Electromagnetic interference is a phenomenon in which unwanted EM waves create
unnecessary pollution that causes damage to electronic and electrical devices. So, shielding …

Graphene nanoplatelets with excellent electrical conductivity in polymer matrices are highly
promising for the industrial application of electrical conductive materials, however, poor …

The practical use of plastics has rapidly increased owing to their superior physicochemical
properties. Despite their excellent physicochemical properties, the short lifespan of plastics …

Films of polyaniline (PANI) salt with poly (ethylene‐vinyl acetate)(EVA) with two different
PANI salts, PANI‐methane sulfonic acid (PANI‐MSA) and PANI‐p‐toluene sulfonic acid …

The high surface resistance of polymethyl methacrylate (PMMA) causes its poor antistatic
performance. Once the surface is rubbed, the electric charge will be accumulated, and the …

This paper presents a towards support-free design method for 3D printing (3DP) of thin-
walled composite based on stratified manufacturability reinforcement (SMR). The thickness …

Graphene nanoplatelets are promising candidates for enhancing the electrical conductivity
of composites. However, because of their poor dispersion, graphene nanoplatelets must be …

Films of highly oriented α-zirconium phosphate and polyaniline-intercalated zirconium
phosphate with controllable thickness in the micrometer range were grown anodically on Pt …

Conducting polymer composites, which are simply physical mixtures of an insulating
polymer matrix and intrinsically conducting polymers, are promising new materials for …

Diacetylene (DA) is an amphiphilic structure and has been studied as a variety of PDA-
based chemosensors. However, the prospect of using diacetylene (DA) as dopant of …