The present review aims at summarizing the current knowledge on how solid nanoparticles
organize in polymer blends. First, the behavior of low viscosity fluid emulsions containing …

Emulsions have been stabilized by carbon nanotube− silica nanohybrids. The as-prepared
nanotube− silica particles generate water-in-oil (w/o) emulsions, regardless of the water/oil …

A novel toughened polylactic acid (PLA) bionanocomposite with tuneable properties was
successfully prepared by melt mixing PLA with natural rubber and several montmorillonites …

This study aimed to enhance the conductive properties of PLA nanocomposite by controlling
the dispersion and distribution of graphene within the minor phase of the polymer blend …

We examine the effects of interfacially active particles in blends of immiscible homopolymers
with a droplet/matrix morphology. The effect of particles on drop size is not monotonic: at low …

Particles have been shown to adsorb at the interface between immiscible homopolymer
melts and to affect the morphology of blends of those homopolymers. We examined the …

The thermal properties of polymers play a significant role in determining the environment
where they can be applied. Most polyolefins have poor thermal properties such as low …

The influence of surface nature (hydrophobic and hydrophilic) and concentration of silica
nanoparticles on the coalescence behavior of immiscible polydimethylsiloxane (PDMS) …

We examined the effect of interfacially active particles on the morphology and rheology of
droplet/matrix blends of two immiscible homopolymers. Experiments were conducted on …

Polymer blending has been used as one of the successful methods of develo** new
polymeric materials with improved or new synergy of many specific properties for diverse …