Why Radiation Damage Needs Thermodynamics, Not Just Transport
When neutrons slam into the metal walls of a nuclear reactor, they knock atoms out of their lattice sites and ...
When neutrons slam into the metal walls of a nuclear reactor, they knock atoms out of their lattice sites and ...
Reinforcing Ni–Co–Fe–Cr–Mo high-entropy alloys with hybrid Er2O3 and B4C particles boosts microhardness to 693 HV0.5, but thickness-corrected gamma-ray attenuation measurements ...
Researchers combined machine learning with GAN and SMOGN data augmentation to accurately predict the tensile properties of sub-sized nuclear steel ...
A sweeping new review finds that 3D-printed nuclear reactor components offer remarkable design freedom but face unresolved questions about thermal ...
Researchers in India have shown that a five-element niobium-vanadium-titanium-aluminum-zirconium high-entropy alloy absorbs hydrogen at reactor-relevant temperatures without forming brittle hydrides, ...
A new review reveals why oxide dispersion-strengthened superalloys, the champions of extreme-temperature engineering, are so difficult to weld and maps ...
Researchers systematically screened eight equiatomic MoNbTi-based refractory multi-principal element alloys and identified MoNbTiCrAl as the leading candidate for Generation IV ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine