Radiation Monitor

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airborne

A collection of 5 issues

Drones for Radiation Detection in Chernobyl's Red Forest

Discover how drones are transforming radiation detection in Chernobyl’s Red Forest. Learn about cutting-edge technology, key findings, and how these innovations enhance safety, improve accuracy, and support environmental monitoring in one of the world’s most hazardous zones.

Drone Radiation Detection: Basics & Real-World Applications

Explore how drone radiation detection systems boost safety and efficiency by mapping hazardous zones, inspecting nuclear facilities, and enhancing disaster response. Discover cutting-edge sensor tech and real-world applications driving innovation.

Choosing the Right Drone-Mounted Radiation Detector for Your Needs

Choosing the right drone-mounted radiation detector is vital for emergency response, environmental monitoring, and spectrometry. This analysis reviews NaI, CeBr₃, and CZT detectors, comparing their benefits, limitations, and best uses for radiological safety professionals.

Assessing the Performance of Airborne Radiation Detectors on Drones

A recent study evaluated three types of gamma-radiation detectors mounted on drones to identify and locate Cesium-137 sources. The findings suggest that drone-mounted detectors can effectively and safely assess radiation levels during emergencies.

Drones and Compton Cameras: A New Approach to Locating Gamma Radiation Sources

Small drones with Compton cameras revolutionize radiation detection by pinpointing multiple sources with high accuracy. Using real-time mapping and adaptive flight paths, they outperform traditional sensors. This breakthrough enhances nuclear safety, border security, and disaster response