… We show that radiation induced point defects lead to formation of interstitial … point defect
diffusion is significantly slower in the alloys than in pure Ni. We also show that the sizes of defect …

… Now, we focus on the HER activity of various point defects, holes, and edges on the …
The calculated ΔG H of MoSe 2 basal planes with different point defects and holes as well …

… for eliminating the detrimental V P defect states, leading to a long-lived free electron lifetime
in RP for enhanced PHE performance. The point defect engineering of RP applied in this …

… However, the evolution law of these point defects during … investigate the evolution of intrinsic
point defects in n-type Bi 2 … of the evolution law of intrinsic point defects in Bi 2 Te 3 -based …

… faces distinct challenges that could benefit from point defect engineering. Here, we review
the evolution in the understanding of point defect behaviour from Si-based photovoltaics to thin…

… The brief review presented here of the Point Defect Model's description of the growth of …
evolved considerably over the past 30 years since it was first proposed in 1981. The evolution …

… Irradiation flux effects are directly related to the behavior of point defects, and it is … first
irradiation proved to be good indictors of point defect behaviors during the second irradiation with …

… simulations to elucidate the evolution of irradiation-induced point defects in UO2, including
the … a methodology that captures the kinetic evolution of the irradiation-induced point defects. …

… In summary, the evolution of point defects in high-temperature annealed AlN has been
studied and clarified. It has been shown that the annealing induces the increased O impurity …

… simulation results provide useful insight for both developing higher-level modeling of
defect evolution at long timescales and how interfaces influence radiation damage evolution. …