Classical theory of electricity and magnetism : a course of lectures
著者
書誌事項
Classical theory of electricity and magnetism : a course of lectures
Oxford University Press, c1990
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注記
Includes index
内容説明・目次
内容説明
This text by the noted Indian physicist succeeds in presenting the essentials of electricity and magnetism in an unusually clear and concise format. The book is intended for advanced undergraduates of physics, and despite its comparatively short length of 300 pages it serves as a comprehensive exposition of the subject. In addition to the usual topics, it covers magnetohydrodynamics and plasma oscillation in two short chapters. The special theory of relativity has been brought in to the extent that it explains more clearly the Lorentz covariance of Maxwell's equations. Radiation reaction is covered at an elementary level and the Wheeler-Faymann absorber theory is dealt with briefly.
目次
- The empirical basis of electrostatics
- direct calculation of fields
- Gauss' theorem
- equations of Laplace and Poisson
- analysis of the electrostatic field multipole moments
- dielectrics and uniqueness theorem
- methods of solution of Laplace equation
- field energy and forces in electrostatics
- stationary currents and magnetic fields
- electromagnetic induction and energy of the magnetic field
- Maxwell's equations, electromagnetic energy and momentum
- reflection and refraction of electromagnetic waves
- wave guides and cavity resonators
- electromagnetic waves in aniostropic media
- solution of Maxwell's equations
- analysis of the radiation field
- field due to a moving charged particle
- field of a particle in nonuniform motion
- effects due to motion of electrons in material media
- motion of charged particles in electromagnetic fields
- magnetohydrodynamics - conducting fluids and magnetic fields
- two component plasma oscillations
- the theory of the electron
- the special theory of relativity and electromagnetism
- variational principle formulation of Maxwell's equation & Lagrangian dynamics of charged particles in electromagnetic fields.
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