… In this study, the irradiation-induced defect evolution is systemically investigated on pure Ni
and Ni-20X concentrated binary alloys. Detailed analysis is conducted on the distribution of …

… The results in this study suggest that the defect evolution under heavy ion irradiation could …
the alloying elements, and it may provide guidance on the smart design of alloys with desired …

… evolution in Ni-Fe alloys increased with iron concentration. This was attributed to the gradually
increased sluggishness of defect … Transition from long-range one-dimensional defect …

… alloys has a significant impact on defect evolution in SP-CSAs. The chemical species of
the SP-CSA alloys on defect … has been conducted on defect range and evolution in ion-irradiated …

… Compared with pure nickel, the much lower values of the dechannelling parameter indicate
less damage in the crystalline structure of the binary alloys, in agreement with the TEM …

… The chemical disorder also has a significant impact on defect evolution … The insights into
defect dynamics may provide a basis for … in Ni and Ni-containing fcc equiatomic binary alloys. …

… the kinetic of point defects and their associated energy landscape in Ni-based alloys comparing,
in … the link between point defect kinetics and structural evolution and kinetic stability, we …

… the binary alloys are more radiation-resistant than pure Ni, while the NiFe binary alloy has
… the relationship between defect evolution and dislocation transformations in the alloys, they …

… Two binary Ni-Cr model alloys with 5 wt% Cr and 18 wt% Cr … at 500 C to investigate
microstructural evolution as a function of … of larger defects, likely due to increased barriers to defect …

… to several model immiscible binary alloys, using irradiation … defect evolution is controlled
either by recombination or by elimination on sinks. In the recombination regime, the three alloys …