… defects and dislocations plays a crucial role in governing material properties and microstructural
evolutions … between point defects and dislocations in concentrated solidsolution alloys (…

… Due to the sluggish diffusion and delayed defect evolution arising from the chemical complexity
intrinsic to CSAs, this review also calls attention to quantified fundamental understanding …

… defect sinks. Complex concentrated solid-solution alloys (CSAs), including high-entropy
alloys, … Our study shows that controlling element diffusion and defect evolution through tuning …

… However, their synergistic effect on the He-induced defect evolution in single-phase
concentrated solid-solution alloys (SP-CSSAs) has rarely been studied. In this work, the evolution of …

… the microstructural evolution of single-phase compositionally complex alloy (CCA… evolution
under irradiation is driven by point defect accumulation and the formation of extended defects …

… Radiation-enhanced precipitation from solution has been observed in ZrSn and ZrNb alloys
… [36] have proposed a solution in which interstitial point defects are preferentially attracted to …

… defects and, hence, changes the formation kinetics of defect … on the evolution of vacancy
defects in a Fe–Ni–Al model alloy. … with the effect of alloying elements in the solid solution. We …

… Multi-scale modelling indicates that these atomic-driven processes of defect generation and
… and defect evolution can continue even into microseconds [53]. The surviving defects will …

… Ni-Fe concentrated solid solution alloys have demonstrated … of the alloying elements near
sinks of point defects (voids, … in turn affects the following evolution of these defects [2]. The …

… (d) The defect evolved further into a large defect cluster. (e) The large defect cluster was
gradually absorbed by the GB at 24 s and became smaller (f–g). (h) Finally, the defect cluster …