Rubber nanocomposites experiencing cyclic deformation undoubtedly exhibit Mullins effect
whose underlining mechanisms are not yet clear. Herein this effect in nitrile butadiene …

The dispersion of nanoparticles in viscous polymers is dictated by kinetics, interaction
potentials between particles, and interfacial compatibility between the matrix and dispersed …

Breakup (dispersion) and distribution of nanoparticles are the chief hurdles towards taking
advantage of nanoparticles in polymer nanocomposites for reinforcement, flame retardancy …

Surface modification of model silica to enhance compatibility in nanocomposites has been
widely studied. In addition to model spherical silica, several authors have investigated the …

Finding a relation between microstructure and properties of nanocomposites is challenging
for engineers to control properties of polymeric systems by controlling their microstructure or …

Surface active agents are often used to improve dispersion of nanoparticles. Quantitative
correlation between these surface-active molecules and nanoscale dispersion is absent …

In polymer nanocomposites, surface modification of silica aggregates can shield Coulombic
interactions that inhibit agglomeration and formation of a network of agglomerates. Surface …

The hierarchical structures of poly (styrene-ran-butadiene)(SBR) rubber/carbon black (CB)
systems vulcanized with sulfur and ZnO have been clarified using anomalous small-angle X …

Polymer nanocomposites are ubiquitous materials that combine the physical properties
offered by polymers such as easy processability, low weight and flexibility to the …

Polymer nanocomposites are prepared by melt compounding viscous polymers with
nanofillers in extruders, mixers, or calender mills. The dispersion of nanoparticles is dictated …