Electromagnetics: Theory, Techniques, and Engineering Paradigms (Language of Science)

this Volume Provides Comprehensive Treatment Of The Subject, Addressing Advances In Theory And Engineering Applications. Its Unique Coverage Features Thorough Discussions Of Transient And Steady State Solutions, Spectral And Numerical Techniques, Optical And Asymptotic Results, Microwave And Optical Guiding Structures, And Microwave Circuits. Chapter Highlights Include The Time-domain Presentation Of Cerenkov Effect, A Survey Of The Most Popular Numerical Techniques, And A Novel Approach To Scattering From Rough Surfaces.

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designed For A Two-semester Graduate Course, This Text Covers The Fundamentals And Emphasizes Keywords Which Can Be Used To Retrieve Data From The Extensive Electronic Databases That Are Available. Chapters Cover Electromagnetic Theory; Simple Solutions Of Maxwell Equations For Propagation And Radiation; Techniques Used In Solving The Electromagnetic Equations; The Problem Of Narrowband Signals; Electromagnetic Equations In The High-frequency Regime; Numerical Techniques That Form The Basis Of The Electromagnetic Solver Packages; And Propagation, Radiation, And Scattering Applications From The Application Point Of View. Annotation C. By Book News, Inc., Portland, Or.