Electromagnetic Field Theory (2nd Edition) | KitaabNow

Electromagnetic Field Theory (2nd Edition)

 2,060
  • Author: S Salivahanan
  • ISBN: 9789353162573
  • Publisher: McGraw Hill Education
  • Edition: 2nd
  • Publication Date: August 23, 2018
  • Format: Paperback – 656 pages
  • Language: English


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Description

Electromagnetic Field Theory is a single textbook catering to the electromagnetic field fundamentals for B.E./B.Tech. in Electronics and Communication Engineering, Electronics and Telecommunication Engineering, Electrical and Electronics Engineering. The primary goal of the text is to provide deep knowledge on the subject with rich pedagogy.

The book provides an organized and balanced presentation to cover the entire syllabus of Electromagnetic Field Theory. Each Chapter of the book begins with a brief introduction, contains numerous practice problems and ends with review questions. The fundamental concepts and related derivations with necessary illustrations are provided in a simple and comprehensive manner to make the students understand the subject.

This textbook describes vector analysis, static electric fields, conductors and dielectrics, static magnetic fields, magnetic forces and materials, time-varying fields and Maxwell’s equations, and electromagnetic wave propagation in dielectric and conducting mediums. The hallmark of this book is the numerous step-wise problems.

Key Features
  1. Crystal clear explanation of the concepts of Electromagnetic Field Theory in a simple and lucid manner
  2. In-depth coverage of topics like static and dynamic fields, and their applications in electromagnetics
  3. Encourages student learning with numerous examples –solved step-by-step in all chapters
  4. Enriched pedagogy having 265 illustrations, 525 solved examples and 797 review questions
Table of Contents
  1. Chapter 1: Vector Analysis
  2. Chapter 2: Static Electric Fields
  3. Chapter 3: Conductors and Dielectrics
  4. Chapter 4: Static Magnetic Fields
  5. Chapter 5: Magnetic Forces and Materials
  6. Chapter 6: Time-Varying Fields and Maxwell’s Equations
  7. Chapter 7: Electromagnetic Waves
  8. Appendix A: Values of General Physical Constants
  9. Appendix B: Electric and Magnetic Field Quantities and their Units
  10. Appendix C: Conversion Factors and Prefixes
  11. Appendix D
    1. Rectangular (Cartesian) Coordinates (x, y, z)
    2. Cylindrical Coordinates (r, f, z)
    3. Spherical Coordinates (r, q, f)
  12. Appendix E: Vector Identities
  13. Appendix F: Gradient, Divergence, Curl and Laplacian Operators
  14. Appendix G
    1. Governing Laws in Static Electric Fields
    2. Governing Laws in Static Magnetic Fields
    3. Appendix H: Governing Laws in Time-Varying (Dynamic)Fields
  15. Appendix I: Important Formulae
Additional information
Weight 0.916 kg
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