With the rapid development of electrical equipment and integrated circuits, packaging
materials with high heat dissipation capability are in great demand. Reducing the interfacial …

In most underground power cables, cross‐linked polyethylene (XLPE) is utilized as the main
insulating material, while polyvinyl chloride (PVC) is usually used as a nonmetallic sheath or …

Nanoparticles succeeded to enhance the dielectric properties of industrial insulation but the
presence of voids inside the power cable insulation still leads to formation high electrical …

PVC composites are frequently and widely used in numerous engineering applications
because they offer a cost-effective and versatile solution with improved mechanical, thermal …

Abstract Formulation of voids and impurities inside the power cable insulation may be found
based on fabrication or installation processes that lead to the formation of high electrical …

In this paper, the distribution of the electric field of medium voltage (MV) underground cable
insulation made of polyethylene/copper nanoparticles (XLPE/Cu) is investigated. Three …

The combined insulation interface of a high-voltage cable and accessories is the weakest
part of a cable system. In this paper, the parameters of the dielectric constant, thermal …

Partial discharge (PD) has a well-established relationship with the lifespan of power cables.
This paper has been treated the polyvinyl chloride (PVC) with specified nanoparticles for …

PVC-based nanocomposites with varying concentrations of zinc oxide (ZnO) nanoparticles
are fabricated using the melt mixing technique and then subjected to compression molding …

Polymeric insulators, especially polyamide (Nylon), are renowned for their flexibility,
moisture and chemical resistance, and adaptability to different shapes. Polyamide insulation …