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首页> 外文期刊>Instrumentation science & technology: Designs and applications for chemistry, biotechnology, and environmental science >Field identification and spatial determination of hazardous chemicals by Fourier transform infrared imaging
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Field identification and spatial determination of hazardous chemicals by Fourier transform infrared imaging

机译:傅立叶变换红外成像技术对危险化学品进行现场识别和空间确定

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摘要

A hyperspectral imaging device is reported for the remote sensing of hazardous chemical clouds. The device, which is based on Fourier transform spectrometry, displays two-dimensional images of spatially resolved spectral information delivered from a focal-plane-array detector. An algorithm for chemical-cloud detection using the spectrum obtained by the hyperspectral imaging device was also developed. In order to promptly extract results from the large quantity of spectral information, the detection algorithm included approximate and precise detection steps. The performance of the hyperspectral imaging device was characterized in the lab and in the field using the detection algorithm. The real-time distribution of a chemical cloud was successfully observed.
机译:据报道,高光谱成像设备可用于危险化学云的遥感。该设备基于傅立叶变换光谱法,显示从焦平面阵列检测器传递来的空间分辨光谱信息的二维图像。还开发了一种使用高光谱成像设备获得的光谱进行化学云探测的算法。为了及时从大量光谱信息中提取结果,检测算法包括近似和精确的检测步骤。使用检测算法在实验室和现场对高光谱成像设备的性能进行了表征。成功观察到化学云的实时分布。

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