Sentence examples for much larger initial from inspiring English sources

That's a much larger initial launch pool than the 3rd gen iPad's 12 kick-off markets.

"In terms of a new food product, this is much, much larger initial manufacturing run than has happened in the past," Rhinehart said.

Of the four formulations, Formulations A C show a much larger initial burst than Formulation D. The initial burst value at day 1 for Formulation D was around 7%%, nearly two to three times lower than the 13 20 % drug absorption seen with Formulations A C.

In the days following the lesion, a much larger initial leftward-directed saccade with a large vertical component (4.5 6.5 degrees at 23 degrees to the left of the vertical meridian) was noted.

Chlorpyrifos elicited significant up-regulation of cat and transient up-regulation of gss, effects that were not seen in the undifferentiated state, as well as eliciting much larger initial increases in gpx2 and gpx7; for the latter, we found a significant subsequent rebound suppression at 72 hr.

In contrast to DZN, neonatal PRT exposure produced a much larger initial sensitization of hepatic AC in adolescence, again involving global changes at the level of AC itself, but additional pathway effects were evident at the lower dose, reflecting smaller increments for glucagon and fluoride than for isoproterenol and forskolin.

The experiments were similar to those carried out previously using volcanic ash by Girolami et al. (2008, 2010) but explored a much larger range of initial aspect ratios (height-to-length ratio, a = 0.25 to 4).

In order to compare the numerical results with the analytical predictions for infinite systems presented above, a domain size much larger than the initial void radius is used in conjunction with Dirichlet boundary conditions at the outer boundary.

As seen in Fig. 2a, ε xx has the maximum value of about 15.4% at two basal edges which is much larger than the initial strain, but decreases sharply from the edge to the center with the minimum value of about 3.3%.

The reason for this is a combination of two factors: a) the beam angle to the sample (typically at 45°) and the beam depth of penetration results in a beam interaction volume much larger than the initial beam spot size and b) the particular angle of the serpentine calcite interface in the depth dimension will influence the fluorescence signal across that interface.

A different modeling strategy would probably be required to estimate the potential extent of outbreaks for much larger numbers of initial index cases, but such events are likely to be much less probable.