Week 4: Theoretical background of Interatomic Forces
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Course Material
- Week 1: Introduction to solid state Physics
- Week 2: Crystal lattice
- Week 3: Packing Fractions for different Crystal Geometries
- Week 4: Theoretical background of Interatomic Forces
- Week 5: Different kinds of bonding
- Week 6: Imperfection in Solids
- Week 7: Basic Concepts of X-rays and X-ray diffraction
- Week 8: X-ray Crystallography
- Week 10: X-ray diffraction Methods
- Week 14: Debye’s Model of lattice heat capacity of Solids
- Week 13: Dulong Petit's law and Einstein's theory of lattice heat capacity
- Week 11: Reciprocal Lattice and Space
- Week 12: Mode of Vibrations for one dimensional Lattice
- Week 15: Classical Electron Model
- Week 16: Quantum Electron Model
- Week 17: Sommerfeld Free Electron Model
- Chapters 16
- Department Physics
- Teacher
Dr. Muhammad Zulfiqar
