Sentence examples for boundary speed from inspiring English sources

The shock wave is fitted and regarded as a special boundary, whose boundary conditions and boundary speed (shock speed) are determined by solving Rankine–Hugoniot relations.

We demonstrate that the activation volume (V) associated with the twin boundary propagation can be retrieved from the measure of the twin boundary speed as the stress decreases as in a classical relaxation mechanical test.

The simplifying assumption is that the instantaneous boundary speed is a linear function of the local receptor density.

Our assumption of a simple linear relationship between the receptor density and the boundary speed is phenomenological compared to modeling the TC-APC synapse formation on the molecular level [24].

On each trial, one of the boundary speeds (5 or 13 deg/s), selected randomly, was indicated by a visual cue at the beginning of the trial, prior to the motion stimulus.

The per-session PSE's formed two non-overlapping distributions with means (slow: 6.9 ± 0.1; fast: 11.3 ± 0.12) shifted inward relative to the actual boundary speeds (5 and 13, respectively; Figure 1C).

The results in Figure 7C,D confirmed this prediction, the average discrimination accuracy between the near boundary speeds (4/6 and 12/14) being significantly greater when the stimuli were classified in two different (slow vs fast) compared to the same (slow or fast) categories in both populations (psacc: 0.86 ± 0.02 vs 0.63 ± 0.02; rwd: 0.9 ± 0.01 vs 0.82 ± 0.01, permutation test, p < 0.001).

Similarly to the example neurons, the CIs between the stimuli close to the boundaries (speeds 6 and 12) were different for most individual neurons in both periods of the task.

The majority of these post-decision neurons (psacc: 19/31, 61%; rwd: 15/23, 65%) discriminated significantly only one out of eight stimuli and many of them had significantly different neuronal activity for stimuli on the inside near the category boundaries, speeds 6 and 12 (psacc: 22/31, 71%; rwd: 11/23, 48%).

The majority of these post-decision neurons (psacc: 19/31, 61%; rwd: 15/23, 65%) discriminated significantly only one out of 8 stimuli and many of them (psacc: 22/31, 71%; rwd: 11/23, 48%) had significantly different neuronal activity for stimuli near the category boundaries, speeds 6 and 12. 10.7554/eLife.03727.004 Figure 2. Location of recording sites.

The greater the mosquito invasive ability or advection, the larger the boundary moving speed.