A Comparison of Performance of Four Methods in Solving Time Domain Integral Equations for Arbitrarily Shaped Conducting Bodies

摘要

The objective of this paper is to generate a temporal response of three dimensional conducting structures by solving time domain effectric-field integral equation. Four methods including Initial MOT/ averaging MOT/ IMPT/ MOO are used to solve the integral equation. Comparison of performance of four methods is presented to illustrate validity for solving late-time instability by simulation of four targets including two simple and two complex conducting bodies.