摘要
通过采用各向异性聚焦及电四极透镜技术,设计出物理弥散达到0.38ps,边缘空间分辨力达到56lp/mm的新型条纹变像管。研制出对条纹相机高压输出、环境监测、扫描档位切换和相机工作方式选择的模块化程控系统。利用Nd:YLF(脉冲宽度8ps、波长263nm)脉冲激光器对相机的性能指标进行了标定,测得静态和动态空间分辨力分别为35lp/mm和25lp/mm,动态范围达到950∶1,时间分辨力达到8ps,在扫描和狭缝方向可实现独立变倍和KB显微镜耦合,便于对目标的空间分辨力进行灵活配置。
Anisotropic focus electrodes and electric quadrupole lenses have been used to make a novel streak tube, whose physical temporal dispersion and edge spatial resolution are 0.38 ps and 56 lp/mm respectively. A modular remote-controllable system has been designed to control high voltage supply, environmental monitoring, deflection voltage switch and camera work mode. The Nd： YLF 8 ps pulsed laser was used to calibrate the performance index of the streak camera. The streak static and dy namic spatial resolution are 35 lp/mm and 25 lp/mm respectively. The dynamic range more than 950 ： 1 and time resolution of 8 ps are reached. Furthermore, the magnifications in slit and scanning direction can be adjusted respectively. When the camera is coupled with KB microscope, it is convenient to select amplification needed.
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
2012年第10期2405-2410,共6页
High Power Laser and Particle Beams
基金
国家自然科学青年基金项目(60901036)
国家自然科学面上基金项目(60777027)
中国科学院创新实验室基金项目(CXJJ-10-S13)
关键词
条纹变像管
模块化
远程控制
调制传递函数
各向异性聚焦
streak tube
modularization
remote control
modulation transfer function
anisotropic focus
