Electromagnetic Field Theory

Electromagnetic Field Theory by K. A. Gangadhar, P. M. Ramanathan

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Book Summary:

All the editions of the book have proved successful in catering to the needs of ELECTRICAL, ELECTRONICS and Communication Engineering students as well as FACULTY Members in different Universities and Institutes offering courses on FIELD THEORY, ELECTROMAGNETIC FIELDS & WAVES and allied subjects. Expanding Technology of FIELDS & WAVES has necessitated periodical revision of the book. In the previous editions, chapters on ELECTROMAGNETIC WAVES, Transmission and Refraction of Waves at boundaries, Guided Waves, Waveguides, Microwave Devices, etc. were incorporated. The present edition includes two additional chapters ANTENNAS & RADIATION AND WAVE PROPAGATION, apart from the solved examples added to the all existing chapters.

Audience of the Book :

This book Useful for Electronics & Electricals Engineering Students.

Table of Content:

1. Introduction To Vector Analysis

2. Coulomb’s Law

3. Static Electric Field — Part I

4. Static Electric Field—Part II

5. Divergence And Curl Of Vector Fields

6. Magnetic Field

7. Electromagnetic Induction

8. Magnetic Field Of Magnetic Materials

9. Maxwell’s Equations And Travelling Waves

10. Plane Electromagnetic Waves

11. Transmission And Reflection Of Plane Waves At Boundaries

12. Guided Waves

13. Wave Guides

14. Conductor : Field Concept

15. Fundamentals Of Antenna And Radiation

16. Antenna Arrays

17. Special Purpose Antennas

18. Wave Propagation

19. Slow Wave Systems

20. Dielectric Waveguides And Optical Fibers

21. Space Communication

22. Passive Microwave Devices

23. Microwave Measurements

24. Practical Applications Of Electromagnetic Fields

25. Miscellaneous Examples (Solved)

26. Objective Type Questions

Answers To Objective Type Questions

Answers To Problems Under Exercises

Bibliography

Index