Application of the Locally Corrected Nystrom Method to the EFIE for the Linear Dipole Antenna

摘要

The locally corrected Nystrom method is used to solve the electric field integral equation to determine the currents and input impedance of a hollow linear dipole. The results suggest that the Nystrom method, despite the use of a discontinuous underlying representation for the currents, can produce currents and input impedance comparable in accuracy to those obtained by the method of moments.