The effect of alloying elements on radiation-induced microstructural evolution in Ni and Ni-
20X (X= Fe, Cr, Mn and Pd) binary alloys was investigated using ion irradiation and cross …

Irradiation-induced damage accumulation in Ni 0.8 Fe 0.2 and Ni 0.8 Cr 0.2 alloys are
investigated using molecular dynamics (MD) simulations to assess possible enhanced …

Abstract Recent irradiations of Ni-Fe concentrated solid solution alloys have demonstrated
significant improvement of radiation performance. This improvement is attributed to …

Using molecular dynamics simulations, we elucidate irradiation-induced point defect
evolution in fcc pure Ni, Ni 0.5 Fe 0.5, and Ni 0.8 Cr 0.2 solid solution alloys. We find that …

Transition from long-range one-dimensional to short-range three-dimensional migration
modes of interstitial defect clusters greatly reduces the damage accumulation in single …

Large vacancy clusters, such as stacking-fault tetrahedra, are detrimental vacancy-type
defects in ion-irradiated structural alloys. Suppression of vacancy cluster formation and …

Micro-alloying strongly affects the incubation period of void swelling in irradiated face-
centered cubic materials. However, the underlying mechanism, which relates to the …

In order to explore the chemical effects on radiation response of alloys with multi-principal
elements, defect evolution under Au ion irradiation was investigated in the elemental Ni …

The effect of alloying elements, Si (− 5.8%: the volume size factor in Ni), Ge (+ 14.76%) and
Sn (+ 74.08%), on void swelling in neutron irradiated Ni at 573 K was studied by …

A new class of single phase metal alloys of equal atomic concentrations has shown very
promising mechanical properties and good corrosion resistance. Moreover, a significant …