Sentence examples for emulsion particles from inspiring English sources
Electrocoagulation includes three stages of oxidation reaction at the anode, break emulsion particles and settling.
A typical suspension polymerisation accommodates a simultaneous emulsion polymerisation that produces emulsion particles.
To control the temporal release profile, gelled emulsion particles have been designed that break down in a controlled manner under physiological conditions in the mouth.
These emulsion particles can coagulate and reach a size that is similar to those of satellite particles formed by drop rupture mechanisms in the stirred reactors.
It is evident that the formation of a micro-crystalline phase between the emulsion particles by the longer chain ethoxylate molecules, inhibits the coalescence process.
Gelled emulsion particles are discussed in relation to controlling the release of lipophilic volatiles in the mouth during eating, using a mass spectroscopic technique that enables real time measurement of volatiles on the breath.
Displacement experiments of emulsion and surfactant flooding (poor emulsification) at the same interfacial tension were conducted, and the displacement efficiency of pore-throat scale emulsion (particle size greater than throat diameter but less than pore diameter) was studied.
The emulsion (particle size less than 3 microns) was almost completely washed out of the myocardial region of interest within a few seconds, as would be anticipated for a vascular indicator.
This may result from the heterogeneity in intralipid emulsion particle sizes or the absence of apolipoprotein-assisted binding.
The predominant factors affecting emulsion particle size seem to be pH, electrolyte concentration, and the amino acid and lipid composition of the mixtures [ 3, 4].
Additionally, this composite microneedle architecture provides substantial flexibility in loading of single or multiple diverse cargos either into PLGA through standard double emulsion particle synthesis, or into the supporting PAA matrix through simple co-dissolution during fabrication.
