Essential Electromagnetism
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788740304039
Table of contents: title: Content; title: Preface; title: 1. Electrostatics; title: 1.1. Electric charge, field and flux; title: 1.2. The electrostatic potential; title: 2. Poisson’s and Laplace’s equations; title: 2.1. Poisson’s equation; title: 2.2. Method of images; title: 2.3. Laplace’s equation; title: 2.4. Laplace’s equation in spherical coordinates; title: 2.5. Finite-difference method for Laplace’s equation; title: 3. Multipole expansion for localised charge distribution; title: 3.1. Point charge on z axis; title: 3.2. The monopole moment; title: 3.3. The dipole moment; title: 3.4. The quadrupole moment tensor; title: 3.5. Electric dipoles; title: 3.6. Multipole expansion in spherical coordinates; title: 4. Macroscopic and microscopic dielectric theory; title: 4.1. Dielectrics; title: 4.2. Macroscopic dielectric theory; title: 4.3. Gauss’ law and the electric displacement; title: 4.4. Boundary conditions on V , E and D; title: 4.5. Microscopic dielectric theory; title: 5. Magnetic field and vector potential; title: 5.1. Magnetism; title: 5.2. The magnetic field and forces; title: 5.3. The magnetic vector potential; title: 5.4. Ampère’s law; title: 5.5. Magnetic flux; title: 5.6. Multipole expansion of vector potential; title: 6.1. Magnetism of materials; title: 6.1. Magnetic materials; title: 6.2. Magnetisation field; title: 6.3. Magnetisation currents and Ampère’s law; title: 6.4. Ampère’s law in magnetised materials; title: 6.5. Magnetic susceptibility and permeability; title: 6.6. Paramagnetism; title: 6.7. Ferromagnetism; title: Bibliography; title: Appendices