The performance of electrical equipment and devices is determined to a great extent by the
properties of their insulating materials. In power systems and electrical devices, insulating …

In this short review, we discussed some aspects of nanocomposites regarding electrical tree
growth and breakdown. It appears that nanoparticles, properly mixed and dispersed in the …

The mechanical and thermal properties of Kevlar fiber reinforced polymer composites are
favorable. Researchers have extensively studied to improve these composites' mechanical …

Dielectrics in Electric Fields explores the influence of electric fields on dielectric—ie, non-
conducting or insulating—materials, examining the distinctive behaviors of these materials …

This review represents a comprehensive study of nanocomposites for power cables
insulations based on thermoplastic polymers such as polyethylene congeners like LDPE …

Advances in polymer nanodielectrics over the past 50 years, using colloid science, polymer
composite technology, and nanotechnology, are reviewed. Despite rapid progress during …

A comprehensive experimental investigation of XLPE and its nanocomposite with fumed
silica (SiO 2) has been performed by CIGRE Working Group D1. 24, in cooperative tests …

Insulating materials in power apparatus are often exposed to surface discharges in the
course of normal operation, resulting in deterioration of the material surface. In an earlier …

Nanodielectrics, a nowadays popular term in the dielectrics community, has been the
subject of intensive research over the past 10 years. In fact, the term “nanodielectrics” stems …

Polymeric materials enjoy widespread acceptance among electrical insulation design
engineers due to their multi‐functional attributes (eg, excellent dielectric properties, high …