The eight conditions sampled navigational optic flows (clockwise, counter-clockwise, expansion, contraction) under two angles of gaze.
After hygrothermal ageing, series of loading tests under six angle loading conditions were conducted by employing the specific tensile/shear loading device (developed in Part 1, the companion of this paper).
Under such conditions, F1-ATPase paused at three angles, each 120° apart, waiting for ATP to bind.
As before, a zoom of the 3D image in Figure 10(b), under two different angles of view, limited only to the portion of the longer side of the L-shaped sequence, where the nuclei with highest occurrence probability were found, is depicted.
For a better appreciation of the resolving power of the exposed probability tomography method, Figure 13 shows a zoom of the 3D image in Figure 10(a), under two different angles of view, limited only to the central round sequence of nuclei.
I look at it from two angles.
Include the demo sequence of four angles.
In other words, under these two angle-to-target conditions, participants did not improve both in movement time and throughput after performing ten trials pointing task.
The obtained results show that the slope of the oblique shock wave has little difference when considering the thermochemical non-equilibrium effect under the condition of zero angle of attack.
Essentially, our idea was to have two angles, the current angle and the destination angle.
The story has a thousand angles.
