The labels of Figure 2 show the passages from light zones with overlapping layer lines to dark zones with interleaving layer lines.
12.
The labels of Figure 2 show the passages from light zones with overlapping layer lines to dark zones with interleaving layer lines.
13.
More interesting is the case when the inclination degrees of layer lines are not the same for the base and revealing layers.
14.
The distances " T " b and " T " r represent the true space between the base layer and revealing layer lines, correspondingly.
15.
These lamellar bodies are secreted by exocytosis into the surface water layer lining the alveolar airspace, where the surfactant forms a meshwork of tubular myelin.
16.
For any given base layer line inclination, this equation permits us to obtain a desired moir?line inclination by properly choosing the revealing layer inclination.
17.
Figure 8 helps to compute the inclination degree of moir?optical lines as a function of the inclination of the revealing and the base layer lines.
18.
The GIF file repeatedly animates an upward movement of the revealing layer ( perpendicular to layer lines ) across a distance equal to " p " r.
19.
In Figure 6 the inclination degree of layer lines gradually changes according to the following sequence of degrees ( + 30, 30, + 30, 30, + 30 ).
20.
The visceral layer of the membrane covers the organ ( the viscera ), and the parietal layer lines the walls of the body cavity ( pariet-refers to a cavity wall ).
