polymer matrix

In 2014 researchers used a 3d laser printer to produce a polymer matrix.

This interspersed within a polymer matrix that is not water soluble.

This is achieved by dispersing the particles throughout the polymer matrix.

Small molecules, however, may permeate through the polymer matrix in a relevant time.

T can be significantly decreased by addition of plasticizers into the polymer matrix.

The polymer matrix serves as a container for proteins.

The chemical curing shrinkage of the polymer matrix was also investigated.

When introduced into the polymer matrix, remote actuation of shape transitions is possible.

Furthermore, they can reduce flammability significantly and maintain the transparency of the polymer matrix.

These unique fibre properties carry over to polymer matrix composites reinforced with them.

It is particularly true for polymer matrix composites.

Finally, it imparts mechanical stability to the polymer matrix.

The most widely used composites have polymer matrix materials, which are typically poor conductors.

In this technology, moldable polymer matrix emits light when exposed to an electric current.

All overlapping except for jammed spheres and polymer matrix.

The photoactive layer can be created by mixing nanoparticles into a polymer matrix.

This procedure involves the digestion of the polymer matrix using an acid which does not attack the fibers.

Many commercially produced composites use a polymer matrix material often called a resin solution.

A hydrogel is a porous crosslinked polymer matrix filled with water.

A widely accepted one is the Ogston model which treats the polymer matrix as a sieve.

Second harmonic generation has been demonstrated as a method to read data written into a poled polymer matrix.

In other words, silane coats the glass fibers to create better adhesion to the polymer matrix.

Azobenzene molecules can be incorporated into polymer matrices as stabilizers.

Transport properties such as diffusivity relate to how rapidly molecules move through the polymer matrix.

Bacteria in such a film are embedded in a polymer matrix, which makes them harder to kill than isolated individuals.