Study level
BAC +3
ECTS
4 credits
Component
Faculty of Science
Hourly volume
36h
Description
Classification of solids. Crystalline structures. Energy bands. Metals. Semiconductors. Insulators. Electrical, dielectric and magnetic properties.
Objectives
In this module, students will learn how the characteristics of a material on the atomic scale determine its properties on the macroscopic scale. Master the phenomena that determine the properties of condensed matter in the fields of electrical conduction, electromagnetic wave propagation and magnetism.
Necessary prerequisites
General physics, Electromagnetism
Knowledge control
100% CC
Syllabus
Introduction :
- Classification of solids - Bonding in solids
- Crystallography element
Conduction properties:
- Metals (Drude and Sommerfeld model, interpretation of some laws and phenomena based on these microscopic models)
- Semiconductors (band structure, semiconductor properties, p-n junctions)
Dielectric properties:
- Polarization of matter (macroscopic and microscopic approaches)
- The different types of polarization of a material medium
- Complex dielectric constant and refractive index
- Polar and non-polar materials
- Debye equation - Clausius Mosotti relationship
- Dielectric breakdown
Magnetic properties:
- General definitions
- Fundamentals of condensed matter magnetism
Further information
CM: 6 p.m.
TD: 18 h