Abstract
Electrostatic modeling for the evaluation of the capacitance of the dielectric-coated metallic spherical and parabolic bowls is presented in this article using the method of moments with a pulse basis function and a delta matching. Two sets of integral equations are formed, relating the potential on the metallic surface and the charge density and the normal component of the displacement flux density at the metal–dielectric–free-space interface. A matrix equation is formed, which is solved for the unknown charge densities. Numerical data on the capacitance has been presented, and the validity of the analysis has been justified.
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