… grain boundary is formed by two grains, we should have twins to intersect the grain boundary
… We inspected only one of the two grains forming the grain boundary: the grain in the lower …

… approaching the boundary with grain 3 (Figure 3), suggesting that the deformation twins
were nucleated from the 1-2 grain boundary and then grew toward the 2-3 grain boundary. …

… grain boundary engineering process by examining sequential progression of the same spatial
location of a twin … that clusters of twin related grain boundaries called twin related domains …

… interactions that are expected to play a major role in the formation of mechanical twins near
grain boundaries, we have used a crystal plasticity simulation with microstructural features …

… instead a grain boundary is formed, which we call a MTB. For 2D materials a grain boundary
is … -twin grains together, that differ in their formation energy and their composition. Various …

… transmission across grain boundaries. … twins with grain boundaries found that grain boundaries
with misorientation angles below ∼25 allowed twin transmission, while grain boundaries …

… account both annealing twin boundaries and grain boundaries. The … on the number of twin
boundaries per grain. Scanning … formation of dislocation pile-ups at grain and annealing twin …

… grain boundary, and that low energy grain boundaries such as low coincidence site lattice
boundaries (CSLBs) or special boundaries … The concept of grain boundary design and control, …

… by decomposition of grain boundaries and the formation of a special class of twins with a net
… The mechanisms provide guidance for controlling twin structures and morphologies across …

… None of the models explains comprehensively all the features of annealing twin formation.
For example, most models of twin formation require grain boundary migration, but on the …