Epoxy‐based dielectrics are extensively used in grid‐connected energy systems and
modern microelectronics as electrical insulation, adhesive, and packaging components …

It is a huge challenge to explore how charge traps affect the electric breakdown of polymer‐
based dielectric composites. In this paper, alkane and aromatic molecules with different …

Electrical conductivity measurements of polyethylene indicate that the semicrystalline
structure and morphology influence the conductivity. To include this effect in atomistic …

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 …

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 …

Hole mobility in crystalline polyethylene (PE) is evaluated from an atomistic point of view,
with the combination of quantum chemical calculation and kinetic Monte Carlo simulations …

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 …

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 …

The nature of electron and hole polarons on poly (9, 9-di-n-hexylfluorenyl-2, 7-diyl)(pF) and
a copolymer poly [(9, 9-di-n-octylfluorenyl-2, 7-diyl)-alt-(benzo [2, 1, 3] thiadiazol-4, 8 …