首页> 外文期刊>International Journal of High Speed Electronics and Systems: Devices, Integrated Circuits and Systems, Optical and Quantum Electronics >DETECTION AND IDENTIFICATION OF TOXIC CHEMICAL VAPORS IN AN OPEN-AIR ENVIRONMENT BY A DIFFERENTIAL PASSIVE LWIR STANDOFF TECHNIQUE
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DETECTION AND IDENTIFICATION OF TOXIC CHEMICAL VAPORS IN AN OPEN-AIR ENVIRONMENT BY A DIFFERENTIAL PASSIVE LWIR STANDOFF TECHNIQUE

机译:差分被动无水滞留技术在露天环境中检测和鉴定有毒化学蒸气

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摘要

In this paper, the passive standoff long wave infrared technology developed for atmospheric remote sensing was used to detect and identify chemical pollutants in the atmosphere. The measurement approach is based on the differential passive standoff detection method that has been developed by DRDC Valcartier during the past few years. The measurements were performed on real chemical warfare agents and toxic chemical vapors. The results clearly demonstrate the capability of the differential radiometry approach for the detection, identification and quantification of toxic chemical vapor clouds in an open-air environment.
机译:本文采用了为大气遥感开发的被动对峙长波红外技术来检测和识别大气中的化学污染物。该测量方法基于DRDC Valcartier在过去几年中开发的差分被动隔离检测方法。测量是在真实的化学战剂和有毒的化学蒸气上进行的。结果清楚地证明了差分辐射法在露天环境中检测,鉴定和量化有毒化学蒸气云的能力。

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