… In the low fluence regime, the damage accumulation at 138 K increases with dose. Recent …
early stages of damage accumulation (ie, at low doses), and the damage accumulation at 138 …

… systems studied in this work, we find that a lower damage accumulation is not necessarily
associated with the low dislocation velocity. This is the case for Ni 0.1 Fe 0.8 Cr 0.1 . While the …

… research centered on the radiation effects in ceramics and … the irradiation effects in
concentrated solid-solution alloys. Dr. … with their damage buildup that is simulated by accumulated …

… defects, charge alteration of pre-existing defects, and other effects. … and damage energy
dissipation affects damage production (… significantly suppresses damage accumulation under ion …

… electron beam, up to damage levels of 10 displacements-per-… (d) show that such accumulation
effect was also detected at … have not undergone significant alteration when compared to …

… are attractive alternative alloying elements, … alloys by introducing high amounts of O (12
at%), C (~1 at%) and N (~1 at%) into a highly concentrated equiatomic TiNbZr solid solution alloy …

… The results indicate that alternating alloying elements to … impact on defect evolution by
reducing defect concentration. … frame and predicts slow damage accumulation in alloys over much …

… They also found that radiation damage resistance generally … , the alteration of local magnetic
moment also has impacts on … interstitial can mitigate element accumulation (more than four …

… alloy and Ni continued to accumulate without saturation [17]. This suggested that different …
mechanism behind the effects of different solutes. In the previous results, the NiFe and NiCr …

… behaviors of single crystal Mg solid solution alloys with dilute concentration studied by Akhtar
and … Mg-Sn-X system: Alloying element Sn, as alternative replacement of RE elements, has …