Electricity and magnetism 2nd Edition by Edward M Purcell ISBN 1107013607 9781107013605

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Product details:

ISBN 10: 1107013607 
ISBN 13: 9781107013605
Author: Edward M Purcell

Electricity and magnetism 2nd Table of contents:

Part I: Electrostatics and Charge

1. electric charge and Coulomb’s law
    1.1 nature of the electric charge
    1.2 conservation and quantization of charge
    1.3 Coulomb’s law and the inverse-square law

2. the electric field
    2.1 definition of the electric field
    2.2 field of continuous charge distributions
    2.3 Gauss’s law and applications

3. the electric potential
    3.1 potential energy of charge configurations
    3.2 relationship between field and potential
    3.3 solving Laplace’s and Poisson’s equations

4. conductors, dielectrics and boundary value problems
    4.1 electric fields in conductors
    4.2 polarization and dielectric materials
    4.3 method of images and other solution techniques

5. energy and forces in electrostatic fields
    5.1 energy stored in fields
    5.2 forces on dipoles and induced charges
    5.3 electrostatic pressure and stress on surfaces

Part II: Currents and Magnetostatics
6. steady currents and resistance
 6.1 current density and Ohm’s law
 6.2 drift velocity and microscopic conduction
 6.3 resistor networks and Kirchhoff’s laws
7. the magnetic field in vacuum
 7.1 Biot-Savart law and Ampère’s law
 7.2 magnetic vector potential
 7.3 magnetic fields of simple current geometries
8. magnetism in matter
 8.1 magnetization and magnetic susceptibility
 8.2 ferromagnetism, paramagnetism, diamagnetism
 8.3 boundary conditions for magnetic media
9. force and torque on current loops
 9.1 Lorentz force law
 9.2 magnetic torque and mechanical work
 9.3 the Hall effect and applications

Part III: Time-Varying Fields and Electrodynamics
10. electromagnetic induction
 10.1 Faraday’s law of induction
 10.2 Lenz’s law and induced emf
 10.3 motors, generators and basic applications
11. displacement current and Maxwell’s equations
 11.1 modification of Ampère’s law
 11.2 Maxwell’s equations in integral and differential form
 11.3 boundary conditions for time-varying fields
12. electromagnetic waves and radiation
 12.1 wave equation in vacuum
 12.2 plane waves and polarization
 12.3 Poynting vector, energy and momentum of waves
13. alternating-current circuits
 13.1 RLC circuits and phasor methods
 13.2 power and resonance in AC circuits
 13.3 transmission lines and impedance matching

Part IV: Fields in Matter and Advanced Topics
14. electric fields in matter
 14.1 dielectric response and polarization dynamics
 14.2 ferroelectrics and nonlinear dielectrics
15. magnetic fields in matter
 15.1 magnetic materials under alternating fields
 15.2 superconductivity and magnetic flux quantization
16. special topics in electromagnetism
 16.1 relativity and the unification of electricity & magnetism
 16.2 waveguides, cavities and optical fibres
 16.3 computational electromagnetics and modern applications

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Tags: Edward M Purcell, Electricity