Sensitivity and non-linearity of the transverse output voltage are studied for the two selected orientations showing that the (4 4 1) orientation is preferable.
The analysis of particle orientations shows that the bed structures for ellipsoids are not random as that for spheres.
The other three dimensions (i.e. continuity, coordination, community orientation) show that majority of total variability stems from the variability between FPs.
Square and rectangular pillars with different orientations were used to show that electric field distribution, velocity, and motion are impacted by pillar geometry and packing [ 171].
Examination of the elastic energy as a function of domain boundary orientation shows that boundaries oriented parallel to the (110) plane of the substrate are preferred.
The histograms in this figure show that centrosome orientations between 0 and 180° are predicted in varying frequencies under different values of microtubule length and number.
The XRD analysis on crystal orientation shows that only the diffraction peaks of Au were found.
Detailed analysis of the flake orientation shows that many of them have no complete horizontal position, as it is shown on the profile line (Fig. 3a).
Detailed study of the orientation shows that most slant and vertical molecules have two of their hydrogen atoms closer to the surface.
The strong correlation between the crystallographic boundary planes and the grain orientation shows that the boundary orientation is closely linked to the active slip systems.
