Highlighting a broad range multiscale modeling and methods for anticipating the
morphologies and the properties of interfaces and multiphase materials, this reference …

The low thermal conductivity of polymers limits their heat spreading capability, which is one
of the major technical barriers for the polymer-based products, especially electronics, such …

The importance of melting points in characterization, in the estimation of other physical
properties and toxicity, and in practical applications such as ionic liquids is summarized, as …

The glass transition is by far the most important one among the many transitions and
relaxations observed in amorphous polymers. It has a drastic effect on the properties and …

Polymer micro-and nano-particles are fundamental to a number of modern technological
applications, including polymer blends or alloys, biomaterials for drug delivery systems …

Molecular models of pristine graphene (GN) and GN with Thrower–Stone–Wales (TSW)
defect-reinforced polymethyl methacrylate (PMMA) composites were established. The pure …

We describe a new method for probing phase separation of polymer-blend systems in
spherical microparticles generated from microdroplets of dilute polymer solution. Two …

Monte Carlo simulations of amorphous polyethylene (PE) nanoparticle have been
performed on the second nearest neighbor diamond lattice by including short and long …

Recently, we have developed an experimental technique for the production of
monodisperse polymer particles with arbitrary size and composition. In order to examine the …

Polymer micro-and nano-particles are important in many technological applications,
including polymer blends or alloys, biomaterials for drug delivery systems, electro-optic and …