This paper presents an overview of active array antennas, system-level nonlinear effects in
such antennas, and their modeling and simulation techniques. Advantages of active array …

In this paper we study the transient analysis of distributed three dimensional structures
loaded by lumped elements. Emphasis is put on the combined electromagnetic (EM)/circuit …

Demonstrates that trailing dc offsets, which can affect E-or H-fields in finite-difference time-
domain simulations, are physically correct static solutions of Maxwell's equations instead of …

The finite-difference time-domain (FDTD) technique has been employed to analyze a large
number of electromagnetic scattering problems. However, only a limited number of problems …

A combined frequency and time domain procedure for the simulation of arbitrary nonlinearly
loaded arrangements consisting of metallic patches and thin wires is presented. The time …

Detecting subsurface features by using Ground-Penetrating Radars (GPRs) has received
considerable interest in recent years. This is because GPRs can provide very useful …

A combined frequency and time domain procedure for the analysis of arbitrary nonlinearly
loaded thin-wire structures will be presented. The computation of the frequency-domain data …

The analysis of effects from noise illumination of electrical and electronic systems is
complicated by stochastic rather than deterministic variables. An analysis technique is …

Dans le domaine de la Compatibilité ElectroMagnétique (CEM), la connaissance du niveau
d'immunité ou de susceptibilité d'un équipement embarqué est un paramètre important à …