1、团队自主设计并制作的高频结构及电子枪：

2、团队自主研制的太赫兹频段的回旋管：

3、近几年团队师生发表在国内外期刊的部分文章：

[1] Q. X. Zhao, Sh. Yu, T. Zh. Zhang, et al. Investigation with the influence of electron beam quality on the operation in 0.42 THz second harmonic gyrotron [J]. IEEE Trans Plasma Sci, 2016, 44(5):749-754.

[2] Q. X. Zhao, Sh. Yu, T. Zh. Zhang, et al. The nonlinear designs and experiments on 0.42 THz gyrotron with complex cavity [J]. IEEE Trans Electron Devices, 2017,64(2):564-570.

[3] T. Zh. Zhang, Q. X. Zhao, Sh. Yu, et al. The nonlinear simulation, design and experiment on 0.42 THz gyrotron with gradually tapered complex cavity [J]. Vacuum, 2016, 125(4):84-92.

[4] Q. X. Zhao, Sh. Yu, T. Zh. Zhang, et al. The observation on mode competition in the experiments of a 0.42 THz, TE17.4 second harmonic gyrotron with complex cavity [J]. IEEE Trans Electron Devices, 2017, 64(11): 4700-4705.

[5] Q. X. Zhao, Sh. Yu, T. Zh. Zhang, et al. Startup and mode competition in a 420 GHz gyrotron [J]. Physics of Plasma, 2017.24(9):093102.

[6] Zhipeng Wang,Sheng Yu,Tianzhong Zhang.Investigation of the Effect of Electron Beam Quality on a 0.68-THz Second Harmonic Gyrotron [J].IEEE Transaction on plasma science,2019.

[7] Zhipeng Wang,Sheng Yu.The Nonlinear Design and Experiment of a 0.68-THz Second Harmonic Gyrotron[J].IEEE Transaction on plasma science,2020.

[8] Zhipeng Wang,Yu Sheng,Rutai Chen.Study of the beam-wave interaction of a 0.34-THz confocal waveguide gyro-TWT with confocal beam[J].AIP advances ,2020.

[9] 王志鹏,张天钟,陈儒泰,等.同轴内外开槽谐振腔磁波模式的特征根研究[J].真空电子技术,2018.

[10] 黄文晋，王志鹏,张天钟,等.0.65 THz回旋管双阳极电子枪的模拟与设计[J].真空电子技术,2018.