The phrase "easy dispersion" is correct and usable in written English.
You can use it to refer to a situation where something spreads out quickly and easily. For example, you could say "The crowd quickly dispersed due to the easy dispersion of the group."
This may be because of the easy dispersion of nanofillers in the rubbery phase and hence the high vinyl acetate grades disperse the fillers well.
But then, an easy dispersion model can simplify the assessment of the hourly time series for 1 year of meteorological and emission conditions, that is necessary for the calculation of statistical parameters, so as demarcated in national air quality guidelines.
The high VA-containing polymers show more affinity toward fillers due to the large free volume available and allow easy dispersion of nanofillers in the amorphous rubbery phase, as confirmed from the morphological studies.
In particular, the CH is an interesting synthesis method due to the formation of different oxides with a good control on the morphology and particle sizes, high degree of crystallinity, and easy dispersion in aqueous medium [43].
Palladium spherical particles 0.23 μm in diameter were synthesized by reducing palladium acetate with hydrazine in the presence of surfactant, with an aim of exhibiting both easy separation by filtration and easy dispersion for a catalyst.
However, the stronger hydration and easier dispersion in water observed for Hummers GO do not correlate with better dispersion of graphene powder obtained by thermal exfoliation.
The synthetic materials showed talc lamellar structure but, in contrast with natural talc, their smaller size (about 300 nm) and their hydrophilic character allowed easier dispersion of the particles in the sol gel matrix.
It was found that the resultant composite was easy to disperse in ethanol and that the dispersion had very good stability, which is believed to be related to the novel hierarchical nanostructure formed during in situ mechanochemical polymerization.
The technique of talc pre-coating with CMC makes the talc dispersion easier and could open interesting perspectives in engineering processes using talc dispersions.
On the other hand, Ag NWs show much better dispersibility, and are easier to re-dispersion in methanol and isopropyl alcohol than in aqueous solution.
Such dispersion hinders easy cluster separation, specially for small aroma intensities.
