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Airborne wavemeter validation and calibration

机译:机载波动验证和校准

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This paper outlines a continuing effort to validate and verify the performance of an airborne autonomous wavemeter for tuning solid state lasers to a desired wavelength. The application is measuring the vertical profiles of atmospheric water vapor using a differential absorption lidar (DIAL) technique. Improved wavemeter performance data for varying ambient temperatures are presented. This resulted when the electronic grounding and shielding were improved. The results with short pulse duration lasers are also included. These lasers show that similar performance could be obtained with lasers operating in the continuous and the pulsed domains.
机译:本文概述了持续的努力来验证和验证用于调谐固态激光至所需波长的机载自动波长的性能。应用是使用差动吸收延迟(拨号)技术测量大气水蒸气的垂直轮廓。提出了改进的波形性能数据,用于改变环境温度。这导致了电子接地和屏蔽得到改善。还包括短脉冲持续时间激光器的结果。这些激光器表明,通过在连续和脉冲结构域操作的激光器可以获得类似的性能。

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