Sentence examples for between matrix chains and from inspiring English sources

The slower dynamics is caused by an increase in entanglement density due to mixing/interactions between matrix chains and compatibilizer chains chemically attached to the droplets.

These results suggest that entanglements between matrix chains and the non-adsorbing block impart good stress transfer and interfacial strength across the interface.

The response of the mean square radius of gyration, 〈s2〉matrix, of the free matrix chains to disordered arrangements of the filler particles is evaluated for differences in the compactness and mobility of the filler particles, and for various relationships between the mass of matrix chains and filler particles.

It depends on the completeness of the collapse of the chains that represent the filler particles, the mobility of these particles, their concentration, and the relationship between the number of beads in the matrix chains and filler particles.

The formation of rigid amorphous fraction (RAF) layer around SiO2 with the thickness of 16.4 nm led to the adjacent molecular packing frustration, while the "lubrication" effect of nonwetting interface between the grafted crosslinked chains and matrix chains resulted in the segmental acceleration and the reduction of dynamic fragility.

The effective thermal conductivity of both thin film and bulk composites is found to sensitively depend on the interaction between tethered and matrix chains.

The interface relaxation was characterized around 300 s in the GT5 nanocomposites, due to the entanglement between the long grafted and matrix chains, which also contributed lots to the rheology properties enhancement, such as the improving viscosity.

We concluded that grafted chains act as crystallization nuclei and co-crystallize with matrix chains to make PP-g-SiO2 nanoparticles as a physical cross-linker between lamellae, while the linkage disappears in melt and grafted chains minimize the cohesive attraction between nanoparticles.

The adhesion between a homopolymer matrix and a diblock copolymer is shown to depend on the length of the non-adsorbing block that penetrates the matrix chains.

The study therefore suggests that while ion-pair complexes may improve the in vitro kinetics of protein-loaded carriers, their therapeutic potential is dependent on the intensity of interactions between the peptide chains and polymer matrix.

A characteristic feature of the CG model is the ability to capture the covalent interactions between polymer chains, and nanotubes and polymer matrix.