Electric Fields in Composite Dielectrics and Their Applications

By Boonchai Techaumnat and Tadasu Takuma

Book Overview

Preface. Acknowledgements. 1 Basic Properties of Electric Fields in Composite Dielectrics. 1.1 Background. 1.2 Fundamentals of Composite Dielectric Fields. 1.3 Effect of Conduction. 1.4 Outline of Field Behavior near a Contact Point. 1.5 Outline of the Chapters. References. 2 Electric Field Behavior for a Finite Contact Angle. Introduction. 2.1 Analytical Treatment. 2.2 Numerical Treatment. 2.3 Effect of Volume and Surface Conduction. References. 3 Electric Field for a Zero Contact Angle (Smooth Contact). Introduction. 3.1 Stressed Conductor in Contact with a Solid Dielectric. 3.2 Uncharged Spherical Conductor Under a Uniform Field. 3.3 Stressed Conductor on a Solid Dielectric of Finite Thickness. 3.4 Other Basic Configurations. 3.5 Effect of Volume and Surface Conduction. References. 4 Electric Field Behavior for the Common Contact of Three Dielectrics Introduction. 4.1 Contact of Straight Dielectric Interfaces. 4.2 Perpendicular Contact of a Solid Dielectric with another Solid. 4.3 Numerical Analysis of Field Behavior. References. 5 Electric Field in High-Voltage Equipment. Introduction. 5.1 Finite Contact Angle: Prevention of Field Singularity near a Contact Point. 5.2 Zero Contact Angle in Gas-Insulated Equipment. 5.3 Common Contact of Three Dielectrics. 5.4 Application to High-Field-Emission Devices. References. 6 Electric Field and Force in Electrorheological Fluid: a System of Multiple Particles. Introduction. 6.1 Equivalent Dipole Expression. 6.2 Particles Lined Up Parallel to an Applied Field. 6.3 Particle Chain Tilted to the Field Direction. 6.4 Two-Particle Chain Between Parallel Plane Electrodes with the Minimum Separation. 6.5 Nonhomogeneous Particles. References. 7 Electric Field and Force on Toners in Electrophotography. Introduction. 7.1 Fundamental Characteristics. 7.2 Charged Dielectric Particle on a Conductor. 7.3 Charged Dielectric Particle on a Dielectric Barrier. References. 8 Analytical Calculation Methods.Introduction. 8.1 Variable-Separation Method for Straight Dielectric Interfaces. 8.2 Iterative Image Charge Method. 8.3 Uncharged Conducting Sphere Under a Uniform Field on a Dielectric Plane. 8.4 Re-expansion Method for a System of Particles. References. 9 Numerical Calculation Methods. Introduction. 9.1 General Remarks. 9.2 Charge Simulation Method (CSM). 9.3 Surface Charge Method (SCM). 9.4 Boundary Element Method (BEM). References. Index.

• Format: Hardcover
• Language: English
• ISBN: 9048193915
• ISBN13: 9789048193912
• Release Date: August 2010
• Publisher: Springer
• Length: 178 Pages
• Weight: 1.05 lbs.
• Dimensions: 0.6" x 6.1" x 9.2"