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Study mapping U-10Zr porosity informs metallic fuel design
Researchers at Idaho National Laboratory and the Massachusetts Institute of Technology have conducted a three-dimensional study of irradiated U-10Zr—uranium alloyed with 10 percent zirconium—across key radial regions, providing new insights into how the material swells, transfers heat, and interacts with the fuel cladding.
U-10Zr was extensively tested in historical sodium-cooled fast reactors and is now attracting attention for use in next-generation advanced reactors.
Stephen A. Andrews, Madison T. Andrews, Thomas E. Mason
Nuclear Technology | Volume 207 | Number 1 | December 2021 | Pages S134-S146
Critical Review | doi.org/10.1080/00295450.2021.1913033
Articles are hosted by Taylor and Francis Online.
During the Second World War, Canada made several important contributions to wartime nuclear research efforts. The three main contributions were: establishing a domestic nuclear research laboratory in Montreal to investigate heavy water reactor; creating supply chains to provide uranium oxide, heavy water, and polonium to the Manhattan Project; and the direct contributions of several Canadians living in the United States to the project. These wartime efforts helped establish a legacy of nuclear research in Canada that has persisted to the present day.