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The global energy transition is often described in terms of solar farms, wind turbines, electric vehicles, and hydrogen. These technologies are tra...

Portable power has changed considerably over the past several decades. Early field power systems were largely built around gasoline or diesel gener...

For facilities handling radioactive materials, nuclear maintenance teams, research laboratories, and organizations involved in decommissioning or r...

Alpha, beta, and gamma radiation behave very differently. They have different penetration capabilities, require different detection methods, and cr...

Surface radiation surveys are a routine part of radiation protection in nuclear facilities, industrial radiography, research laboratories, radioact...

Radiation safety is often associated with external exposure: how close a worker is to a radioactive source, how long they remain in the area, and w...

Radiation safety is often associated with dose rates and external exposure. In many industrial and nuclear environments, however, another risk can ...

For maintenance teams, identifying this contamination quickly is essential. Portable surface contamination detectors provide a practical way to sur...

Radiation safety in a nuclear facility is not only about measuring external dose rates. A worker can be standing in an area with relatively low ga...

A work area may have relatively low external radiation levels while radioactive material is present on tools, equipment, floors, protective clothin...

Nuclear power plants are carrying out increasingly complex maintenance programs. Fusion research is moving toward larger-scale tritium handling sys...

While gamma radiation is often the first hazard that comes to mind during nuclear maintenance, another radioactive material requires equally seriou...