The speckle pattern is numerically designed, printed on paper using a standard laser printer, and transferred onto the measurement surface via a thermo-mechanical process.
The resulting winding patterns were numerically simulated for various numbers of partitions.
The three main types of patterns observed in linear and radial flow experiments, namely, compact, wormhole and uniform patterns are numerically simulated.
Overall, these data patterns are numerically epitomized in Table 3. S+ = Shape-relevant, S+/- = Shape relevant and irrelevant distracter, and S- = Shape-irrelevant At this late-latency stage, location relevant pairs elicited much larger P300 than irrelevant ones [F 1, 17) = 14.01, p < 0.001; L+ = 2.780 μV; L- = -0.256 μV), as unequivocally shown by the ERP waveforms of Figure 6.
Because motion sensitivity was numerically smaller for faces than for objects and patterns, there was a motion × category interaction (F1,50 = 9.52, P = 0.009).
In 1936 the Tahitian Navy was numerically unimpressive, but the morale of the sailors was high.
The channel capacity was numerically derived in two steps.
This pattern was also present numerically in V3/Vp and V3a/V4 but reached only marginal significance in V3/Vp (t(26) = 2.02, P = 0.071) and was not significant in V3a/V4v (t(26) = 1.24, P > 0.2).
Flow distributions along the machining gap with different electrolyte flow pattern are compared numerically and experimentally.
As an example, the stabilizing effect of gas injection on the flow pattern is studied numerically.
