极端条件下物质升级(MEC-U)激光系统设计中的光学损伤考虑因素

Laser Damage Pub Date : 2023-11-24 DOI:10.1117/12.2685218
Steven T. Yang, Michael R. Greenberg, Eric Cunningham, Mikael D. Martinez, R. Negres, T. Spinka, Stavros G. Demos, Amy L. Rigatti
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引用次数: 0

摘要

极端条件下的物质升级(MEC-U)项目是对位于 SLAC 国家加速器实验室的 LINAC 相干光源(LCLS)X 射线自由电子激光(XFEL)用户设施的 MEC 仪器进行的一次重大升级。设想中的 MEC 升级将显著提高当前 MEC 实验站中泵浦激光源的能力,将纳秒冲击驱动器的能量从 100 J 提高到 kJ 水平,并将短脉冲激光器的功率和重复频率从 25 TW、5 Hz 提高到 1 PW、10 Hz。建立这样的高能量/高功率泵浦激光系统为最大限度地减少和减轻激光引起的光学损伤带来了挑战。作为系统设计的一部分,我们已经确定了高损坏风险的光学器件,并设计了激光系统来降低这些损坏风险,以确保设施的持续运行。
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Optical damage considerations in the design of the matter in extreme condition upgrade (MEC-U) laser systems
The Matter in Extreme Conditions Upgrade (MEC-U) project is a major upgrade to the MEC instrument of the LINAC Coherent Light Source (LCLS) X-ray free electron laser (XFEL) user facility at SLAC National Accelerator Laboratory. The envisioned MEC upgrade will significantly enhance the capabilities of the pump laser sources in current MEC experimental station, boosting the energy of the nanosecond shock driver from 100 J to the kJ level, and increasing the power and repetition rate of the short pulse laser from 25 TW at 5 Hz to 1 PW at 10 Hz rate. Building such high energy/power pump laser systems presents challenges to minimize and mitigate against laser-induced optical damage. As part of the system design, we have identified the optics at high-risk to damage and we have designed the laser systems to mitigate against these damage risks to ensure sustained facility operation.
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