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Laser Damage Threshold: Useful Idea or Dangerous Misconception?

机译:激光损伤阈值:有用的想法或危险的误解?

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The concept of a laser damage threshold as a safe operating level is both useful and confounding. This paper examines and analyzes the power of the concept of a laser damage threshold, identifying the good and the danger in its use. The history of the definition and concept of the laser damage threshold is traced from the earliest days of the laser through to the present day. Criteria for an accurate threshold measurement are presented and distribution of the weakest site on an optic is derived to provide a basis of analysis. Using a pedagogically selected defect distribution, the statistics of the weakest site are derived. The dependence of the weakest site on the area of the test is shown explicitly. It is argued that typical small area tests, characteristic of most main stream damage tests have insufficient area to include the true weakest site, and are therefore generally inaccurate. The paper concludes with some ideas on how to redefine the threshold measurement technique resulting in a more accurate test procedure.
机译:激光损伤阈值作为安全操作水平的概念既有用又有混杂。本文审查并分析了激光损伤阈值概念的力量,识别使用寿命的良好和危险。激光损伤阈值的定义和概念的历史从激光最早的日期追踪到现在。提供了准确阈值测量的标准,并推导出光学系统上最弱点的分布,以提供分析的基础。使用教学方式选择的缺陷分布,导出了最弱势站点的统计信息。最弱的网站在测试区域上的依赖性明确显示。有人认为,典型的小区域测试,大多数主流损伤测试的特征都没有足够的区域来包括真正的最弱部位,因此通常不准确。本文的结论是关于如何重新定义阈值测量技术的一些想法,导致更准确的测试程序。

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