Adding small amounts of nanoparticles is an effective way to manipulate the morphology of
immiscible polymer blends. However, although diffusely recognized, the potential of such an …

Interfacial rheology is crucial in dictating morphology and ultimate properties of particle-
stabilized polymer blends, but is challenging to be determined. In this study, a fully polymeric …

Cocontinuous polymer blends have wide applications. They can form conductive plastics
with improved mechanical properties. When one phase is extracted, they yield porous …

Bicontinuous, interfacially jammed, emulsion gels (bijels) are a novel class of materials
composed of two immiscible phases with interpenetrating domains that are stabilized by a …

This chapter discusses the morphology development of immiscible binary polymer blends. It
first describes morphology development in droplet‐matrix structures, the dynamics of fibrillar …

Conventional thermoplastic elastomer from rubber–plastic blends has rubber domains of a
few micrometers dispersed in a plastic matrix. Nanotailoring of novel thermoplastic …

Abstract Poly (lactic acid)(PLA), as a biodegradable and biocompatible polymer, has
attracted extensive attention and investigation in recent years. However, the inherent …

This research reports on the preparation and characterization of absorbing electromagnetic
(EM) nanocomposite shields based on polycarbonate (PC)/polystyrene-co-acrylonitrile …

A poly (ethylene-cb-propylene) comb block copolymer (P (E-cb-P)), prepared by
copolymerization of vinyl-terminated atactic polypropylene and ethylene, was used to …

We have investigated melt blending approaches to interfacial localization of few‐layer
graphene in cocontinuous polymer blends with polyethylene as one of the components …