Problems and solutions on electromagnetism.
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| Other Authors: | , , , |
| Format: | Book |
| Language: | English |
| Published: |
New Jersey:
World Scientific,
c1993.
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| Series: | Major American Universities Ph.D. Qualifying Questions and Solutions.
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| Subjects: | |
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Table of Contents:
- Pt. I. Electrostatics
- 1. Basic Laws of Electrostatics (1001-1023)
- 2. Electrostatic field in a conductor (1024-1042)
- 3. Electrostatic field in a dielectric medium (1043-1061)
- 4. Typical methods for solution of electrostatic problems: separation of variables, methods of images, Green’s function and multipole expansion (1062-1095)
- 5. Miscellaneous applications (1096-1108).
- Pt. II. Magnetostatic field and quasi-stationary electromagnetic fields
- 1. Magnetic field of currents (2001-2038)
- 2. Electromagnetic induction (2039-2063)
- 3. Action of electromagnetic field on current-carrying conductors and charged particles (2064-2090)
- 4. Miscellaneous applications (2091-2119)
- Pt. III. Circuit analysis
- 1. Basic Circuit analysis (3001-3026)
- 2. Electric and magnetic circuits (3027-3044)
- 3. Analog circuits (3045-3057)
- 4. Digital circuits (3058-3065)
- 5. Nuclear electronics (3066-3082)
- 6. Miscellaneous problems (3083-3090)
- Pt. IV. Electromagnetic waves
- 1. Plane electromagnetic waves (4001-4009)
- 2. Reflection and refraction of electromagnetic waves on interface between two media (4010-4024)
- 3. Propagation of electromagnetic waves in a medium (4025-4045)
- 4. Electromagnetic radiation and radiating systems (4046-4067)
- Part V. Relativity, particle-field interactions.
- 1. The Lorentz transformation (5001-5017)
- 2. Electromagnetic field of a charged particle (5018-5025)
- 3. Motion of a charged particle in electromagnetic field (5026-5039)
- 4. Scattering and dispersion of electromagnetic waves (5040-5056).