Harmful disruptions are a result of the miniaturization and enhancement of contemporary
electronics and communication. Self-healable, flexible, and lightweight elastomeric …

Approaches to the synthesis of polymer composite materials filled with graphene and its
derivatives, methods of introducing graphene and its functionalized forms into polymer …

In this work, PEDOT: PSS syntactic foams with different glass bubbles (GB) contents were
prepared. The effect of the generated microstructure on the electrical conductivity and its …

Conductive polymer composites (CPCs) with nanocarbon fillers are at the high end of
modern materials science, advancing current electronic applications. Herein, we establish …

The development of new electrically conductive polymer composites is one of the most
important research areas of composite materials science community nowadays. This work is …

Electrical, optical and morphological properties of polymer nanocomposite materials are
quite interesting to investigate due to their innovative characteristics and applications …

Develo** new polymer composites with special properties for 3D printing is one of the
most attractive tasks. In our study, we have developed new polymer powders based on rGO …

This work is devoted to the formation and study of polymer composites with a segregated
structure filled with single-walled carbon nanotubes (SWCNTs), reduced graphene oxide …

The polymerization filling method is used to obtain nanocomposites based on ultrahigh
molecular weight polyethylene (UHMWPE) and graphene at with an ultralow content of …

Using the polymerization filling technique, composite materials have been obtained based
on ultra-high molecular weight PE and fillers of platelike (graphene or graphite …