The corresponding degree of orientation drops slightly at elevated shear rates of about 600 s−1.
But the subjects' ability to determine the lines' orientation dropped 16% when they viewed fine-lined patterns that moved in tandem with their eyes.
Look for the "Orientation" drop-down menu.
Select the option you want and then click Look for the "Orientation" drop-down menu.
The obtained favorable orientation through drop test is also compared with the likely orientations identified through theoretical methods like energy barrier method, centroid solid angle method, stability method and critical solid angle method.
First, the firing rate at the control optimal orientation (9.1°) dropped by 35% after the first adaptation and by 65% following the second adaptation (paired sample two-tailed t-test, p<0.001 and p<0.00001, respectively, Fig. 2B).
In this process, parts that are at undesirable orientations are dropped into the resource area and sent back to the track.
Similar formulations are made for elliptical tubes at 60° to 90° tube orientation, the pressure drop decreases to 11%% while the same at 90° to 45° tube orientation, the pressure drop decreases by 9 % as shown in Figs. 33, 34, and 35.
Similar formulations are made for the elliptical tubes at 60° to 90° tube orientation, the pressure drop decreases to 30%% while the same at 90° to 45° tube orientation, the pressure drop decreases by 25%% as shown in Figs. 28, 29, and 30.
An algorithm that determines the drop orientation and canting angle is added to the current system.
