… (b) Schematic sketch of defect evolution and … point defects in the cascade region where the
defects are created. Tuning the compositional complexity of concentrated solid-solution alloys …

… Overall, current knowledge of the intrinsic structural properties in the studied CSAs suggests
that the element- or alloy-dependent defect evolution is governed by defect recombination. …

… solution alloys owing to the limited mobility of large vacancy clusters. The differences in cluster
sizes and mobilities in Ni and in solid solution alloys … the evolution of the defect structures. …

… In this paper, we characterize the effect of defect kinetics on the stability of ordered nickel-based
binary alloys, NiFe, NiCo and NiCu, using the kinetic Activation-Relaxation Technique (k…

… damage production, including point defects, defect clusters, and … Ni–Fe alloy systems, we
first compare defect evolution in the … influences on defect evolution, especially defect clustering …

… alloys or incorporating nanoscale features to mitigate defects. … multicomponent concentrated
solid-solution alloys (CSAs), … understanding of defect dynamics and their evolution in CSAs …

… generations [[44], [45]], and also provide fundamental parameters supporting the multi-scale
simulations for defects evolutions under irradiation, which is highly crucial for a better …

… these materials is described from the point of view of the cooperative interaction of defects,
structure elements, solid solution decomposition and the evolution of second phase particles. …

… of point defects in alloys have emphasized dilute alloys with … the defect properties in
concentrated solid-solution alloys. … profound influence on the defect evolution in this alloy. When it …

… study alloying effects and the relationship between defect energetics and defect evolution
under … design principles of new radiation-resistant metallic alloys. Simulations have shown that …