摘要
利用氟化氢作为化学激光器的激发气体是第一代化学激光器的基本原理,其应用的范围较广。文章利用试验和研究结论,分析了利用TRIP技术对混合气体进行干扰而提高增益的基本理论。
The use of hydrogen fluoride chemical laser as the excitation gas is the first generation of the basic principles of chemical lasers, and its wide range of applications.Thls paper use experimental and rcsearch＇s findingsIn this paper, experimental and research findings, analysis of the Analysis of the using TRIP technology on the mixed gas interference and increasing the gain of basic theory.gas mixture using TRIP interference technology to gain and improve the basic theory.
出处
《企业技术开发》
2011年第11期100-101,共2页
Technological Development of Enterprise
关键词
氟化氢激光器
工作原理
TRIP技术
hydrogen fluoride iaser
working principle
TRIP technology
