… The lack of predictability of radiation damage is caused by the overall complexity and our
limited understanding of radiation defect physics. The complexity is related to the fact that, for …

… We also describe how to obtain the defect properties and reaction dynamics from results
of … insight into radiation-induced defect dynamics in microelectronic materials and devices. …

… The details of radiation defect dynamics revealed in this work have important implications
for understanding, predicting and controlling radiation damage in SiC and for benchmarking …

… Our results demonstrate that the complex dependencies of radiation defect dynamics on
ion mass, energy, and depth from the sample surface can be reduced to a single dependence …

… radiation damage in SiC remain poorly understood. Here, we study damage buildup and
defect interaction dynamics … in a decrease in the dynamic annealing efficiency and an increase …

… concentrations) has shown a clear influence on defect dynamics and radiation responses.
The lack of a unified fundamental description of the effects of compositional complexity on …

… -existing lattice defects on radiation defect dynamics in solids … measure the time constant of
defect relaxation for 500 keV Ar … : (i) point defect clusters and (ii) so-called “clamshell” defects …

… Radiation defect dynamics in samples with and without such pre-existing defects was measured
by the pulsed beam method 15,14,16,13 at 200 C with 500 keV Ar ions with t o n = 1 ms, …

… dynamics. Here, we demonstrate how defect interaction dynamics can be studied by pulsed
beam … could further contribute to our understanding of radiation defect dynamics in solids. …

… beam method to study defect interaction dynamics. Here, we … of ion energy on defect
interaction dynamics that cannot be … of defect dynamics and call for further systematic studies. …