… of alloying elements. To go beyond our knowledge based on … alloys and take advantage
of property enhancement by tuning chemical disorder, this review highlights synergistic effects …

… Ni–Fe alloy systems, we first compare defect evolution in the … has profound influences on
defect evolution, especially defect … NiFe can strongly suppress defect growth, ascribing to their …

… limited due to the restrictions on the choice of alloying elements in such applications [5].
In … the effect of chemical complexity on defect evolution, rather than as a practical alloy for …

… solid solution alloys. In this work, the irradiation-induced defect production and evolution
were … This study aimed to explore the effects of order and disorder with respect to the behavior …

… effects in complex alloys, rather than the irradiation performance of HEAs. To demonstrate
that electronic energy dissipation … environment for defects or disorder interacting with GBs to …

… chemical disorder of concentrated alloys may inspire new design principles for next-generation
radiation-tolerant structural alloys… conclusively show that defect evolution is delayed with …

… stage to reveal the effects of chemical disorder on the irradiation response of MPEAs. Our
results demonstrate that chemical disorder indeed affects defect evolution merely due to the …

… However, at higher irradiation fluences one can observe more rapid increase of disorder
level in complex alloys. This effect clearly suggests a transformation in a dominant defect …

… Our results explain the effects of disorder, long- and short-range orders on the diffusion
properties in multicomponent intermetallic alloys, which helps to understand the stability and, thus…

… that has been observed experimentally may not be related to a reduction in primary damage
due to chemical disorder, but rather involves the longer times required for defect evolution. …