Compared with the point-scattering model, the attributed scattering center model (ASCM) is
able to describe the frequency and aspect dependence of canonical scattering objects using …

The conical horn radiation characteristics (gain, aperture phase distributions, loss factors,
and amplitude patterns) are revisited based on the spherical and quadratic aperture phase …

In this study, the impact of finite ground plane edge diffractions on the amplitude patterns of
aperture antennas is examined. The Uniform Theory of Diffraction (UTD) and the …

The aperture phase taper due to quadratic phase errors in the principal planes of a
rectangular horn imposes signifi-cant constraints on the on-axis far-field gain of the horn …

Equivalent edge currents (EECs) for high-frequency diffraction analysis are intermediate
concepts between ray theory and wave optics [physical optics (PO)]. The methods of EEC …

This paper uses a standard WR28 open-ended waveguide (OEWG) antenna to generate a
symmetrical beam pattern with improved gain. An elliptical ground plane consisting of a …

The starting point toward modeling of a given electromagnetic (EM) problem is to know the
modeling constraints/features of different modeling tools, and hence figure out if they are …

Finite edge geometrical theory of diffraction (FEGTD) approach is a new and latest
improvement in GTD technique. This FEGTD technique is applied to the H-plane and E …

Compared with the two-dimensional (2D) attributed scattering center model (ASCM), three
dimensional (3D) fully polarimetric attributed scattering center model (FP-ASCM) is able to …

In this paper, a new time-domain (TD) solution is proposed for corner diffraction by finite-
edge flat plate structures. First, TD solution is considered for corner amplitude diffraction by …