大功率激光系统中会聚散光焦斑吸收器的设计

Tianran Zheng, F. Wang, Den'en Wang, X. Sun, Hong-jie Liu, Liangming Chen, D. Hu
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引用次数: 1

摘要

在大功率固体激光设备中,杂散光会对光学玻璃和金属结构造成较大的损伤,影响主激光的传输和设备内环境的清洁度。另一方面,杂散也会形成主激光脉冲的噪声信号,影响输出质量。平行杂散光和发散杂散光的控制和吸收已有成熟的解决方案[2]。然而,对于聚光杂散光在其焦斑附近的吸收,目前还没有可靠的解决方案。提出了一种采用多种材料和小角度光锥的吸收器设计方案。该设计可实现对杂散光焦斑的有效吸收,峰值通量可达40J/cm2。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing of converging stray light focal spot absorber in high power laser system
In high power solid-state laser facilities, stray lights may do great damage to optical glass and metal structure and affect the transmission of the main laser and the environment cleanliness inside the facility. On the other hand, the stray may also form noise signal of the main laser pulse and affect the output quality. There are mature solutions for the controlling and absorption of parallel and divergent stray light[2]. However there are no reliable solution for the absorption of the converging stray light near its focal spot. An absorber design are proposed using multiple materials and small angle light cone. And this design can realize effective absorption of the stray light focal spot with the peak fluence up to 40J/cm2.
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