A Relativistic Based Computational Technique For Scattering Analysis Due To An Accelerating Target

Abstract

A Relativistic Finite Difference Time Domain method based computational platform is proposed for computation of electromagnetic scattering due to an accelerating perfectly electrical conductor target under the action of gravity. A linear inverse scattering method is also presented to calculate the acceleration of the target by analyzing the scattered field, which also helps to validate the proposed forward scattering model.