Electromagnetism - Theory and Applications

Prelims......Page 2
Preface-F......Page 23
Contents......Page 5
0 Vector Analysis 1–41......Page 28
1 The Electrostatic Field in Free Space (in Absence of Dielectrics) 42–65......Page 69
2 Conductors and Insulators in Electrostatic Field......Page 93
3 Energy and Mechanical Forces in Electrostatic Fields......Page 124
4 Methods of Solving Electrostatic Field Problems......Page 138
5 Approximate Methods of Solving Electrostatic Field Problems......Page 187
6 Steady Electric Current and Electric Field......Page 223
7 Magnetic Field of Steady Currents in Free Space......Page 238
8 Magnetic Field of Steady Currents in Presence of Magnetic Materials......Page 272
9 Methods of Solving Magnetostatic Field Problems......Page 297
10 Time-Varying Fields and Electromagnetic Induction......Page 338
11 Forces and Energy in the Static and Quasi-Static Magnetic Fields......Page 373
12 Maxwell’s Equations......Page 409
13 Vector Potentials......Page 429
14 Energy Transfer in Electromagnetic Fields and Poynting Vector......Page 469
15 Time-Varying Fields in Conductors (Magnetic Diffusion)......Page 495
16 Charge Relaxation......Page 572
17 Electromagnetic Waves......Page 590
18 Waveguides......Page 662
19 Radiation and Reception of Electromagnetic Waves......Page 730
20 Electromagnetism and Special Relativity......Page 791
21 Numerical Methods for and Computer Solutions of Electromagnetic Field Problem......Page 838
22 Modern Topics and Applications......Page 877
Appendix 1 The Principle of Duality......Page 909
Appendix 2 The Inverse Points of a Circle......Page 965
Appendix 3 Green’s Reciprocation Theorem in Electrostatics......Page 996
Bibliography-F......Page 999
Index-F......Page 1003
Page 1......Page 0
Page 1......Page 1