Martin Mydlář, J. Vanda, M. Mureșan, P. Čech, J. Brajer, T. Mocek
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引用次数: 0

摘要

激光诱导损伤阈值(LIDT)是激光系统部件的一项重要性能。它是从受控实验中获得的统计值,并定义了最大光强,该光强不会对某些部件造成损坏。最大光强、光束脉冲长度和焦点光斑大小之间的相关性提供了样品的独特特征。有些样品需要固定装置无法达到的条件或环境,因此可以使用轻便的便携式测试装置,并配备适当的源和环境。移动LIDT站的优点是可以访问具有各种光束特性(重复率、脉冲长度等)的不同激光系统。本文研究了移动LIDT站测量的精度,并将其与固定的、符合ISO标准的LIDT站测量作为参考进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile LIDT
Laser Induced Damage Threshold (LIDT) is an important property of laser system components. It is obtained as a statistical value from controlled experiments and defines the maximum optical intensity, which does not cause damage to certain components. Correlation between maximum optical intensity, beam pulse length and focal spot size provides a unique characterization of a specimen. Some specimen requires conditions or environment unreachable in stationary setup, therefore a lighten, portable, version of testing setup may be used with proper source and surroundings. The advantage of the mobile LIDT station is access to different laser systems with variety of beam properties (repetition rate, pulse length, etc). In following paper were investigated accuracy of measurements done by the mobile LIDT station and copared to stationary, ISO compliant LIDT station measurements as reference.
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