In particular, it must be noted that the analyzed sample is composed of firms generated from academic spin-offs which, being founded by a star scientist, are affected by a much lower market orientation than other innovative firms.
Microscopy analysis revealed that the roughness is much lower, and the orientation and planarization of the LDH nanoplatelets is higher, in SS-LBL films than in dipping-LBL films.
Interestingly, the mean metacognitive ability across participants did not show any significant difference between the two tasks (t(17) = 1.8, p = 0.094, Fig. 2c), whereas the average confidence level was much lower in the orientation discrimination task compared with the contrast discrimination task (t(17) = 4.7, p < 0.001, Fig. 2c).
However, the amorphous chain orientation was much lower.
The stress is also plotted against the plastic strain in Fig. 7a, which clearly shows the much lower yield stress for <111 > orientation.
Again, more plastic strain was seen for <111 > orientation, with a much lower flow stress (Fig. 12a).
Regions of other orientations show a much lower nucleation rate owing to their inappropriate microstructure.
This characterization of all nuclei revealed that the majority of nuclei could be broadly associated with a 40° 〈1 1 1〉 misorientation to the matrix in which they formed, while a much lower percentage were found to have orientations as those of the local deformation substructure.
Considerably higher dislocation density was obtained for the <111 > orientation, indicating more plastic deformation and much lower flow stress in the material, when compared to that for <001 > orientation.
For a given Ge concentration, the kinetic critical thickness for plastic relaxation is much lower in the (110) than in the (001) orientation.
