This paper presents an overview of the state-of-the-art of hybrid mode-matching (MM)/finite-
element (FE)/method-of-moments (MoM)/finite-difference (FD) techniques applied for the …

In this work we present, taking a holistic approach, the integration between the 2-D finite
element method (FEM) and mode-matching (MM) for devices exhibiting second-order …

An efficient hybrid algorithm that combines the finite-element time-domain (FETD) method
with the generalized scattering matrix (GSM) technique is proposed to characterize the …

In this letter, we concentrate on computational electromagnetic (CEM) modeling for a
wideband three-reflector compact antenna test range (CATR) system and evaluate the …

Diffraction of axially symmetric H 0 m and E 0 m modes by a system of annular slots in the
hollow inner conductor of a coaxial waveguide is considered. The space inside a slot and …

In the present work, the band-pass filter characteristics of a coaxial waveguide with an
impedance coated groove on the inner wall and perfectly conducting outer wall is analyzed …

In this paper, we present a mode-matching technique formulation for the rigorous
electromagnetic analysis of a circular waveguide bifurcated into circular and coaxial …

In this paper, we present a mode-matching-based formulation for the electromagnetic
analysis of multifurcated waveguide problems, that is, the junction of a number of input …

The mode-matching method is applied to synthesize stepped combline resonators with a
perfectly compensated temperature characteristic. Besides a convenient choice of materials …

The characterization of the dielectric properties of a material requires a measurement
technique and its associated analysis method. In this work, the configuration involving two …