Publisher Summary This chapter reviews the Maxwell's equations in the time domain and
discusses boundary conditions, various simplifications, and standard normalizations. The …

This text reviews the state of the art of the Discontinuous Galerkin (DG) method applied to
the solution of the Maxwell's equations in Time Domain (TD). The work is divided into two …

We present MATLAB codes for finite-difference time-domain (FDTD) modeling of ground-
penetrating radar (GPR) in two dimensions. Surface-based reflection GPR is modeled using …

探地雷达数值模拟中, 时域有限差分法在时间和空间上一般采用二阶精度的中心差分近似(FDTD
(2, 2)), 其形式简单, 但数值色散误差较大, 在复杂模型模拟时不能很好地反映模型的精细变化 …

A review of the higher order computational electromagnetics (CEM) for antenna, wireless,
and microwave engineering applications is presented. Higher order CEM techniques use …

The focus of electromagnetic theory is initial boundary value and boundary value problems
for the Maxwell equations. Those are the initial models, from which, by applying …

To discretize Maxwell's equations, a variety of high-order symplectic finite-difference time-
domain schemes, which use th-order symplectic integration time stepping and th-order …

One hybrid finite-difference time-domain (FDTD) method is proposed for studying
transmission characteristics of a THz wave through some tunable dispersive graphene …

The finite-difference time-domain (FDTD) method is a well established method for solving
the time evolution of Maxwell's equations. Unfortunately the scheme introduces numerical …

This paper discusses the enhancement of numerical dispersion characteristics in the context
of the finite-difference time-domain method based on a (2, 4) computational stencil. Rather …