… Radiation tolerant materials are in great demand for safe operation and advancement of …
to mitigate radiation damage, this study demonstrates enhancement of radiation tolerance with …

… to the strong radiation tolerance of HgCdTe but low bond strength) [11–13], and ratio of
electronic to nuclear stopping (with electronic energy deposition improving defect mobility and …

… defects outside the active volume of a ZnO-based device could be beneficial to enhance the
radiation tolerance. … that extended defects can act as efficient traps for the highly mobile Zn …

… That is, radiation-induced defects can trigger grain boundary mobility with a resulting
increase in the average grain size and a total decrease in the system's free energy. The exact …

… much higher mobility than AlGaN/GaN devices, but they possess similarly high radiation
tolerance, … Carrier scattering and carrier removal due to radiation-induced defect centers are the …

… radiation hardness experiments against ionizing radiation exposure. The synergetic combination
of structural plasticity of Zn, defect tolerance of Sn, and high electron mobility … radiation-…

… , enhanced radiation-tolerance in SiC is highly desirable, and defect dynamics … radiation
tolerance, but is not a dominating factor. In addition, the MD results indicate that the mobility of …

… Distinct differences can be observed in both the rate of interface migration and the types of
defect morphologies. Here the GB is mobile and stacking fault tetrahedra (SFTs) frequently …

… distribution has been explained by preferential removal of mobile interstitials by free
surfaces, leaving less mobile vacancy clusters behind (near surfaces) 29 . MD simulations also …

… Radiation-induced decreases in I ds have been observed for other HEMT material systems,
and have been attributed to high-efficiency defect-… which the high radiation tolerance of In As …