High-entropy alloys (HEAs) have been considered as a promising candidate for nuclear
engineering due to their intriguing irradiation tolerance. The microstructure stabilities …

A novel cobalt-free oxide dispersion strengthened (ODS) equiatomic FeCrNi medium
entropy alloy (MEA) was successfully fabricated through mechanical alloying and hot …

The formation and medium-term evolution of point defect and solute-rich clusters under
neutron irradiation have been modelled in a complex Fe–CuMnNiSiP alloy representative of …

Complex concentrated alloys (CCAs) extend the compositional paradigm shift of high
entropy alloys (HEAs) to new microstructural opportunities. CCAs provide opportunities for …

Large vacancy clusters, such as stacking-fault tetrahedra, are detrimental vacancy-type
defects in ion-irradiated structural alloys. Suppression of vacancy cluster formation and …

A major challenge for future nuclear reactors is to design nuclear materials that can sustain
extremely prolonged radiation damage. Local lattice distortion, considered as a core effect of …

The evolution of short-range order (SRO) structures under irradiation has a great impact on
the mechanical properties of high-entropy alloys. In this study, the atomistic mechanism of …

The demanding operating environments of advanced nuclear reactors require the
development of new nuclear materials that can withstand their increased physical, chemical …

The formation of helium bubbles and the consequential property degradation are critical
challenges for materials used in advanced nuclear energy systems. The mechanism of …

For the structure materials applied in advanced nuclear energy system, helium bubble
formation is always a big concern which will severely degrade the performance of materials …