Microwave sensors offer appealing features such as susceptibility, quick response, and non-
invasiveness, making them valuable tools for highly accurate measurements of material …

In this article, we compare different iterative techniques enhanced by the CBFM, which are
used to analyze finite arrays of disjoint antenna elements. These are based on the stationary …

This paper presents an efficient algorithm to analyze the electromagnetic scattering from a 3-
D object buried under a 2-D rough surface. The Poggio-Miller-Chang-Harrington-Wu-Tsai …

The multi-level characteristic basis function method is adapted to analyze the problem of
scattering from objects embedded in layered media. Inhomogeneous plane waves incident …

In this paper, we propose a full-wave analysis for characterizing the resonant frequencies
and bandwidths of high-temperature superconductor inverted microstrip printed on …

This paper presents a planar and compact microwave resonator sensor to characterize
materials. The geometry of the resonator is based on the Sierpinski fractal curve and has …

A novel approach for controlling the radiation patterns of antenna systems located on a
complex platform is proposed in this paper. The proposed technique takes a cue from the …

En esta investigación, una nueva metodología para solucionar Ecuaciones de Fredholm de
primer tipo con kernels de diferencias es propuesto para una dimensión. El nuevo enfoque …

The paper presents a numerically efficient and accurate technique for the analysis of large,
finite and conformal Frequency Selective Surfaces (FSSs) that are not amenable to analysis …

In this paper, we introduce an efficient algorithm to analyze metamaterials, which can be
finite periodic structures with tightly coupling between nearby cells. Firstly, the algorithm …