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

… 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 …

… on the defect production in 2D … defect production through this channel depends on the
electronic structure of the material, and can be very high for 2D systems with high electron mobility …

… trapping at defects in the gate oxide. These defects can be vacancies, interstitials, or dangling
bonds which can be positively or negatively charged. This trapping of mobile charges may …

… Record electron mobility in 2D materials has enabled multiple … radiation, on the other hand,
could create new defects in the crystal lattice. If close to the quantum emitter, the new defects …

… structure has excellent radiation tolerance. Mechanism … radiation fluence. According to
the Coulomb scattering model of charged defects, the mobility is more sensitive to radiation…

… at the interface of Si/SiO 2 or in the defect states. Such trapped charges are responsible for
the fading current gain reducing mobility, shifting threshold voltage, and increasing noise and …

… that carrier mobility and carrier density are radiation tolerant up … , defects and traps are
generated even without radiation. … with the presence of radiation induced defects. We suggest that …

… , strained bonds and other defects lead to trap states, and the mobility of the amorphous …
This paper presents a review of ZnO tolerance and resistivity towards all kinds of radiation …

… 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 …