Electromagnetic Fields

In this edition, two new chapters, namely Antenna Basics and Antenna Arrays and several subtopics are included to cover maximum universities' syllabi. A good number of numericals are also added in every chapter. The book has fourteen chapters, starting with basic mathematical methods needed for understanding electromagnetic fields, followed by fundamentals of static and time changing electric and magnetic fields, Maxwell's equations and their applications and wave propagation in transmission lines and waveguides along with the discussion on radiation and antennas.

Table of Content :     
1. MATHEMATICAL METHODS : VECTOR ANALYSIS AND NEEDED
CONCEPTS AND FORMULAE
2. STATIC ELECTRIC FIELDS
3. ELECTRIC FIELDS IN MATTER
4. THE STEADY ELECTRIC CURRENT
5. STEADY MAGNETIC FIELDS
6. MAGNETIC FORCE, TORQUE, MATERIALS AND INDUCTANCE
7. TIME VARYING ELECTRIC AND MAGNETIC FIELDS
8. ELECTROMAGNETIC WAVE PROPAGATION
9. WAVE POLARIZATION, REFLECTION AND REFRACTION
10. TRANSMISSION LINES
11. WAVEGUIDES
12. RADIATION
13. ANTENNA BASICS
14. ANTENNA ARRAYS
APPENDIX:I -VI
BIBLIOGRAPHY
INDEX