Collection efficiencies are enhanced by setting the initial position of the aerosol closer to, and then, inside the array.
Initial positions, which are set inside the array, eliminate the erratic trajectories observed for aerosols that start their motion outside the array.
For droplets inside the array there are significant differences in droplet drag, heat transfer, and mass transfer, and the results depend on the droplet array configuration.
Thus, tube location inside the array significantly affects its fluidelastic stability behavior when tested as a single flexible tube in a rigid array.
Hence, the spatial distribution of the apertures inside the array is also accounted for.
The fact that the balls moved in the same direction inside the array for different forcing angles is referred to as phase locking.
By measuring the radio-signal strength from all the transceivers while Wilson walked around inside the array, the system could calculate his location with an accuracy of about 1 meter.
As it can be seen, the array maintains the free-field assumption, i.e., there are no objects inside the array that may diffract the sound waves coming into the the three microphones.
For writing '1' into a cell inside the array, a 3.5-V, 100-μs pulse is applied across the selected cell through the CMOS decoder circuit while the other unselected electrodes in the 40 × 40 arrays are connected to a protective voltage with amplitude equaling half of the programming voltage to minimize disturbance of the unselected cells.
Then, it is processed by each PE (as it is explained in Section 4.2) and subsequently propagated in the horizontal and vertical directions to the neighbour PEs inside the array, advancing one PE level (in both directions) at each clock cycle.
