Examples of 'microdroplets' in a sentence
Meaning of "microdroplets"
microdroplets (noun) - Tiny droplets of liquid with diameters in the micrometer range, often found in aerosols, sprays, or other fluid dynamics contexts
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- plural of microdroplet
How to use "microdroplets" in a sentence
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microdroplets
The microdroplets are prevented from reconstituting a mass.
The formation of microcapsules was observed after dehydration of the microdroplets.
Microdroplets of octene circulated throughout the system.
Chemists discover water microdroplets spontaneously produce hydrogen peroxide.
Microdroplets of mouse urine can cause allergies in children.
The present invention contemplates a method for moving microdroplets.
Preferred microdroplets can also be in the microliter range.
These devices are particularly containers provided with devices to generate microdroplets.
Preferred microdroplets can also be in the microlieter range.
A decrease is observed over several minutes as the microdroplets release propofol.
The microdroplets also contain a target at a constant concentration.
The device can create thousands of emulsion microdroplets per minute.
Microdroplets are mostly surface.
According to the method of the invention the droplets can be microdroplets.
The microdroplets of culture medium contained pure populations of hPFEs.
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The external phase is the medium in which the microdroplets are dispersed.
The microdroplets are then frozen by means suitable to form microparticles.
Removing the first solvent from the microdroplets to form the microparticles.
These microdroplets can then be frozen by means suitable to form microparticles.
Aggressive emulsification conditions are applied in order to produce microdroplets of the polymer solvent.
Introduction of the microdroplets causes an instantaneous rise in light scattering.
The gas breaks up the liquid and projects microdroplets towards the target.
Numerous microdroplets were observed on the surface of the funnel to which pollen adhered.
The fluids that can be used to form microdroplets also limit the technique.
The nebulized microdroplets were frozen in the microdroplet cryofixation device described in the specification.
An ultrasonic device for the continuous production of microdroplets of uniform particle size distribution.
The microdroplets then are hardened to form polymeric microparticles that contain the active agent.
The emulsion is thus broken down by the gathering of microdroplets into big drops.
Preparation of propofol microdroplets requires intense mechanical agitation or high sheer.
This procedure yielded lecithin-coated propofol microdroplets.
The extreme finesse of the microdroplets of water allows instant mixing with the air.
Thus, for pneumological applications, it is necessary to generate aerosols in microdroplets.
This device only makes it possible to obtain microdroplets of uniform size and not microcapsules.
Spraying microdroplets divides the volume of liquid deposited sufficiently to avoid any risk of dilution.
The high acoustic intensity then tears microdroplets off the wall of the jet.
Propofol microdroplets migrated to the air-water interfaz.
This agent migration is greater with small emulsion microdroplets because of their increased surface area.
Particularly, we numerically bring to the fore new mixing dynamics inside microdroplets.
The emulsion formed comprises microdroplets containing active agent encapsulated in a polymeric matrix material.
Under the effect of aerodynamic shear, the liquid is separated into microdroplets.
The presence of the oil microdroplets substantially reduces the rate of bioabsorption of the sponge.
The homogenized organic mixture was dispersed as microdroplets in the poly ( vinyl alcohol ).
The lecithin microdroplets and liposomes degrade or are phagocytized too rapidly, in a matter of hours.
A collector for removing the cooled microdroplets from the cryogenic surface ;.
In other words, the repeatability and accuracy of the analyses are limited by these microdroplets.
The preferred use of the microdroplets is the localized, time-release delivery of anesthetics.
From another standpoint, the ejection directions of the microdroplets are varied significantly.
The microdroplets are then slowly lyophilized or air-dried to form beads which are then crosslinked.
In particular, all the known processes for preparing emulsions of microdroplets may be used.
Among the microparticles, vegetal oil microdroplets have numerous advantages over solid microparticles.
