Accelerated design and thermal stability optimization of γ-U-Mo metallic nuclear fuels

Key Points

• Enhanced thermal stability observed in optimized γ-U-Mo metallic nuclear fuels, ensuring safer operation.
• Temperature resistance improved up to 1200°C with current metallurgy standards; data from lab tests.
• Experimental analysis focused on material design and thermal properties, leading to effective optimization.
• Improved fuel materials could reduce risks in nuclear energy production, enabling wider adoption.