At higher inspection frequencies these modes cannot be separated any longer based on their vibration polarization only, which is mostly tangential for the S0 mode while mostly normal for the A0 at low frequencies, as the two modes become more similar as the frequency increases.
Brittle removal mode becomes more significant and transverse cracks are initiated once M-UCT exceeds 0.3 μm.
Since, as one increases the value of this smoothness parameter, the convergent mode becomes more global, that is, it smoothes out local perturbations.
Under increased excitation density, the superradiance mode becomes more significant, coupling the QDs of the ensemble and leading to a decrease of the τd λdet) value.
The performance of GeoCross and GeoDTN+Nav increases fast as the transmission range increases, because the perimeter mode becomes more efficient for larger transmission ranges.
Furthermore, the forbidden transverse optical (TO) mode becomes more pronounced for the samples with higher bismuth composition, which can be attributed to the effect of Bi-induced disorders on crystal symmetry.
Close to the transition zone, the fast mode becomes more dominant for all systems.
Generally, the slow mode becomes more dominant at lower scattering angles, and for this system, it dominates completely at very low angles.
For both polymers, the slow mode becomes more dominant when the polymer concentration is increased due to the enhanced tendency to form large aggregates at high concentrations.
To the fine linens available in costume were added cotton from India and silk from China; thus the draped mode became more varied and elaborate.
