Defect evolution under irradiation is investigated in a set of single-phase concentrated solid
solution alloys (SP-CSAs) containing Ni with Co, Fe and/or Cr. We show that atomic …

Understanding chemical disorder in many concentrated solid solution alloys (CSAs) at the
levels of electrons and atoms has attracted increasing attention as a path forward to reveal …

We study order transitions and defect formation in a model high-entropy alloy (CuNiCoFe)
under ion irradiation by means of molecular dynamics simulations. Using a hybrid Monte …

We present evidence of homogenization of atomic diffusion properties caused by C and N
interstitials in an equiatomic single-phase high entropy alloy (FeMnNiCoCr). This …

Abstract High Entropy Alloys (HEA) attract attention as possible radiation resistant materials,
a feature observed in some experiments that has been attributed to several unique …

High-(and medium-) entropy alloys have emerged as potentially suitable structural materials
for nuclear applications, particularly as they appear to show promising irradiation resistance …

A group of single-phase concentrated solid-solution alloys (SP-CSAs), including NiFe,
NiCoFe, NiCoFeCr, as well as a high entropy alloy NiCoFeCrMn, was irradiated with 3 MeV …

The effect of high-energy particle irradiation on materials is often detrimental, yet it can be
beneficial as in orienting high-density magnetic alloys by promoting chemical order. 1 …

Using molecular dynamics simulations, we characterized the generation and evolution of
radiation-induced point defects in the CoCrFeMnNi high-entropy alloy (HEA), to compare it …

High entropy alloys have gained significant interest due to several unique properties
including enhanced radiation resistance. In this work, radiation induced segregation, a key …