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The potential extension of the lifetime of nuclear power plants has cultivated an interest in the long-term aging behaviour of materials such as concrete. Since concrete is a complex material and its properties evolve with time, the effect of prolonged radiation exposure is of high interest and needs to be understood. Cracking and radiation-induced volumetric expansion (RIVE)(Le Pape et al., 2020) of the mineral components in aggregates occur as a result of neutron radiation and depends on several factors including the chemical nature and mineralogical characteristics of the aggregates such as composition, crystallinity, grain size, and phase distribution.
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