Examples of 'polymer nanoparticles' in a sentence
Meaning of "polymer nanoparticles"
polymer nanoparticles: Polymer nanoparticles are tiny particles made of polymers, which are large molecules composed of repeating subunits. These nanoparticles have various applications in industries such as medicine, electronics, and materials science due to their unique properties and abilities
How to use "polymer nanoparticles" in a sentence
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polymer nanoparticles
Coupling of streptavidin to polymer nanoparticles.
Polymer nanoparticles and nanocomposites are changing the face of products in numerous fields.
Advantageously the composition is one wherein the polymer nanoparticles are spherical.
The polymer nanoparticles may have a high dilation capability as mentioned above.
The polymers described herein can also be in the form of polymer nanoparticles.
What remains are small polymer nanoparticles that consist of small rings inside.
Suitable methods of preparation are similar to those referenced above for polymer nanoparticles.
The loading of antitumor agents through polymer nanoparticles is a promising strategy for cancer treatment.
Polymer nanoparticles are self-assembling polymer-based particles.
The polymerization reaction used to prepare the polymer nanoparticles may be terminated with a quenching agent.
The polymer nanoparticles 200 may be formed of thermoplastic material and / or thermosetting material.
Nano-structured carbon and polymer nanoparticles are important examples.
The polymer nanoparticles 200 may be formulated to dissolve at different temperatures and times.
Accordingly, achieving better control over the surface composition of such polymer nanoparticles is also desirable.
The characteristics of polymer nanoparticles differ from those of larger particles of the same material.
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In the present disclosure, unmodified resin may be described as resin not containing polymer nanoparticles 200.
The association between the polymer nanoparticles and the proteins is demonstrated by analytical ultracentrifugation.
Although not shown, a resin mixture 114 may optionally include three or more types of polymer nanoparticles 200.
Composition comprising polymer nanoparticles for controlling resin reaction rates and method of manufacturing.
The resin 112 may maintain its original chemistry around the location the semi-soluble polymer nanoparticles 204.
In a reference example, the polymer nanoparticles may also be provided in non spherical shapes.
Figures 2A-2E are comparative release profiles from nLG, liposomes and solid polymer nanoparticles ( PLGA ).
In addition, the polymer nanoparticles 200 may be provided in a rounded or spherical shape.
The method includes mixing soluble and / or semi-soluble polymer nanoparticles into a resin to form a resin mixture.
The polymer nanoparticles 200 may be formed of any one of the above-mentioned thermosetting materials.
CIDETEC contributes to the NC with single-chain polymer nanoparticles and Utrecht University with liposomes.
The polymer nanoparticles 200 may also be provided in a hollow configuration having a rounded or spherical shape.
Thus, the use of nanoparticles, such as polymer nanoparticles Weissleder, Tung et al.
Advantageously, the polymer nanoparticles 150 may have a relatively high distortional capability and / or dilational capability.
In some examples, different size polymer nanoparticles 200 may be used.
The polymer nanoparticles 200 have a non-elastomeric thermoset component.
The finally obtained polymer nanoparticles had concentration of 0.2 mg / mL.
Polymer nanoparticles can be polyimides, PVDF, PEO ( polyethylene oxide ), polymethacrylates, polysiloxanes.
However, for certain applications, the polymer nanoparticles 200 may have a cross-sectional width of up to 2 microns.
Some of the polymer nanoparticles ( 200 ) are formed of a different material than other polymer nanoparticles.
In Figure 9, the CTE axes of the polymer nanoparticles 214 are oriented in random directions.
The polymer nanoparticles 200 ( Figure 4 ) have a spherical shape to avoid increasing the resin viscosity.
As indicated above, the polymer nanoparticles 200 may be mixed into a prepregging resin.
In some examples, polymer nanoparticles 200 may be applied selectively throughout a composite structure 100.
In some examples, some of the polymer nanoparticles 200 may have a non-elastomeric thermoset component.
As indicated above, polymer nanoparticles 200 may also be applied to a fiber form during prepregging operations.
In some examples, the polymer nanoparticles 200 may be provided in different particle sizes.
The directional-CTE polymer nanoparticles 214 may be formed of an anisotropic material such as a crystalline material.
In the example shown, the polymer nanoparticles 200 may be uniformly distributed throughout the composite layer.
Furthermore, the polymer nanoparticles 150 are provided in a spherical shape.
In addition, the polymer nanoparticles 200 are provided in spherical shape.
For example, a solution of polymer nanoparticles 200 may be uniformly applied throughout a composite layup 102.
The dissolution of the polymer nanoparticles 220 may alter the properties of the resin mixture 118.
As indicated above, the polymer nanoparticles 200 may be fabricated prior to incorporation into the resin 114.
In one example, the polymer nanoparticles 220 may be formed of thermoplastic material for toughening a resin 114.
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