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Multifrequency Radar Imagery and Characterization of Hazardous and Noxious Substances at Sea

机译:海上危险和有毒物质的多频雷达图像及其特征

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Maritime pollution by chemical products occurs at much lower frequency than spills of oil, however the consequences of a chemical spill can be more wide-reaching than those of oil. While detection and characterization of hydrocarbons have been the subject of numerous studies, detection of other chemical products at sea using remote sensing has been little studied and is still an open subject of research. To address this knowledge gap, an experiment was conducted in May 2015 over the Mediterranean Sea during which controlled releases of hazardous and noxious substances were imaged by an airborne SAR sensor at X- and L-band simultaneously. In this paper we discuss the experimental procedure and report the main results from the airborne radar imaging campaign.
机译:通过化学产品的频率低于油的频率低于油,而且化学泄漏的后果可能比石油更宽阔。虽然烃的检测和表征是许多研究的主题,但使用遥感的海上其他化学产品的检测已经很少研究,并且仍然是研究的开放主题。为了解决这种知识差距,在2015年5月在地中海进行了一个实验,在此期间,在X-和L频带同时通过空气传播的SAR传感器对危险和有毒物质的控制释放。在本文中,我们讨论了实验程序,并报告了机载雷达成像运动的主要结果。

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