… mass causes a greater reduction in point defect production is not supported. Slower defect
production implies a slower overall evolution of defect loops to vacancy super-saturation and …

… To understand the observed behavior of defect accumulation and defect evolution, we study
the diffusion of a single interstitial and its clusters through MD at different temperatures. The …

… alloys or incorporating nanoscale features to mitigate defects. … multicomponent concentrated
solid-solution alloys (CSAs), … understanding of defect dynamics and their evolution in CSAs …

… generations [[44], [45]], and also provide fundamental parameters supporting the multi-scale
simulations for defects evolutions under irradiation, which is highly crucial for a better …

… solution for effectively constructing an electrocatalyst of RuNi alloy implanted with S-doped
defective carbon (RuNi-alloy… in both acidic and alkaline solutions. As expected, the optimized …

… e TEM images revealing the grain structure evolution of the O-6 MISS alloy with increasing
… from a low probability of containing defects or defect sources in small sized samples 28 , the …

… Firstly, the solute atoms in the matrix phase can change the lattice parameters and
introduce defects, which further affect series of properties of the alloys. Secondly, the followed …

… the corrosion front facilitates the hydrogen evolution and the following adsorption and
diffusion of hydrogen to the matrix in the vicinity of the corrosion defects. Therefore, the corrosion-…

… and adatoms, supporting that the alloy phase has more defects than either NbSe 2 or MoSe
2 . … performance of alloy nanosheets originates from the higher concentration of defects that …

… NaCl solution (residual Cl) or by MgCl 2 as the reaction product. Furthermore, in view of the
mutation point of hydrogen evolution rate of HT500 alloy after … Strain-induced defects such as …