Electronic Materials Engeenering

Electronic Materials Engineering

Bonding

1.	Bonding	1. Bonding 2. Particle Kinetics
2.	Particle’s energy distribution Particle	1. Particle’s energy distribution Particle 2. Heat capacity 3. Thermal expansion
3.	Single crystal	1. Single crystal 2. Solid solution 3. Material Properties
4.	Conduction in metal	Conduction in metal
5.	Conduction with defects	1. Conduction with defects 2. Hall effect 3. Conduction in nonmetals
6.	Thermal conduction	1. Thermal conduction 2. Photons
8.	Free Electron in Metal	1. Free Electron in Metal 2. Uncertainty principle 3. Tunneling 4. Potential box
9.	H2 molecule	1. H2 molecule 2. Band in solid
10.	Band in solid	1. Band in solid 2. Metal, Semiconductor, Insulator
11.	Semiconductor	1. Semiconductor 2. Effective mass 3. Density of States
12.	Distribution of electrons	1. Distribution of electrons 2. Harmonic Oscillator 3. Lattice Vibration
13.	Phonon	1. Phonon 2. Debye heat capacity 3. Thermal conduction in nonmetal 4. Carrier concentration
14.	Intrinsic semiconductor	1. Intrinsic semiconductor 2. Extrinsic semiconductor 3. Temperature dependence
15.	Mobility	1. Mobility 2. Degenerate and nondegenerate semiconductors 3. Recombination and generation 4. Minority carrier lifetime
16.	Permittivity	1. Permittivity 2. Dipole moment & polarization 3. Polarization 4. Polarization mechanisms
17.	Dielectric constant and loss	1. Dielectric constant and loss
18.	Capacitor	1. Capacitor 2. Piezoelectricity 3. Ferroelectricity