User:Freecat/Books/EPM

= Electronic properties of materials =

1. Electrical conductivity

 * 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

 * 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

 * 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

 * 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

 * 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)

13. Electrons in crystalline solids

 * electron mobility(HVM1)