Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Deng Guangsheng is active.

Publication


Featured researches published by Deng Guangsheng.


ieee international symposium on microwave, antenna, propagation and emc technologies for wireless communications | 2007

A New Type of Multi-Beam Slow-Wave Structure of Millimeter Wave Traveling Wave Tube

Li Zelun; Lv Guoqiang; Deng Shanxil; Huang Youjun; Deng Guangsheng

A new type of multi-beam slow-wave structure used in millimeter wave band was presented in this paper. The characteristics of the slow-wave circuit were analyzed and the equivalent circuit was obtained. Using numerical simulation software, the model of slow-wave structure was established, meanwhile, frequency dispersion and coupling impedance were simulated. The results of numerical simulation show that the type of multi-beam slow-wave structure has the characteristics of good dispersion, high coupling impedance and high effective interaction, so it can be widely used in millimeter wave traveling wave tube with high power.


ieee international symposium on microwave, antenna, propagation and emc technologies for wireless communications | 2007

Simulation of Beam-Wave Interaction for Millimeter Wave Coupled-Cavity Traveling Wave Tube Using PIC

Li Zelun; Lv Guoqiang; Deng Shanxil; Huang Youjun; Deng Guangsheng

A method of particle-in-cell (PIC) has been introduced to simulate beam-wave interaction of millimeter wave coupled-cavity traveling wave tube (TWT). The principle of PIC was analyzed theoretically. Both the move track of particles of electron beam and the change of electric field were simulated before and after beam-wave interaction with our self-designed PIC software. The simulation results show that dynamic beam-wave interaction of millimeter wave TWT can be expressed accurately using PIC, which may provide guidance for the research of beam-wave interaction of TWT.


Archive | 2013

Two-stage serial-connection terahertz slow wave structure

Yang Jun; Li Haoguang; Deng Guangsheng; Ruan Jiufu; Yin Zhiping; Dong Biliang; Yang Lulu; Cai Fei; Lv Guoqiang


Archive | 2016

Method for preparing micro coaxial metal structure on metal substrate

Ruan Jiufu; Zhang Chen; Song Zhe; Dong Yunqi; Deng Guangsheng; Yang Jun


Archive | 2015

Method for preparing all-metal microstructure by combining deep ion reaction etching and rolling

Yang Jun; Yang Lulu; Ruan Jiufu; Qiu Longzhen; Deng Guangsheng


Archive | 2015

Phase shifter based on graphene planar plasma artificial structure

Deng Guangsheng; Ruan Jiufu; Yang Jun; Yin Zhiping; Kan Yanbei; Huang Xiaoling; Sang Lei; Cai Fei


Archive | 2013

Microwave imaging method based on direction dimension random power modulation

Yin Zhiping; Yang Jun; Li Chuan; Cai Fei; Ruan Jiufu; Deng Guangsheng


Archive | 2017

Preparation method of monodisperse magnetic nano material capable of enhancing performance of terahertz and infrared optical devices

Lai Wei'en; Zhang Qian; Yang Jun; Ruan Jiufu; Deng Guangsheng; Sang Lei; Yin Zhiping


Archive | 2017

Liquid crystal phase shift unit for reflected adjustable phase shifter

Yang Jun; Xia Tianyu; Yang Yang; Yin Zhiping; Deng Guangsheng; Lu Hongbo


Archive | 2017

Graphene electrode-based reflecting liquid crystal phase shift unit

Deng Guangsheng; Cai Chenggang; Yang Jun; Yin Zhiping; Lu Hongbo; Xia Tianyu; Jing Shuaicheng

Collaboration


Dive into the Deng Guangsheng's collaboration.

Top Co-Authors

Avatar

Lv Guoqiang

Hefei University of Technology

View shared research outputs
Top Co-Authors

Avatar

Deng Shanxil

Hefei University of Technology

View shared research outputs
Top Co-Authors

Avatar
Top Co-Authors

Avatar

Li Zelun

Hefei University of Technology

View shared research outputs
Top Co-Authors

Avatar

Sang Lei

Hefei University of Technology

View shared research outputs
Researchain Logo
Decentralizing Knowledge