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This
practical new resource provides you with a much wider choice of
analytical solutions to the everyday problems you encounter in
electromagnetic modeling. The book enables you to use cutting-edge
method-of-moments procedures, with new theories and techniques that help
you optimize computer performance in numerical analysis of composite
metallic and dielectric structures in the complex frequency domain.
For the
first time, comparisons and unique combinations of techniques bring the
elements of flexibility, ease of implementation, accuracy, and
efficiency into clear view. Numerous examples are given - from simple to
complex - including scatterers, antennas and microwave circuits. You get
an in-depth presentation of intricate models, including TV UHF panels,
horn, parabolic, microstrip patch antennas,
and many others. More than 800 equations and 150 illustrations support
key topics.
Contents:
Introduction. Formulation of the Problem. Method of Moments. Geometric
Modeling of Structures. Approximation of Currents. Treatment of
Excitation. Solution of Equations for Current Distribution. Post
Processing of Data. Numerical Examples.
Information about
the authors:
Branko
M. Kolundzija
is an
associate professor, School of Electrical Engineering, University of
Belgrade, where he received his D.Sc. and M.Sc
in electromagnetics and B.Sc. in electrical
engineering.
Antonije
R. Djordjevic
is a professor, School of Electrical Engineering, University of Belgrade.
He earned his D.Sc. and M.Sc. in
electromagnetic fields, and B.Sc. in
electrical engineering at the University of Belgrade
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