PDF Free Download | Electronic Properties of Materials An Introduction for Engineers by Rolf E. Humme

Contents of Electronic Properties of Materials

• PART 1. Fundamentals of Electron Theory
• CHAPTER 1. Introduction.
• CHAPTER 2. Wave Properties of Electrons.
• CHAPTER 3. The Schrödinger Equation.
• CHAPTER 4. Solution of the Schrödinger Equation for Four Specific Problems.
• CHAPTER 5. Energy Bands in Crystals.
• CHAPTER 6. Electrons in a Crystal.
• PART 2. Electrical Properties of Materials
• CHAPTER 7. Electrical Conduction in Metals and Alloys.
• CHAPTER 8. Semiconductors.
• CHAPTER 9. Electrical Conduction in Polymers, Ceramies, and Amorphous Materials.
• PART 3. Optical Properties of Materials
• CHAPTER 10. The Optical Constants.
• CHAPTER 11. Atomistic Theory of the Optical Properties.
• CHAPTER 12. Quantum Mechanical Treatment of the Optical Properties.
• CHAPTER 13. Applications.
• PART 4. Magnetic Properties of Materials
• CHAPTER 14. Foundations of Magnetism.
• CHAPTER 15. Magnetic Phenomena and Their Interpretation-Classical Approach.
• CHAPTER 16. Quantum Mechanical Considerations.
• CHAPTER 17. Applications.
• PART 5. Thermal Properties of Materials
• CHAPTER 18. Introduction.
• CHAPTER 19. Fundamentals or Thermal Properties.
• CHAPTER 20. Heat Capacity.
• CHAPTER 21. Thermal Conduction.
• CHAPTER 22. Thermal Expansion.

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