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Electronic properties of materials
edit1. Electrical conductivity
edit- Ampere (AVM1)
- Drude Model (JMS1)
- Electron (AVM2)
- Electrical resistivity and conductivity (TAC1)
- Joule (TAC2)
- Electric current (TAC3)
- Ohm (TAC4)
- Voltage (TAC5)
- Electric field (TAC6)
- Electron Mobility (DDB1)
- Mean Free Path (DDB2)
- Drift velocity (DDB3)
- Ohm's Law (DDB4)
- Current density (DDB5)
- Hall effect (DDB6)
- Charge carrier density (CRF 7)
2. Electromagnatic waves and metals
edit- Wavelength (TAC7)
- Permittivity (TAC8)
- Skin effect (TAC9)
- Angular frequency {TAC10)
- Permeability (electromagnetism) (DDB7)
- Maxwell's equations (DDB8)
- Harmonic oscillator (DDB9)
- Plasma oscillation (DDB10)
- Electromagnetic Radiation (CRF 9)
3. Insulators and charge storage
edit- Dielectrics (WDG1)
- Electric Dipole Moment (WDG2)
- Polarization (WDG3)
- Relaxation (WDG4)
- Capacitance (WDG5)
- Farad (WDG6)
- Dielectric Constant (WDG7)
- Relative Permittivity (WDG8)
- Electric Displacement Field (WDG9)
- Dielectric Susceptibility (WDG10)
- Microwave Oven (CRF 8)
- Clausius-Mossotti relation (CRF 10)
4. Optics of insulators
edit- Snell's Law (CRF 1)
- Bragg's Law (CRF 2)
- Refractive Index (CRF 3)
- Total Internal Reflection (CRF 4)
- Extinction Coefficient (CRF 5)
- Reflectivity (CRF 6)
5. Magnetism
edit- paramagnetism (ANJ1)
- diamagnetism (ANJ2)
- ferromagnetism (ANJ3)
- curie temperature (ANJ4)
- Magnetic susceptibility (ANJ5)
- magnetic domain (ANJ6)
- Magnetic anisotropy (ANJ7)
- Magnetoresistance (ANJ8)
- Superparamagnetism (ANJ9)
- Bohr magneton (ANJ10)
6. Superconductivity
edit7. Elasticity
edit8. Basics of quantum mechanics
edit9. Electrons in atoms
edit10. Electrons in molecules
edit11. Delocalization and energy bands
edit12. Free electrons in metals
edit13. Electrons in crystalline solids
edit- electron mobility(HVM1)