As the availability of powerful computer resources has grown over the last three decades,
the art of computation of electromagnetic (EM) problems has also grown-exponentially …

The boundary value problem associated with the open microstrip line structure is formulated
in terms of a rigorous, hybird-mode representation. The resulting equations are …

The analysis of a microstrip line covered with a low-loss sheet material is presented in this
paper. Numerical results show that the characteristics of a microstrip covered with a thick …

Theoretical and experimental results of" open" microstrip propagation on both a pure
dielectric and a demagnetized ferrite substrate are presented. The theory enables one to …

A class of dielectric waveguide structures using a rectangular dielectric strip in conjunction
with one or more layered dielectrics is analyzed with a finite-difference method formulated …

Dispersion characteristics of shielded microstrip lines are investigated using a new
technique. The method utilizes the well-known singular integral equation approach for …

This fourth edition of the text reflects the continuing increase in awareness and use of
computational electromagnetics and incorporates advances and refinements made in recent …

A review of finite-element methods (FEMs) of analyzing uniform waveguides used in
microwaves and optics, with emphasis on the latter, is given. The main concern is with …

Maxwell's equations can be cast into a basic differential operator equation, the curlcurl
equation, which lends itself easily to variational treatment. Various forms of this equation are …

The nonuniform discretization of the integral equation on the tangential electromagnetic
(EM) field on the boundary surface is proposed as a numerically efficient method to analyze …