… both the kinetics of defects and defect clusters under thermal … properties and enhanced
radiation performance. This light touch … to support the design of radiation-tolerant structural alloys …

… performances and then have to be either mitigated for radiation tolerant systems or exploited
to design radiation … Considering the strong impact of radiation on key applications such as …

… radiation in equal quantities, uniformly in the bulk of the sample. They are the primary radiation
defects… The concentration of the primary radiation induced defects per unit £uence (CPD) …

… compositional effects on radiation performance in traditional … to suppress point defects, to
trap dislocations, and to mitigate radiation-… The trapping of point defects by solute atoms has a …

… radiation detection due to their strong stopping power, defect-… for high performance ionizing
radiation detection based on … the performances of halide perovskites radiation detectors …

… various defects affect the performance. Our present results provide some insight into this.
Our simulations have shown that the effect of a defect on the photovoltaic performance does …

… radiation performance has been focused on traditional alloys with one or two principal
element(s) and minor alloying elements, where enhanced radiation … impact on defect evolution …

… With ultralow micropipe concentrations, the performance of the … The radiation detection
performance was evaluated using pulse-… region that might limit the performance of the detectors. …

… radiation fields of the LHC, defects are introduced both in the silicon substrate (bulk damage)
and in the SiO2 passivation layer, that affect the sensor performance … detector performance …

… In this work, the resistance of FP glasses to radiation damage due to lamp and excimer laser
illumination is studied. In addition, the mechanisms of defect generation due to fs (248 nm)- …