Sentence examples for bounds significantly from inspiring English sources

Spears et al. [44] suggested the major importance of biostabilization in marine/brackish habitats supporting the current doctrine that high quantities of strong ionic bounds significantly strengthen the EPS matrix.

In particular, Hashin Shtrikman bounds provide significantly tighter constraints on the average polycrystal behavior than do the traditional Voigt and Reuss bounds.

In contrast, HD205A,D207A and HDel202 208 bacteria both bound significantly less to 293 + αVβ3 cells than did WT bacteria or p66 cp bacteria (Fig. 3B), and bound to the cells at efficiencies similar to that of the HB19-1 Δp66 bacterelativetove thethe parental strain (Coburn and Cugini, 2003).

In all cases, it was shown that the growth in heading error was bounded, which significantly reduced the position error to less than 1% of the distance travelled.

However, in aggregate scheduling networks such delay bounds suffer significantly from effects that are due to multiplexing of flows to aggregates.

On the publicly available set of benchmark instances for barge container routing, we demonstrate that this model provides very tight dual bounds and significantly outperforms the existing approaches from the literature for splittable demands.

In addition, while the hole scattering time and hole drift mobility increased with increasing Mg layer thickness, the free holes concentration and hole bounded plasmon frequency significantly decreased.

For example, based on the position of the Bautin point in parameter space we identify a supercritical Andronov Hopf bifurcation as a clear indicator of type II excitability while a subcritical Andronov Hopf bifurcation does not necessarily guarantee a frequency band (significantly) bounded away from zero, i.e. the model could be close to type I and thus close to a homoclinic.

From the performance analysis, it is found that the overall computing power of the mobile cluster is no longer significantly bounded by internal resource capabilities of each individual node since mobile devices have been constantly enhancing their resources and processing power.

Through performance analysis, it is observed that the overall computing power of the mobile cluster is no longer significantly bounded by typical processing capabilities of each individual mobile node (e.g. CPU speed and memory capacity) since the processing power of mobile devices has been constantly enhanced.

At submaximal [Ca2+], the thin filament regulatory system may act in a coordinated fashion, with the probe orientation of Ca2+-bound cTnC significantly affected by Ca2+ binding at neighboring regulatory units.