大功率激光系统中的自动对准技术

Xin Zhang, W. Dai, Yuanchen Wang, Bo Lian, Ying Yang, Q. Yuan, X. Deng, Junpu Zhao, Wei Zhou
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引用次数: 1

摘要

高功率固体激光系统的体积越来越大,能量越来越高,为保证激光系统的安全运行和提高射击成功率,对光束自动对准的速度和精度提出了更高的要求。以SGIII型激光设备为例,介绍了大型激光系统自动对准的基本原理。基于数字图像处理技术的自动对准,利用成像的七级空间滤波针孔作为反馈来工作。实际应用表明,SGIII设施空腔镜自动对准系统可以在210秒内完成4束的对准工作,6束的对准工作不超过270秒。对准精度由8%孔径提高到2.5%孔径。自动对准使激光系统快速、安全运行成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic alignment technology in high power laser system
The high power solid laser system is becoming larger and higher energy that requires the beam automatic alignment faster and higher precision to ensure safety running of laser system and increase the shooting success rate. This paper take SGIII laser facility for instance, introduce the basic principle of automatic alignment of large laser system. The automatic alignment based on digital image processing technology which use the imaging of seven-classes spatial filter pinholes for feedback to working. Practical application indicates that automatic alignment system of cavity mirror in SGIII facility can finish the work in 210 seconds of four bundles and will not exceed 270 seconds of all six bundles. The alignment precision promoted to 2.5% aperture from 8% aperture. The automatic alignment makes it possible for fast and safety running of lager laser system.
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