Sentence examples for intensity of dispersion from inspiring English sources

The intensity of dispersion of phase depends on motion of the dispersed phase and the characteristics of velocity distribution.

Gas hold-up, mixing intensity of dispersion characterised by exchange flows between adjacent impellers and a volumetric mass transfer coefficient are presented for 18 impeller configurations in triple-impeller vessel of inner diameter 0.29 m.

We found that simply shaking the dispersion with these precipitates could lead to return of the fluorescent intensity of the dispersion to the original level (Fig. 3a, left); in contrast, a control study on using the same treatment for hydrophobic QDs precipitated in water showed no such increase of fluorescent intensity (Fig. 3a, right).

In tower reactors, an optimum intensity of longitudinal dispersion, Boopt, exists at which the substrate conversion has its maximum.

When the intensity of longitudinal dispersion in tower loop reactors is less than optimum (Bo > Boopt) an optimum recirculation ratio, γopt′ exists at which the substrate conversion is higher than at γ = 0 (in tower reactors without a loop) and at Boopt.

The fluorescence intensity of the dispersions in basic media increased dramatically (turn-on signals) when adding protamine, due to the formation of aggregates via electrostatic interactions between the deprotonated carboxyl groups and protein molecules.

A generalised coalescence/redispersion model is formulated, characterised by the intensity of coalescence/re-dispersion interactions and a set of random variables describing the transfer rates of species between the fluid elements.

The content or concentration of fluorescent dye in silica nanoparticles tends to influence the fluorescence intensity of nanoparticles dispersions.

To analyse the origin of modes, the spatial distribution of the electric field intensity for dispersion points marked by circles in Fig. 2 is presented in the Fig. 3 for s-polarization and Fig. 4 for p-polarization in the case of various numbers of layer pairs forming Bragg mirror.

The intensities of transverse dispersion, which are able to overcome the detrimental effects of typical liquid velocity profiles, are outlined for plates of various diameters.

Emerging new bonds between polymers and nanomaterials, increasing intensity of them, and more dispersion of nanomaterial in the polymer are the effects of sonication time.