… In section Irradiation Resistance, experimental results of ion irradiation induced defect
evolution at low, room and elevated temperatures in SP-CSAs are reviewed. In section Linkage …

… This analysis suggests that the increase in recombination volume has a remarkable impact
on defect evolution by reducing defect concentration. Indeed, experiments show that the …

… fewer defect clusters in the alloys compared to elemental Ni. This result is supported by a
recent experimental study on irradiation induced defect evolution in Ni and NiFe binary alloys; …

… Atom fluxes are closely associated with the fluxes of point defects. The preferential association
of defects with a particular alloying component in defect diffusion will lead to a net flux of …

… solution alloys … defect evolution in Ar-irradiated Ni, NiFe, and NiFeCoCr single crystals was
studied at 16 K using in situ RBS/C measurements. Our results show that the defect evolution …

… It has been demonstrated that altering alloy compositions to modify chemical disorder can
be used to control how energy dissipates and defects evolve in advanced alloys containing …

… solution alloys of 50%Ni50%Co (NiCo) and 50%Ni50%Fe (NiFe) without apparent preexisting
defect sinks were employed to study defect … of radiation-induced defect clusters far exceed …

… Defect evolution under irradiation is investigated in a set of single-phase concentrated solid
solution alloys … We arrive at this conclusion by following the evolution of positron annihilation …

… solid solution alloys, eg defect production, accumulation and evolution, has not been well
studied, and the underlying mechanism is unknown. In this work, equiatomic binary alloys with …

… Local lattice distortions affect the migration of point defects and thus the evolution of
microstructure of irradiated sample. This atomic size effect can be quantified and compared for the …