… Interfaces act as obstacles to slip and sinks for radiation-… and enhanced radiation damage
tolerance compared to bulk … composite materials with high radiation damage tolerance. …

… radiation-induced-defects via interfaces is shown to be the key factor in reducing the damage
and … We review the recovery of radiation-induced point defects at free surfaces and grain …

… and high radiation damage tolerance in nanolaminate … , as well as sinks for radiation-induced
defects. The morphological … acting as sinks for radiation-induced point defects. Reduced …

… It should be noted that in this work, the atomic level stresses in the alloys are not assessed
in this manner, and so the effect on the radiation damage tolerance cannot be assessed. …

… In the present work, introducing inherent lattice vacancies, to enhance the tolerance of
radiation damage was proposed and verified. The non-stoichiometric titanium nitride (TiN 0.7 ) …

… can explain the dramatically improved radiation damage tolerance for Al 2 O 3 … radiation
damage tolerance has been established by this research. Improved radiation damage tolerance …

… elimination of nanovoids, enhancing radiation tolerance of Cu. In situ … unprecedented damage
tolerance in metallic materials. … of metallic materials with extraordinary damage tolerance. …

… It is thus quite apparent that (1) the question (regarding the influence of the grain size on the
radiation damage tolerance against simultaneous S n and S e ) that we are trying to address …

… radiation damage is a dominant feature. In the case of fusion devices such as ITER and/or
DEMO the principal form of damage … papers have reported on radiation effects on MAX phase …

… phase diagram is a good indicator for radiation damage tolerance properties (in particular, …
, of radiation tolerance). The first concept can be used immediately to make radiation damage …