Sentence examples for maximum concentration gradient from inspiring English sources

We demonstrate how AERYN allows recognition of high frequency elemental fluctuations, including those which occur perpendicular to the maximum concentration gradient.

The directional vector is a unit vector, and the local search for maximum concentration gradient is restricted to adjacent voxels.

Once the volumetric mass transfer coefficient has been determined, the overall volumetric mass transfer rate R in Eq. (2) can be calculated for the maximum concentration gradient, considering that under mass transfer-limiting conditions the dissolved concentration of the target compound is zero as it is degraded immediately by microorganisms.

The boundary of dye and clot interface was defined as the location of maximum dye concentration gradient.

As demonstrated in Figure 3A 3C, cells expressing desensitizable receptors migrate more toward the ligand source when the maximum ligand concentration is relatively low (i.e., 2 nM and 20 nM) compared to the ligand gradient with high maximum concentration at the center of the gradient field (i.e., 200 nM).

It can be observed when the feed solution pH is equal to 2, the removal efficiency of phenol reaches the maximum 95%, since the larger concentration gradient of phenol is the factor driving phenol across the PIM.

A separate experimental study that used a jet flow in an open space reported that there is a maximum propagation velocity at a critical fuel concentration gradient coupled with the enhancement of a diffusion flame branch and that the critical concentration gradient can be varied even by the difference in velocity variation near the flame.

For example, auxin forms a gradient trough the root with the maximum concentration in the SCN, especially in the QC and columella initials, but the importance and implication of this subtle gradient was impossible to test with this model.

It was found that for all metal poisons under study there is a radial concentration gradient where there is a maximum near the surface of the catalyst particle, gradually decreasing towards the particle's interior.

Besides the apical-basal gradient of auxin with high levels of auxin at the top of the gynoecium and low levels at the bottom (Nemhauser et al., 2000), a reverse gradient could exist for cytokinin with a maximum concentration at the basal and a minimum concentration at the apical end (Østergaard, 2009; Sundberg and Østergaard, 2009).

It was shown that for all poisonous metals, specific to the particles under study, there is a radial concentration gradient in which the concentration goes from a maximum near the surface of the catalyst particle to the interior.