… Changing the number of constituent elements and varying compositions in more complex
alloys allow defect production and damage evolution to exhibit new features. In fcc …

… can be used to study defect production, evolution, and defect interactions, which provide …
of defect or defect clusters within various environments. Based on the established defect …

… -healing’ as an intrinsic property of complex alloys that is not a thermally activated process.
… suppression of defect production in ion-irradiated concentrated solid solution alloys at 16 K. …

… With the addition of a principal element (cobalt or iron) or a change from binary to quaternary,
much lower defect production and delayed accumulation are observed for the model …

… also showed that the difference in the production of large defects between Ni and NiFe is …
In addition to the point defect and defect clusters produced by the displacement cascade, this …

… , ternary, and quaternary subsystems—offers a powerful means to explore the influences
of energy dissipation and defect energetics on defect production and recombination, as well …

… We show that the difference in defect production between the solid-solution alloys and
pure Ni in the current study is governed by the diffusion of point defects during overlapping …

… produced defects, we calculated the variance (σ) of defect distribution, which means the
deviation of defects from the center of all produced defects … th defect and the center of all defects, …

… On the other hand, we see a clear difference of defect production in overlapping cascade
simulations for both 5 keV 30 and 25 keV (Fig. 2) damage accumulation curves. This indicates …

… -solution alloys (CSAs), including medium-entropy and high-entropy … alloy complexity can
be used to modify energy dissipation mechanisms in order to minimize point defect production …