… It is well established that solid solution alloying additions can suppress defect cluster …
and solid solution alloys, although the detailed geometric configuration of these defect clusters …

… In this work, MD simulations were employed to investigate E d , the defects behaviors of …
Significant difference in irradiation defect performance is observed between the complex alloys …

… Although it provides important insight into the particular feature of defect properties in
CSAs, defect behaviors are likely to be affected by lattice vibration at finite temperatures. …

… Therefore, a large sampling effort is required to get an overall picture of defect behavior.
Although MD and MC methods enable exhaustive exploration of local environments using large …

… behavior in CSAs [11… defects into CSAs breaks the lattice symmetry. Therefore, the flexibility
of electrons to accommodate additional defects is important to understanding defect behavior…

… They observed a unique void and dislocation loop separation, successfully linking the
distribution with the defect cluster migration behavior, and explained the intrinsic mechanisms of …

… delayed damage accumulation, slow defect aggregation, and suppressed irradiation …
alloying elements may not be a critical factor on both transport properties and the defect behaviors …

… in HEAs and the stable solid solution phase may be the key reasons for the … defect formations
than quaternary alloys. Therefore, our results can be used to predict the defect behaviors …

… CSAs, defects have been shown to experience a complex energy landscape (Figure 1,
bottom center) that affects transport properties and defect behavior. A wide distribution of defect …

… solution alloys (SP-CSAs) irradiated at high temperature are still scarce. The term SP-CSAs
is referred to solution alloys … 0.45T m may result in different defect behavior. From Table 1, Ni-…