Examples of 'polymer matrices' in a sentence
Meaning of "polymer matrices"
Polymer matrices are the continuous phase in which fillers or reinforcements are dispersed in order to create a composite material. These matrices provide support to the fillers and help determine the overall properties of the composite
How to use "polymer matrices" in a sentence
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polymer matrices
Natural or synthetic polymer matrices may be employed.
Controlled release from biodegradable polymer matrices.
These polymer matrices can comprise mixtures of polymers.
Drug release from polymer matrices.
Polymer matrices for forming microspheres are also described in the literature.
It is also possible to immobilize the ligands in polymer matrices.
Polymer nanocomposites are polymer matrices reinforced or filled with embedded nanoparticles.
The fabric may be used to reinforce polymer matrices.
Chemical modification of polymer matrices is an alternative way to change its surface properties.
These radicals are able to deteriorate most polymer matrices.
Bioresorbable polymer matrices and methods of making and using the same.
Durability of a given fluorescent colorant is different in different polymer matrices.
The use of bamboo as reinforcement in polymer matrices is an established idea.
A fluorescent article according to the invention incorporates multiple polymer matrices.
The dispersion of carbon nanoparticles in polymer matrices has been studied by many researchers.
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Suitable examples of sustained release carriers include semipermeable polymer matrices.
The yields of the resulting amines in polymer matrices were higher than those in solution.
An enzyme may be entrapped within the organic polymer matrices.
Also disclosed are biofunctional polymer matrices and methods of making and using thereof.
The peptide agent is entrapped within the polymer matrices.
Fragrances absorbed onto polymer matrices do not have viscosities similar to traditional perfumes.
Still other medical devices present on their surface polymer matrices.
The polymer matrices described herein may be prepared by methods known in the art.
The pharmaceutically acceptable carriers can include polymers and polymer matrices.
The polymer matrices can be formed into systems by methods known in the art.
A number of drug delivery applications utilize polymer matrices as the drug carrier.
Polymer matrices that contain a drug molecule in a non covalently bound state are well known.
The magnetically responsive microparticles are nonmagnetic polymer matrices containing iron oxide.
Insoluble hydrophilic polymer matrices are preferred for structural reasons over soluble hydrophilic polymers.
A way to address these problems is to dissolve these bioactive compounds into polymer matrices.
Yet the uses of both synthetic fibers and polymer matrices have a significant environmental impact.
Polymer matrices and polymeric coatings are often used as media for encapsulation and controlled release.
Commonly used pigments for incorporation into polymer matrices include titanium dioxide and kaolin.
Carbon is chemically rather unreactive and naturally exhibits a low adhesion with regard to polymer matrices.
Composite materials based on carbon nanotubes and polymer matrices and processes for obtaining same.
These additives may also enhance the stability of solid proteins embedded within polymer matrices.
Various polymer matrices for PDLC systems have been proposed.
The composite material comprises one or more reinforcing fibres and one or more polymer matrices.
PSAs are generally soft polymer matrices which may include an added tackifying resin.
The resulting treated pigments may then be combined with polymers to form novel polymer matrices.
Anesthetics The systems preferably employ biodegradable polymer matrices which provide controlled release of local anesthetics.
SAXS is a highly useful technique for measuring the behavior of nanofillers in polymer matrices.
Lectin immobilized on polymer matrices can be purchased from GALAB Technologies GmbH.
In certain embodiments, sustained-release preparations may include semipermeable polymer matrices.
Hydrogels are crosslinked hydrophilic polymer matrices in water, which is the dispersion medium.
Chemical treatment for fibres, and their use in the reinforcement of polymer matrices.
The polymer matrices were also irradiated, for caracterization of chemical and combustion properties.
Also, even the same dye can have different light durability in different polymer matrices.
In the case of thermoplastic polymer matrices this process, while not easy, is technically feasible.
Absorbent materials may include sponges, absorbent cottons, other absorbent fabrics, and synthetic polymer matrices.
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