Electrostatic Field Calculation

Authored by: Farouk A.M. Rizk , Giao N. Trinh

High Voltage Engineering

Print publication date:  April  2014
Online publication date:  April  2014

Print ISBN: 9781466513761
eBook ISBN: 9781466513778
Adobe ISBN:

10.1201/b16748-3

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Abstract

Electric and magnetic fields are essential in electromagnetism, intervening directly in the transmission of electric energy over long distances, where the lines essentially serve as wave guide for the propagation of the fields. The magnetic field allows the conversion of mechanical energy into electric energy in the alternators and the transformation of the voltage level in power transformers. In electrical insulation, the electric field allows the transfer of energy from the field to the charged particles in the insulating dielectric. In effect, electrostatic field exerts a force F on charged particles, free electrons, and ions, according to F=q · E where

q is the electric charge of the particle

E is the electrostatic field

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