Table 1 List of a few sample atomistic supercell orientations out of a total of 25 cases

From: Data-driven modeling of dislocation mobility from atomistics using physics-informed machine learning

Line angles w.r.t. Burger’s vector (\(\overrightarrow{b}\))

x-axis orientation

y-axis orientation (line direction)

0°

\([1\:\bar{2}\:\bar{1}]\)

\([1\:1\:\bar{1}]\)

40.32°

\([11\:\bar{4}\:\overline{11}]\)

\([2\:11\:\bar{2}]\)

81.07°

\([10\:7\:\overline{10}]\)

\([\bar{7}\:20\:7]\)

110.41°

\([28\:58\:\overline{28}]\)

\([\overline{29}\:28\:29]\)

163.14°

\([\bar{8}\:34\:8]\)

\([\overline{17}\:\bar{8}\:17]\)

  1. Glide-plane normal [101] is along z-axis for all the dipole configurations.