Investigation of Dispersion and Harmonic Suppression in Helix TWTs with Studded Slow-Wave-Structure

机译：螺线慢波结构螺旋小波管中色散和谐波抑制的研究

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How to make the helix TWTs with wide bandwidth, higher fundamental wave power output, lower harmonic power output, high efficiency and small size is the aim of TWT researches and developments now. This paper describes the simulation results for TWT with different dielectric loading and the helix pitch change. The results show that dielectric shape and pitch change could make TWT wider bandwidth and reduce harmonic power output.

机译：如何使螺旋TWT具有较宽的带宽，更高的基波功率输出，更低的谐波功率输出，更高的效率和更小的尺寸是目前TWT研究和开发的目标。本文描述了在不同介电载荷和螺旋螺距变化的情况下，TWT的仿真结果。结果表明，电介质形状和螺距的变化可以使TWT的带宽更宽，并降低谐波功率输出。

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《Microwave, Antenna, Propagation and EMC Technologies for Wireless Communications, 2007 International Symposium on》||P.427-430|共4页
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Hu Minghui; Liao Fujiang; Ma Shaoyun; Zhang Jian; Huang Fujing Li Fa; Li Wei; Shi Ming; Meng Lingtu; Su Dexin;
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中图分类工业技术;
关键词
dispersion (wave); harmonics suppression; slow wave structures; dielectric loading; dispersion suppression; harmonic suppression; helix TWT; helix pitch change; studded slow-wave-structure; dispersion; fundamental power output; helix TWT; second harmonic;

机译：色散（波）;谐波抑制;慢波结构;介电载荷;色散抑制;谐波抑制;螺旋TWT;螺旋螺距变化;散布的慢波结构;色散;基本功率输出;螺旋TWT;二次谐波;

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专利

1. A comparison of L-band helix TWT experiments with CHRISTINE, a 1-D multifrequency helix TWT code [J] . Abe D.K., Ngo M.T. IEEE Transactions on Plasma Science . 2000,第3期

机译：L波段螺旋TWT实验与CHRISTINE（一维多频螺旋TWT代码）的比较
2. Analysis of Dielectric Rods With Arbitrary Shape for Low-Dispersion Slow-Wave Structures in Helix TWTs [J] . Claudio Paoloni IEEE Transactions on Electron Devices . 2006,第6期

机译：螺旋TWT中低色散慢波结构任意形状的介质棒的分析
3. Nonlinear Investigation and 3-D Particle Simulation of Second-Harmonic Gyro-TWT With a Mode Selective Circuit [J] . Thottappan Muthiah, Jain Pradip Kumar Electron Devices, IEEE Transactions on . 2015,第5期

机译：具有模式选择电路的二次谐波陀螺TWT的非线性研究和3D粒子模拟
4. Investigation of Dispersion and Harmonic Suppression in Helix TWTs with Studded Slow-Wave-Structure [C] . Hu Minghui, Liao Fujiang, Ma Shaoyun, International Symposium on Microwave, Antenna, Propagation and EMC Technologies for Wireless Communications . 2007

机译：铆钉慢波结构螺旋TWTS分散和谐波抑制研究
5. Design and scaled experimental investigation of a 95 GHz slotted third-harmonic gyro-TWT amplifier. [D] . Chong, Chae Ki. 1996

机译：95 GHz开槽三谐波陀螺仪TWT放大器的设计和大规模实验研究。
6. Experimental Investigation of a Slip in High-Performance Steel-Concrete Small Box Girder with Different Combinations of Group Studs [O] . Bishnu Gupt Gautam, Yiqiang Xiang, Xiaohui Liao, 2019

机译：不同组合螺柱组合的高性能钢混凝土小箱梁滑移的试验研究
7. A comparison of L-band helix TWT experiments with CHRISTINE, a 1-D multifrequency helix TWT code [O] . D.P. Chernin, T.M. Antonsen, B. Levush, 2000

机译：L波段Helix TWT实验与Christine的比较，1-D多频螺旋TWT代码
8. Accurate Representation of Attenuation in Large-Signal Helix TWT Simulation Codes [R] . Dialetis, D., Chernin, D., Antonsen, J. T., 2008

机译：大信号Helix TWT仿真代码中衰减的精确表示

Investigation of Dispersion and Harmonic Suppression in Helix TWTs with Studded Slow-Wave-Structure

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