… radiation damage after a fast hadron fluence of 10 16 cm −2 , several R&D approaches aiming
for radiation tolerant sensor materials (defect … a three times higher mobility than holes and …

… The lower radiation tolerance of these more defective and … diodes and high electron-mobility
transistors suggests that the … and mobility degradation caused by radiation-induced defect …

… To explain the cause of the high radiation damage tolerance … of residual defects and the
defect distribution during the defect … high mobility of the defects would delay the growth of defect …

… guided synthesis of new alloys with targeted functionalities, including radiation tolerance. …
energy landscape10,12,13 in these alloys that limits defect mobility (eg, unstable interstitial …

… enhancement of radiation tolerance and suppression of void … radiation tolerance in HEAs
by targeted tweaking of defect … in the self-interstitial cluster mobility in NiCoFeCrMn-CN as …

… defects near grain boundaries,2 for example. As a consequence, nanocrystalline materials
often exhibit improved radiation tolerance … defect mobility on the biased absorption of defects …

… Measurement results show that our devices exhibit amazing radiation tolerance, namely, …
challenging to characterize defects directly. The essence of radiation-induced defects is that the …

… stable defects or defect complexes. Depending on their nature, these additional defects
can … by D ž kBTl/q and l is the mobility. In the separate regimes, the diffusion-limited dark-current …

… defect evolution near grain boundaries including variation in sink efficiency and grain boundary
mobility in radiation … to the radiation tolerance of GBs and interfaces will be significant. …

… anism for the excellent radiation tolerance ofInP solar cells, it is … In this section,
radiation-induced defect behavior in InP is … in p-InP (1,02 eV) and it is more mobile than that in …