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Beyond Neutrons: Why Gamma Noise Analysis Might Rewrite SMR Monitoring
Gamma-ray detection offers 3x the precision of traditional neutron monitoring for Small Modular Reactors. Here's why it works through steel.
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Foundational material supporting analysis across Radiation Monitor. Reference provides stable explanations of radiation principles, detection technologies, terminology, and standards for context, not commentary.
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AI in Radiation Detection: From Data Overload to Decision Support
AI is being used to interpret radiation data, reduce false alarms, and support faster operational decisions. This article reviews how AI is currently applied in systems such as RadNet, EURDEP, SPEEDI, and border-monitoring networks, alongside research from DARPA and the IAEA.
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Radioactive Materials in Fires: Understanding Cobalt-60 & Cesium-137 Risks
What happens when materials that power our medical treatments and industrial processes, like Cobalt-60 (Co-60) and Cesium-137 (Cs-137), are caught in a fire? It’s a scenario with serious implications for public safety and our environment. These radioactive sources, vital in everything from cancer therapy to food irradiation, could accidentally
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Radiation Detection in Scrap Metal: Contamination Sources, Screening, and Response
How radioactive material enters the scrap supply chain, what detection systems catch it, and how facilities should respond to alarms.
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Radiation Portal Monitors: Technology, Deployment, and Operational Considerations
How RPMs work, where they're deployed, and what operators need to know about detection thresholds, alarm management, and throughput trade-offs.
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Radiation Detectors Explained: Principles, Technologies, and Applications
Explore how different radiation detectors work, from gas-filled tubes and scintillators to semiconductors and passive dosimeters. Learn the physics and applications in this accessible guide for an educated audience.
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Radiation Health Effects: Dose, Exposure Pathways, and Biological Response
How ionizing radiation interacts with biological tissue — acute vs. chronic exposure, dose thresholds, and the mechanisms behind radiation injury.
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Understanding Radiation: Types, Health Risks, and How to Measure It
Radiation, from sunlight to medical tech, is all around us but can be both helpful and harmful. Understanding ionizing vs. non-ionizing types, health risks, and safety limits is key to making smart choices for health, tech, and the environment. Let’s unpack the science behind the scenes.
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Radiation Detection Fundamentals: Principles, Methods, and Applications
Core concepts in radiation detection — from ionization basics to instrument selection — for practitioners entering the field or refreshing fundamentals.
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Radiation Detection at Public Events: Deployment Patterns and Operational Requirements
How radiation detection is deployed at mass gatherings — equipment selection, staffing models, and coordination with security operations.
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Why Have Dirty Bombs Not Been Used?
A "dirty bomb" is a radiological dispersal device (RDD) that combines explosives with radioactive material. While relatively easy to construct, they are not efficient killing devices and pose technical challenges for dispersion. International condemnation and severe consequences deter their use.
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Are We Ready for a ‘Dirty Bomb’ Attack? How Smart Strategies Can Save Lives and Costs
Are We Ready for a ‘Dirty Bomb’ Attack? A radiological attack could cause mass panic, but smart planning can save lives and costs. Research shows that the most efficient strategy is a mix of rapid screening and targeted antidote use. How should governments prepare?