ZnO DOPED SODIUM SILICATE PREIONIZE N2 LASER
M. Montaser, F.Sabry*, S.A.Ibrahim
hysics Department, Faculty of Science, Monofia University, Shibin El-koam, Egypt
*Faculty of Science, Jordan Univ. of Science and Technology Irbid, Jordan
ZnO DOPED SODIUM SILICATE PREIONIZE N2 LASER
M. Montaser;F.Sabry*;S.A.Ibrahim
hysics Department, Faculty of Science, Monofia University, Shibin El-koam, Egypt
*Faculty of Science, Jordan Univ. of Science and Technology Irbid, Jordan
关键词 ：
42.60.-v
Abstract ： An experimental study of the effect of ZnO doped sodium silicate thin film, used as a semiconductive preionizer on the output energy is presented. The output energy of the nitrogen laser increased by two folds. The performance of the preionizer can be controlled to match the discharge requirements.
Key words ：
42.60.-v
出版日期: 1989-11-01
:
42.60.-v
(Laser optical systems: design and operation)
[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]
ZHU Lei;WANG Shenyi;WANG Peinan;CHEN Kaitai;LI Yufen. A Novel Metal and Nonmetal Cluster Source Produced by Laser Ablation
1989, Vol. 6 
