“…Uranium (U) is an essential component in nuclear fuel. Metal uranium alloys are recognized as an ideal fuel for generation IV reactors due to their advantages of high heat conductivity, 1 high density, and a low thermal expansion coefficient. Existing research has found that pure uranium has three different allotropes: a low-temperature orthorhombic α-U, an intermediate tetragonal β-U, and a high-temperature body-centered cubic (bcc) γ-U.…”
Deformation mechanisms of nanocrystalline body-centered cubic U-Mo alloy were investigated through molecular dynamics simulations, focusing on the influences of grain size and Mo content. Strain hardening behavior was only observed...
“…Uranium (U) is an essential component in nuclear fuel. Metal uranium alloys are recognized as an ideal fuel for generation IV reactors due to their advantages of high heat conductivity, 1 high density, and a low thermal expansion coefficient. Existing research has found that pure uranium has three different allotropes: a low-temperature orthorhombic α-U, an intermediate tetragonal β-U, and a high-temperature body-centered cubic (bcc) γ-U.…”
Deformation mechanisms of nanocrystalline body-centered cubic U-Mo alloy were investigated through molecular dynamics simulations, focusing on the influences of grain size and Mo content. Strain hardening behavior was only observed...
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