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Drone-Assisted Detection of Radioactive Sources: An Innovative and Safe Solution

机译:无人机辅助放射源探测:创新,安全的解决方案

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The use of unmanned aircraft vehicles (UAVs or drones) for work or recreation has gained popularity. It has been innovately suggested that this technology could be employed to efficiently monitor air contaminants and better document environmental nuisances, individual health impacts, mortality rates, environmental protection, and other matters of growing interests for environmental scientists. An R&D project partnership between the Centre de recherche industrielle du Quebec (CRIQ), DroneXperts and the Centre d'expertise en analyse environnementale du Quebec (CEAEQ) has led to the development, manufacture and testing of an innovative drone-assisted system that collects ambient air samples and measures airborne contaminants on sites that are hazardous or difficult to access using conventional means. This presentation will first summarize the "DronAir" concept that was developed as well as the technical features that make it one of the most complete drone-assisted airborne sampling and measurement systems currently available. It will then focus on the outcomes of tests that were conducted in May 2018 and compare three instrument models used for detecting ground-based sources of radioactivity. Lastly, we will examine potential uses of this type of drone-assisted system for safely pinpointing sources of radioactive contamination, and measuring them. This new technology will prove useful for fires and transportation accidents involving hazardous materials, radioactive residues found at various sites, detection of radiation stemming from nuclear power plant incident, the search for sources in inaccessible areas, and so on.
机译:在工作或娱乐中使用无人飞行器(UAV或无人驾驶飞机)已广受欢迎。创新地提出,该技术可用于有效监测空气污染物并更好地记录环境滋扰,个人健康影响,死亡率,环境保护以及环境科学家日益关注的其他事项。魁北克工业研究中心(CRIQ),DroneXperts和魁北克环境分析中心(CEAEQ)之间的研发项目合作关系导致了开发,制造和测试创新的无人机辅助系统,该系统可收集周围环境空气采样,并在危险区域或使用常规方法难以接近的地点测量空气中的污染物。本演讲将首先总结开发的“ DronAir”概念以及使其成为当前可用的最完善的无人机辅助机载采样和测量系统之一的技术特性。然后,它将重点关注2018年5月进行的测试的结果,并比较用于检测地面放射性源的三种仪器模型。最后,我们将研究这种无人机辅助系统在安全地确定放射性污染源并进行测量方面的潜在用途。这项新技术将证明对涉及危险材料的火灾和运输事故,在各个地点发现的放射性残留物,检测核电站事故产生的辐射,在无法进入的地区寻找源等有用。

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