Concepts of Electromagnetic Theory is a useful resource on the electromagnetic theory for undergraduate students of science and various technical streams. The book covers a wide range of topics, viz., electrical field and potential, electrostatic boundary value problem, electrostatic field in dielectric medium, magnetostatics, magnetic fields in matter, Maxwell’s equations, electromagnetic waves, polarization of electromagnetic waves and optical fibre. Understanding of electromagnetic theory is also required in the electromagnetic braking, coffee ring effect, Faraday’s cage and communication systems.
Difficult mathematical steps have been simplified by including all the steps of calculation, using easy and comprehensible formulae and equations. Figures and illustrations are included to make the understanding of concepts, notations and representation easy and simple.
Difficult mathematical steps have been simplified by including all the steps of calculation, using easy and comprehensible formulae and equations. Figures and illustrations are included to make the understanding of concepts, notations and representation easy and simple.
Table of Contents
1. Mathematical Preview2. Electric Field & Potential
3. Electrostatic Boundary Value Problem
4. Electrostatics in a dielectric Medium
5. Magnetostatics
6. Magnetostatics in Magnetic Medium
7. Electromagnetic Induction
8. Maxwell’s Equation
9. Electromagnetic Wave
10. Polarization of electromagnetic Waves
11. Rotatory Polarization
12. Optical Fiber
13. Transmission Line Waveguide and Antenna
Appendix : Physical Constants and Scientific Powers
Index
