The facet width defines lateral discretization of these MIM waveguide modes resulting in solutions of different symmetry within the cavities.
A nonconstant nucleation rate can be ruled out as it would give rise to a nonlinear growth of the {110} facet, but a linear growth of the {110} facet width was measured.
This is expected since confined MIM modes at higher energies sit where the dispersion is flatter (Supporting Information Figure S7) and thus tune less with a change in facet width.
Decreases in facet width were approximately threefold greater in nondiseased (P < 0.01) and stenotic (P = 0.03) specimens following HL versus the iO-Flex system.
The facet definition is opened by the facet keyword and terminated by end facet.
The percentages indicate the facet joint forces of all models normalized by the facet joint forces of INT.
The approximate number of facets in each eye was calculated by dividing the total area of the eye (in μm) by the facet lens area (in μm).
Parameters of the facet joints (height and width) were established to assess the facet joint in the parasagittal and transverse planes on all volunteers.
Divide the finished width by the square width.
Stacking width is influenced by the width of the gangway and the length of the pallets.
