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 of 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 …

A parallel, lattice based Kinetic Monte Carlo simulation is developed that runs on a GPGPU
board and includes Coulomb like particle–particle interactions. The performance of this …

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 …

Selective fluorination of organic semiconducting molecules is proposed as a means to
achieving enhanced hole mobility. Naphthalene is examined here as a root molecular …

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 …

The current density-voltage (JV) characteristics of hole-only diodes based on poly (2-
methoxy, 5-(2′ ethyl-hexyloxy)-p-phenylene vinylene)(MEH-PPV) were measured at a wide …

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 electronic transition rates and pathways underlying interfacial charge separation in
tetraphenyldibenzoperiflanthene: fullerene (DBP: C70) blends are investigated …

Carrier mobilities in polymeric insulators strongly depend on the morphology of the system.
In this study, in order to achieve a comprehensive understanding of hole transfer in PE, we …