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Measurements were performed on a planar disk electrode (A = 1 cm2).
All metric surfaces with the disk topology are mapped to the planar disk using OMT-Map, which avoids huge area distortion, thus rendering our method more robust.
These mathematical methods allowed the determination of the stress strain field that develops within the solid, planar disk, where the geometric load configurations are more complex and diverse because the study of these cases is tough using classical elasticity theory.
Analysis predicts that perfectly smooth, circular disks do not migrate, and that nanometric deviations from a planar circular, contact line, like those around a weakly roughened planar disk, will drive migration with linear dependence on deviatoric curvature, in agreement with experiment.
For monopolar stimulations, a planar disk electrode (diameter 10 µm, Figure 3.A) and a 3D cylindrical ground electrode, similar to the one used in the previous geometry, were used.
The optimum GA amount (1 %) was higher than when using planar disk electrodes (0.25 %) [ 48], perhaps caused by the nanoparticle curvature but also because of using another CDH.
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The model is applied and validated on a planar disk-shape anode-supported cell.
negatively biased planar disk-shaped probe, positioned normal to the duct axis at a distance of 150 mm from the anode exit, monitored the ion saturation current, Ip.
Models have been proposed for the three systems described and in the present overview these have been classified as azimuthal rotation of planar disk-like complexes, interdigitated stacking of octahedral complexes and staggered stacking of polycatenar elongated planar complexes, respectively.
A landmark-constrained T-Map is then computed between two planar disks such that the maximal conformality distortion is minimized while the landmarks are matched.
Here the color-coded DT maps showed planar "disk-like" diffusion profiles indicative of crossing fibers oriented within in the coronal plane (Fig. 1D. blue color).
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