摘要
基于原型装置的光路设计，确定了采用半波片和偏振片实现对预放系统输出能量的精密控制的方案，并对该方案进行了流程设计和系统集成。通过实验验证了该方案的可靠性，实验结果显示：该方案可对预放系统的静态能量和发射输出能量进行有效的控制；可在30s内将系统静态能量控制在3％以内，可在1～2发内使预放发射的输出能量的偏差迅速降到5Voo以内，且能量输出的结果有较好的重复性。
Based on the optical configuration of laser facility prototype, a precise energy control program of preamplifier system using half-plate and polarizer was fixed. The flow of the program was designed and applied to the system successfully. The program＇s reliability was tested by experiments. The results show that the static energy and the shot energy can be precisely controlled with the program, the static energy deviation can be reduced to 3% in 30 s, the shot energy deviation can be reduced to 5% in 1-2 shots and it can be also stable in a long time.
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
2009年第9期1335-1338,共4页
High Power Laser and Particle Beams
基金
国家高技术发展计划项目
关键词
能量平衡
预放系统
流程设计
半波片
偏振片
energy balance
preamplifier system
flow design
half-plate
polarizer
