摘要
分析了高功率固体激光能源系统新型放电回路中引燃管的自闪原因,提出引燃管同轴安装结构,利用同轴结构的负反馈作用,把放电电流控制在引燃管中央;同时利用同轴结构的电场屏蔽作用,进一步减少水银在管壁的凝结。在4×2×3片状放大器2000发次的运行中,引燃管没有发生自闪现象。
This paper analyzes the mechanism that ignitron prefires when it is used in new discharge circuit of power conditioning system for high power laser. The performance of ignitron is improved with a coaxial structure. The coaxial structure not only controls discharge current flowing through the center of ignitron but also shields the electric field produced by the ignitron. The ignitrons have successfully run over 2 000 shots in 4×2×3 amplifier system without prefire.
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
2004年第5期633-635,共3页
High Power Laser and Particle Beams
基金
国家863计划项目资助课题
关键词
高功率激光
能源系统
引燃管
自闪
同轴结构
High power laser
Power conditioning system
Iignitron
Prefire
Coaxial structure
