Triangular wave shocked samples exhibited the highest resistivity at 4 K indicating the highest defect (point and dislocation) formation in copper samples.
This new insight into the dynamical evolution of radiation defects points to a thermodynamic criterion for designing radiation-tolerant materials.
Moving forward, one of the greatest challenges in studying thin film solar cells is determining which defect types (e.g. grain boundaries, intragrain structural defects, point defects, etc). are responsible for low lifetimes.
If I am feeling a bit weedy and insecure, I try to stay away from the comments; there are some days when I don't need my all too obvious defects pointed out.
Due to limited atomic assembly kinetics during the deposition process (e.g., by using a low substrate temperature), defects (point-, line-, and area-defects), supersaturated, and metastable phases can easily be obtained.
Many materials science problems require relating materials' properties to the atomic structure near the materials' surfaces, interfaces, extended defects, point defects, and other types of strain fields.
The results show that a lot of defect structures are formed in the subsurface of workpiece during nano-cutting process, for instance, stair-rod dislocations, stacking fault tetrahedron, atomic clusters, vacancy defects, point defects.
We systematically analyzed Eps8KO mice to unmask possible defects pointing to phenotypes related to human disease.
Among the phenotypes reported by the authors of this study were age-related lens and cornea defects, reduced subcutaneous fat, and hair regeneration defects, pointing to strong effect of the Bmal1 deletion in exposed cutaneous tissues, including hair follicles.
