The temporal evolution of the ensemble-averaged particle height, time-averaged vertical particle velocity, temporal variation of the bubble diameter, time-averaged void-fraction distribution across the bed, and the time taken for computation are used as the variables for comparisons.
First, in order to establish the relative importance of individual experimental variables on the tissue reaction including number of neurons, effects of implant fixation mode and diameter, time-point after implantation and distance from implant were analyzed.
Independently of electrode diameter, time-point after implantation, distance and depth of section, the un-tethered fixation mode resulted in significantly lower GFAP (F 1, 256) = 38.24, p<.0001, partial η2 = .13) and ED1 (F(1, 256) = 4.52, p<.05, partial η2 = .02) than did tethered.
Blood flow measurement is calculated as cross-sectional area (based on measurement of vessel diameter) times blood velocity.
Multiply the diameter times the diameter (again) times the average depth.
Outcome measures: We measured the systolic (Sd), diastolic (Dd) diameters, time diameter integral (TDI) and time velocity integral (TVI) and then calculated the TVI×TDI and TVI to TDI ratio.
Fig. 3 SEM, diameter-time, length-time, and growth mechanism.
Central pulse pressure will be calibrated from the diameter-time curve and brachial blood pressure [ 25].
Linear relationships were found between subjective evaluation workload, and pupil diameter and time pressure, and a quadratic curve relationship was found between accuracy and time pressure.
The scaling exponent relating droplet diameter and time was determined.
