This review focuses on the use of polyolefins in high‐voltage direct‐current (HVDC) cables
and capacitors. A short description of the latest evolution and current use in HVDC cables …

This review highlights the updated picture of charge transport in polymer dielectrics and
offers suggestions for future research. It begins with the backgrounds of the various …

Extruded high voltage direct current (HVDC) cable systems contain interfaces with poorly
understood microscopic properties, particularly surface roughness. Modelling the effect of …

In order to evaluate the carrier transfer properties in polymers with flexible backbones, we
have proposed a simplified multi-scale modeling approach combining molecular dynamics …

Electrical degradation and electric field distortion in polymers are inherently determined by
their charge transfer and charge injection properties. In this contribution, we have proposed …

Recently, hole mobilities in polyethylene (PE) oligomers has been investigated by means of
Marcus theory. Although it is well known that Marcus theory is successfully applied to …

There are various models for describing the charge transport in polymers but it is unclear
how to choose the appropriate one for a given system. In this study, we determine the …

It has been found that doping dielectric polymers with a small amount of nanofiller or
molecular additive can stabilize the material under a high field and lead to increased …

Despite its importance, carrier conduction in electrical insulators is poorly understood. This
work presents a computational study of hole conduction in single crystalline alkanes (nC 18 …

Oil-paper insulation is widely used as a reliable composite insulation system in power
transformers. The dielectric property of oil insulation plays an important role in the reliable …