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The MaDRAS project explores the relationship between defects in nuclear materials and their magnetic properties, which is crucial for developing materials for nuclear fusion reactors. Using Spin-Lattice Dynamics simulations, it aims to enhance the understanding of how magnetism affects material performance under radiat…
Nuclear fusion reactors require materials capable of enduring extreme radiation levels, posing a significant challenge in materials science.
Radiaton-induced defects such as vacancies, interstitials, and dislocations critically influence the mechanical and thermal properties of these materials, and their behavior is strongly affected by the material’s magnetic state.
Understanding the interplay between magnetism and defect properties is essential for advancing nuclear material development and de…
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