Complex physical formulas are derived incrementally to assist student understanding. Visual Learning:
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Week 1: Crystal structures + reciprocal lattice + x-ray diffraction Week 2: Bonding + defects + basic thermodynamics of solids Week 3: Lattice vibrations + phonons + Debye model Week 4: Free electron model + Drude + nearly-free electrons Week 5: Semiconductors + carrier statistics + devices basics Week 6: Optical, thermal, magnetism primer + problem review A PDF allows for keyword searches (e
| | R. L. Singhal | C. Kittel | S. O. Pillai | | :--- | :--- | :--- | :--- | | Target Audience | B.Sc. & M.Sc. (Indian Univ.) | Advanced UG / Graduate | B.Sc. & M.Sc. | | Mathematical Level | Moderate, step-by-step | High, concise | Moderate | | Num. of Solved Problems | High (exam-oriented) | Low-medium | High | | Conceptual Explanations | Clear, repetitive | Dense, insightful | Clear | | Cost | Low | High | Medium | Singhal | C
The electrical properties of solids depend on the arrangement of electrons in the energy bands. Solids can be classified into three categories:
Detailed analysis of Bravais lattices, Miller indices, and X-ray diffraction techniques (Bragg’s Law).
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