… study alloying effects and the relationship between defect energetics and defect evolution
under … design principles of new radiation-resistant metallic alloys. Simulations have shown that …

… , which is important for defect evolution since diffusion activation energies and … defect
diffusion in SP-CSAs is essential for understanding and predicting the microstructural evolution …

… defects in these materials [39]. In this work, we decided to evaluate the impact of … defects
(voids and SFT) on the irradiation cascade evolution. The procedure to introduce the defects is …

… This study bridges the knowledge gap between energy dissipation and defect evolution,
and contributes to understand when the electronic effects need to be accounted for or removed …

The objectives of this thesis are: firstly, to investigate the effect of increasing chemical complexity
on radiation-induced defect evolution (both in voids and dislocation loops) in Ni based …

… alloying effect on defect evolution is attributed to the altered defect migration mobilities of
defect clusters in these alloys… for other concentrated solid solution alloys. Finally, mixed ferro/…

… solid solution alloys containing four or more principal elements are commonly referred to as
HEAs [6]. Varying the type and number of elements in the HEAs to influence defect evolution …

… Here NiFe is chosen as a representative CSA due to its comprehensive experimental
evidence regarding defect production and defect evolution, which act as important metrics to …

… The thermophysical properties measured using TGS during ion irradiation capture the
integrated effects of microstructure and defect evolution across length scales. Experiments carried …

… Ni-based solid–solution alloys and focus our attention on evaluation of the effect of chemical
disorder on the generation and evolution of crystal defects in targets undergoing rapid …