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 …

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 …

First principles calculations are utilized in order to gain a better understanding of charge
injection from metals to insulators. As a starting point, a comparative study of hole injection …

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 …

Electronic charge transport in polyethylene is via a hopping mechanism. Theoretically
hopping transport in polymers can be studied using kinetic Monte Carlo and Marcus Theory …

Предложена оценочная методика расчета вольт-секундных характеристик пробоя
твердых диэлектриков на основе модели полевой ионизации. Приведена процедура …

A new kind of model is developed to simulate the modification over time of the microstructure
in insulation polymers under electric field and temperature as well as the subsequent …

This thesis presents a research work on understanding and modeling the electrical behavior
of insulation system in cables subjected to high DC constraints. Electrical properties of …