Numerical Simulation of Scattering of Electromagnetic Waves From Traveling and/or Vibrating Perfect Conducting Planes

Electromagnetic forward and inverse scattering analysis of a one‐dimensional collision system

“…In 1908, Minkowski's work verified that Maxwell equations are valid for both static and dynamic environment . Since five decades, many developments are done in the field of electromagnetic scattering from dynamic objects such as scattering analysis in one‐dimensional, two‐dimensional, three‐dimensional cases, scattering analysis due to symmetric and nonsymmetric rotating system, scattering due to vibrating object …”

“…Many computational techniques are developed to incorporate scattering phenomenon due to dynamic targets such as Lorentz transformation based computational platform where the source signal is transformed to moving frame using Lorentz equation and scattering analysis is done in moving frame by considering the moving object as stationary. Further, the scattered signal is transformed back to laboratory frame using inverse Lorentz transformation.…”

“…1 Since five decades, many developments are done in the field of electromagnetic scattering from dynamic objects such as scattering analysis in one-dimensional, two-dimensional, three-dimensional cases, [1][2][3][4] scattering analysis due to symmetric and nonsymmetric rotating system, [5][6][7][8][9][10][11] scattering due to vibrating object. [12][13][14][15][16] Many computational techniques are developed to incorporate scattering phenomenon due to dynamic targets such as Lorentz transformation based computational platform 2,[15][16][17]25 where the source signal is transformed to moving frame using Lorentz equation and scattering analysis is done in moving frame by considering the moving object as stationary. Further, the scattered signal is transformed back to laboratory frame using inverse Lorentz transformation.…”

Electromagnetic Properties from Moving Dielectric in High Speed With Lorentz-FDTD

“…Reference [4] conducted in deep research into the double Doppler effect of the reflection wave from moving conducting surfaces. The scattering fields from conducting planes in one dimensional case are presented in references [5] and [6]. The electromagnetic fields from a moving dielectric body were presented by using the combination of moving boundaries and the FDTD method [7].…”

Deformable, Time-Varying Boundary Problems in Electrodynamics

“…In recent years much attention has also been given to scattering from deterministic surfaces undergoing translation, rotation and vibration. For example, one-dimensional deterministic scattering from vibrating planes [4,5] and rotating cylinders [6] has been treated by applying relativistic boundary conditions and the method of characteristics to obtain numerical solutions.…”