| TEXTBOOK CONTENTS | FILES |
|---|---|
| Part II: Fields, Forces, and Motion | |
| Chapter 7: Magnetic Diffusion and Charge Relaxation, pp. 330-417 | (PDF - 3.9MB) |
| 7.0 Introduction, pp. 330-335 7.1 Magnetic field diffusion, pp. 335-370 7.2 Charge relaxation, pp. 370-401 7.3 Conclusion, p. 401-403 Problems, pp. 404-417 |
Sections 7.0-7.3 (PDF - 3.4MB) Problems (PDF) |
| Chapter 8: Field Description of Magnetic and Electric Forces, pp. 418-478 | (PDF - 2.7MB) |
| 8.0 Introduction, pp. 418-419 8.1 Forces in magnetic field systems, pp. 419-423 8.2 The stress tensor, pp. 423-440 8.3 Forces in electric field systems, pp. 440-445 8.4 The surface force density, pp. 445-450 8.5 The magnetization and polarization force densities, pp. 450-466 8.6 Discussion, p. 466 Problems, pp. 467-478 |
Sections 8.0-8.6 (PDF - 2.3MB) Problems (PDF) |
| Chapter 9: Simple Elastic Continua, pp. 479-550 | (PDF - 3.5MB) |
| 9.0 Introduction, pp. 479-480 9.1 Longitudinal motion of a thin rod, pp. 480-509 9.2 Transverse motions of wires and membranes, pp. 509-535 9.3 Summary, pp. 535-536 Problems, pp. 536-550 |
Sections 9.0-9.3 (PDF - 2.6MB) Problems (PDF) |
| Chapter 10: Dynamics of Electromechanical Continua, pp. 551-650 | (PDF - 5.1MB) |
| 10.0 Introduction, pp. 551-554 10.1 Waves and instabilities in stationary media, pp. 554-583 10.2 waves and instabilities in the presence of material motion, pp. 583-613 10.3 Propagation, pp. 613-621 10.4 Dynamics in two dimensions, pp. 621-636 10.5 Discussion, p. 636 Problems, pp. 636-650 |
Sections 10.0-10.5 (PDF - 5.1MB) Problems (PDF) |