Electromagnetism
Licence Sciences de la TerreParcours Geology, geophysics, georesources (UFAZ) (délocalisé en Azerbaïdjan)
ComposanteFaculté de physique et ingénierie
Catalogue2025-2026
Description
- Brief remember of Electrostatics and magnetostaticsInduction (Lorentz induction, Neumann induction). Laplace force
Lenz law. Self –induction. Example with motors : DC/Synchronous motor, speakerMaxwell Equations. General and limit cases- approach with field lines. Consequences: charge conservation; Poynting vector and energy conservationDielectric media and applications. Bounded charge density and volumic polarization. Dielectric susceptibility (scalar). Dispersion and absorption. Optical fiber and waveguideConducting media and applications. Free charge - Ohm law - wave equation in metals (diffusion and skin effect). Microscopical approach (plasma model). Example : Skywaves in ionosphereMagnetic media and applications. Magnetisation vector - Magnetostatics with magnetic current- Hysteresis cycle. Example: Electromagnet and electric Transformator. Dipolar emission, emission of E-M waves, Rayleigh diffusion, antennas. Guided Propagation, coaxial cable, optical cable (modes), wave guide (cutoff pulsation)
Compétences visées
Understanding the basics of electromagnetic waves and its classical interaction with the matter.
Bibliographie
- Physics for Scientists and Engineers, Serway, R. A., ISBN 10: 0030156548 / ISBN 13: 9780030156540, Edité par Saunders, 1996
Feynman Lectures on Physics 2: Mainly Electromagnetism and Matter, Richard P. Feynman, Robert B. Leighton, Matthew Sands