All light water reactors (LWRs) around the world today are using fuel systems comprised of uranium oxide (UO2) within a zirconium-based alloy cladding. Some reactors use uranium-plutonium oxide fuels, which ... Read more
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All light water reactors (LWRs) around the world today are using fuel systems comprised of uranium oxide (UO2) within a zirconium-based alloy cladding. Some reactors use uranium-plutonium oxide fuels, which ... Read more |
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Want to Represent Belgium at the Biggest Nuclear Innovation Competition in Europe? The Innovation for Nuclear (I4N) competition is an exciting opportunity for students and young professionals under 36 years old to showcase their innovative ideas in the field of nuclear technology. This team-based competition encourages collaboration, creativity, and forward-thinking, with groups of 2 to ... Read more |
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At the end of the irradiation in a nuclear reactor, the fuel has undergone significant transformations with respect to its initial state. The accumulation of radiation damage due to ... Read more |
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