Problem Solving in Electromagnetics, Microwave Circuit, and Antenna Design for Communications Engineering (Warnick, K. and Russer, P.; 2006) [Reviews and Abstracts]

Students and researchers have always seen classical electromagnetic theory as a hard-to-digest concept. In this book, attempts have been made to explain the facts in an approachable manner. The contents of this book have been divided into two sections. The first half is the theoretical part, and the second half contains applications and numerical methods. Topics covered include: the fundamentals of differential calculus, a brief review of basic electromagnetics; potentials and wave concepts; the concepts, methods, and theorems about the distribution of electromagnetic energy through space; static and quasistatic fields; the analysis of various waveguides´ classical transmission-line theory; resonant circuits and resonators; microwave circuits; periodic structures and filters; radiation from dipoles; antenna basics; and numerical methods used in solving electromagnetic problems.