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Experimental Investigations on a 500GHz Continuously Frequency-Tunable Gyrotron
IEEE Electron Device Letters ( IF 4.9 ) Pub Date : 2021-06-25 , DOI: 10.1109/led.2021.3092379 Tao Song , Xu Qi , Zheng Yan , Peisheng Liang , Chen Zhang , Jie Huang , Wei Wang , Kaichun Zhang , Min Hu , Zhenhua Wu , Tao Zhao , Diwei Liu
IEEE Electron Device Letters ( IF 4.9 ) Pub Date : 2021-06-25 , DOI: 10.1109/led.2021.3092379 Tao Song , Xu Qi , Zheng Yan , Peisheng Liang , Chen Zhang , Jie Huang , Wei Wang , Kaichun Zhang , Min Hu , Zhenhua Wu , Tao Zhao , Diwei Liu
A 500 GHz TE
85 mode continuously frequency-tunable gyrotron has been designed, fabricated and investigated experimentally. In the experiment, the gyrotron operates at the second cyclotron harmonic stably. The operating frequency is tuned by means of adjusting the operating magnetic field or the beam energy. The variation of the output power is also investigated. It is found that when the operating magnetic field is changed, the frequency-tuning range is much bigger than that when the beam energy is changed.
中文翻译：
500GHz 连续调频回旋管的实验研究
已经设计、制造和实验研究了500 GHz TE 85模式连续频率可调回旋管。实验中，回旋管稳定工作在二次回旋谐波。通过调整工作磁场或光束能量来调谐工作频率。还研究了输出功率的变化。发现当工作磁场改变时，频率调谐范围比光束能量改变时大得多。
更新日期：2021-07-27
中文翻译：
500GHz 连续调频回旋管的实验研究
已经设计、制造和实验研究了500 GHz TE 85模式连续频率可调回旋管。实验中，回旋管稳定工作在二次回旋谐波。通过调整工作磁场或光束能量来调谐工作频率。还研究了输出功率的变化。发现当工作磁场改变时，频率调谐范围比光束能量改变时大得多。
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