COULOMB Resources

Optimization of Complex Electrode System for Use in Electrical Measurements

Electric Field Calculations with the Boundary Element Method

Three-Dimensional Electrostatic Field Analysis on the Microcomputer

Use of the Boundary Element Method for Pulsed Power Electromagnetic Field Designs

3D Electrostatic Modeling of an Extended Lifetime, 100 pps, 500kV, Low Jitter Trigatron

Experience Using the Boundary Element Method in Electrostatic Computations as a Fundamental Tool in High Voltage Switchgear Design

Virtual Prototyping of High Voltage Switchgear

Quadrupole Levitation of Microscopic Dielectric Particles (MEMS)

2000 Annual Report Conf. on Electrical Insulation & Dielectric Phenomena

Brittle Fracture Failures at Israel Electric: Study & Analysis

Electric Field & Potential Distributions along Dry and Clean Non-Ceramic Insulators

Electric Field & Potential Distributions along Non-Ceramic Insulators with Water Droplets

Benchmark Problem for Simulating Electric Fields Near Sharp Corners

Design and Test of Transformers

Electric field calculations are essential for high voltage insulators