Video Notes


Topic 1 - Bonding Topic 2 - Crystal Structure Topic 3 - Intro to Diffraction Topic 4 - Diffraction Applications
Video 1.1 Covalent bonds Video 2.1 Lattice & Basis Video 3.1 Diffraction equation Video 4.1 Ewald Sphere
Video 1.2 Dipole interactions Video 2.2 Crystal structure types Video 3.2 Scattering density Video 4.2 Powder diffraction
Video 2.3 Slices Video 3.3 Exploring the diffraction eq. Video 4.3 Thin film diffraction - Omega rocking curves
Video 2.4 Miller indices Video 3.4 Structure factor Video 4.4 Thin film diffraction - Phi scans
Video 3.5 Centered lattices
Topic 5 - Intro to Phonons Topic 6 - Phonon Heat Capacity Topic 7 - Inelastic Scattering Topic 8 - Free Electron Model
Video 5.1 Intro to phonons Video 6.1 Planck distribution and heat capacity with the Einstein approach Video 7.1 Inelastic scattering theory Video 8.1 Free electron model
Video 5.2 Nyquist freq & Group velocity Video 6.2 Heat capacity with the Debye approach Video 8.2 Density of states and Fermi Dirac distribution
Video 5.3 Phonon quantization Video 6.3 Thermal conductivity Video 8.3 Heat capacity from electrons
Video 5.4 Phonon density of states Video 6.4 Phonon-phonon scattering Video 8.4 Screening
Video 6.5 Trends in thermal conductivity Video 8.5
Topic 9 -Weak Potential Topic 10 -Intrinsic Semiconductors Topic 11 - Extrinsic Semiconductors Topic 12 - Tight binding
Video 9.1 Bloch and Central Eq. Video 10.1 Excitations No videos yet No videos yet
Video 9.2 Vanishing potential and Brillouin zones Video 10.2 Effective mass and holes  
Video 9.3 Band structure of metals and insulators Video 10.3 Fermi level  
  Video 10.4 Conductivity