The role of trap characteristics in modulating charge transport properties is attracting much
attentions in electrical and electronic engineering, which has an important effect on the …

A deep understanding of the main factors affecting the insulating properties of polymers is
essential for the progress of insulation components in various applications, including electric …

Vacuum‐dielectric interface is the most vulnerable part of vacuum insulation systems where
surface electrical breakdown is prone to happen, hence severely restricts the development …

In this paper, a superhydrophobic surface is used to increase the flashover voltage when
water droplets are present on a silicone rubber surface. The dynamic behavior of a water …

The surface flashover is affected by many factors, such as surface roughness, nanofillers
and chemical functional groups. In this research study, polyamide mesh was utilised as a …

The hydrophilic surfaces of nanosilica particles were modified to achieve a hydrophobic
characteristic using a vinylsilane coupling agent. The effects of the modified nanosilica …

How to effectively improve the tracking and erosion resistance of silicone rubber (SR) was
an urgent topic in the field of high-voltage insulation. In this work, the tracking and erosion …

Polymer nanocomposites (NCs) offer outstanding potential for dielectric applications
including insulation materials. The large interfacial area introduced by the nanoscale fillers …

Composite dielectrics with high vacuum insulation properties are integral to today's
advanced energy transmission. In this study, 5% mol Yttrium doped BiFeO 3 sub-particles …

Long‐time partial discharge (PD) is regarded as one of the main reasons for the insulation
failure of high‐voltage cables. In this work, we report on the application of atmospheric …