Influence of Beam Equilibrium Self-fields on Linear Gain for a Free Electron Laser
YU Junsheng, LIU Shenggang
University of Electronic Science and Technology of China, Chengdu 610054
Influence of Beam Equilibrium Self-fields on Linear Gain for a Free Electron Laser
YU Junsheng;LIU Shenggang
University of Electronic Science and Technology of China, Chengdu 610054
关键词 ：
42.55.Tb ,
42.60.-v
Abstract ： The small-signal linear gain for a combined electromagnetic wiggler and an axial-guide magnetic field free electron laser is derived within the presence of beam equilibrium self-fields. The numerical results show that the gain is reduced as the self-fields increase.
Key words ：
42.55.Tb
42.60.-v
出版日期: 1991-08-01
引用本文:
YU Junsheng;LIU Shenggang. Influence of Beam Equilibrium Self-fields on Linear Gain for a Free Electron Laser[J]. 中国物理快报, 1991, 8(8): 392-395.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y1991/V8/I8/392
[1]
HUANG Kai-Kai;ZHANG Jian-Wei;CHEN Jing-Biao;YANG Dong-Hai. Reduce of the Linewidth of a Diode Laser by Locking to a High-Finesse Fabry--Perot Cavity
[2]
GENG Ai-Cong;BO Yong;BI Yong;SUN Zhi-Pei;YANG Xiao-Dong;PENG Qin-Jun;LI Hui-Qing;ZHOU Yi;LI Rui-Ning;CUI Da-Fu;XU Zu-Yan. High Beam Quality Green Generation with Output 140W Based on a Thermally-Near-Unstable Flat--Flat Resonator
[3]
SUN Zhi-Pei;LI Rui-Ning;BI Yong;YANG Xiao-Dong;BO Yong;HOU Wei;ZHANG Ying;WANG Gui-Ling;ZHAO Wu-Li;ZHANG Hong-Bo;CUI Da-Fu;XU Zu-Yan. High-Power Red Light Generation by Intra-Cavity Frequency-Doubling of a Side-Pumped Nd:YAG Laser in a LiB3 O5 Crystal
[4]
BI Yong;ZHANG Hong-Bo;SUN Zhi-Pei;BAO Zhao-Ri-Ge-Tu;LI Hui-Qing;KONG Yu-Peng;LIN Xue-Chun;WANG Gui-Ling;ZHANG Jie;HOU Wei; LI Rui-Ning;CUI Da-Fu;XU Zu-Yan;SONG Li-Wei;ZHANG Ping;CUI Jian-Feng;FAN Zhong-Wei. High-Power Blue Light Generation by External Frequency Doubling of an Optical Parametric Oscillator
[5]
BI Yong;SUN Zhi-Pei;LI Rui-Ning;ZHANG Ying;YAO Ai-Yun;LIN Xue-Chun;XU Zu-Yan;WANG Fang. Efficient Dual-LBO Second-Harmonic Generation by Using a Polarization Modulation Configuration
[6]
FAN Wei;CHEN Bai;LI Xue-Chun;CHEN Lan-Rong;CHEN Shao-He;LIN Zun-Qi. Yb3+ -Doped Non-π-Phase-Shifted Distributed Feedback
Fibre Lasers
[7]
LIN Qiang;WANG Li-Gang. Propagation of Optical Pulses and Pulsed Beams in the Frequency Domain
[8]
KONG Qing-Yu;ZHAO Li;ZHUANG Jun;QIAN Shi-Xiong;LI Yu-Fen. Fragmentation Mechanism of Fullerenes in the Positive and Negative Ion Channels
[9]
KONG Qing-Yu;ZHAO Li;ZHUANG Jun;QIAN Shi-Xiong;LI Yu-Fen;WANG Jue. Anomalous Photofragmentation of Fullerene Doped in Silica Aerogel─Enhanced Formation of Odd-Numbered “Fullerene” Fragments
[10]
KONG Qing-Yu;ZHUANG Jun;ZHAO Li;WANG Jia-Yu;QIAN Shi-Xiong;LI Yu-Fen;LI Xu;ZHONG Chao-Fan;CAI Rui-Fang;YU Yong;HOU Hui-Qic. Structural Origin of the Formation of Odd-Numbered Carbon Clusters from Fullerene Derivatives
[11]
LUO Zun-Du;CHEN Xue-Yuan;TU Chao-Yang;J. J. Romero;J. Garcia Sole. High Efficient Laser Operation of the Nd:KGd(WO4 )2 Crystal Grown by Flux Method
[12]
WANG Zhong-he;ZHANG Guang-yin. A Self-Excitation Double Pathway Relaxation Oscillational Model of Rare-Earth-Doped Laser
[13]
ZHAO Ting-jie;TU Chao-yang;LUO Zun-du. Experimental Study of Nd3+ :KGd(WO4 )2 Laser Pumped by Laser Diode
[14]
ZHU Lei;LU Jianzhong;WU Meiping;LI Yufen. Efficient Formation of Large Chain Carbon Clusters
[15]
LIU Pukun;QIAN Shangjie;TANG Changjian;LIU Shenggang. Effect of Longitudinal Momentum Spread in Ion-Ripple Laser
1991, Vol. 8 
