The Radiation Effects Research team is dedicated to research and development focused on intense radiation environments. Our scope includes studying radiation effects from nuclear detonations (such as X-rays, gamma rays, neutrons, and electromagnetic pulses), as well as natural and enhanced space environments and in situ radiation. Our research encompasses radiation effects in electronics, materials, and accelerator technologies.
We conduct active research in advanced materials, focusing on the response of materials and components to intense X-rays. This includes studying thermal, structural, shock, and impulse responses. Additionally, we develop advanced experimental diagnostics and accelerator technology to enhance the characterization and production of radiation environments.
Topical Areas of Research:
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X-ray and E-Beam environments and diagnostics
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Advanced materials
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Devices
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Circuits
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Components
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Systems
Our team supports Sandia's Nuclear Deterrence and Satellite programs, and we participate in the development of new technologies and capabilities for a variety of programs. Our activities include conducting hostile radiation qualification tests at the system, component, and device levels, as well as performing physics discovery and basic research experiments.