Solid State Chemistry
Lecture Notes
MIT Introduction to Solid State Chemistry
Instructed by Donald R. Sadoway.
The course webpage provides lecture videos, practice problems et al.
Course videos are also available in SJTU Library All Digital Resource Center (only for internal access).
The summary of lecture notes are available here:
- Unit 1: Lectures 1-9
- Lecture 1: Introduction and the chemistry of the periodic table
- Lecture 2: Counting Atoms and Organizing the Elements
- Lecture 3: The Discovery of the Electron and the Structure of the Atom
- Lecture 4: The Bohr Model and Electronic Transitions
- Lecture 5: Wave-Particle Duality and Quantum Mechanics
- Lecture 6: The Atomic Orbital and Quantum Numbers
- Lecture 7: Filling the Periodic Table and Our First Bond (it’s Ionic)
- Lecture 8: Ions, Ionization, and Valence
- Lecture 9: Lewis Structures, Covalent Bonds, and Resonance
- Unit 2: Lectures 10-20
- Lecture 10: Shapes of Molecules
- Lecture 11: Molecular Orbitals
- Lecture 12: Hybridization in Molecular Orbitals
- Lecture 13: Intermolecular interactions
- Lecture 14: Phases
- Lecture 15: Electronic bands in solids
- Lecture 16: Semiconductors and Doping
- Lecture 17: Metallic Bonds and Properties of Metals
- Lecture 18: The Perfect Solid: Crystals
- Lecture 19: Slicing a Crystal: the Miller Planes
- Lecture 20: X-ray Generation
- Unit 3: Lectures 21-30
- Lecture 21: Bragg’s Law and x-ray Diffraction
- Lecture 22: From x-ray Diffraction to Crystal Structure
- Lecture 23: Point Defects
- Lecture 24: Line Defects and Stress-Strain Curves
- Lecture 25: Amorphous Materials: Glassy Solids
- Lecture 26: Engineering Glass Properties
- Lecture 27: Reaction Rates
- Lecture 28: Equilibium and Solubility
- Lecture 29: Common Ions and Acids/Bases
- Lecture 30: Bronsted-Lowry Acids/Bases and Neutralization
Videos
Videos of MIT Introduction to Solid State Chemistry
Course instructed by Donald R. Sadoway.
Already mentoned above.