回旋管腔设计一致表明,起始振荡光束功率随着谐波数的增加而增加。因此,开槽器件作为实现毫米波发射的一种手段似乎具有潜在的吸引力。
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