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Introduction to Quantum Theory of Semiconductors
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Table of contents:1. Review of Quantum Theory 2. Thermodynamics and Statistical Mechanics 3. Crystal Structure 4. Energy Bands in Solids 5. Impurities and Disorder in Crystals 6. Statistics of Electrons in Solids 7. Dynamics of Crystal Lattices 8. Electron Interactions in SolidsThis classic volume, now available in paperback, provides a mathematically oriented introduction to the methods, tools, and concepts that are fundamental to the theory of solids, particularly as applied to semiconductors. It is aimed at those who are familiar with semiconductor device operation, but have little formal t...
Table of contents:
1. Review of Quantum Theory 2. Thermodynamics and Statistical Mechanics 3. Crystal Structure 4. Energy Bands in Solids 5. Impurities and Disorder in Crystals 6. Statistics of Electrons in Solids 7. Dynamics of Crystal Lattices 8. Electron Interactions in Solids
This classic volume, now available in paperback, provides a mathematically oriented introduction to the methods, tools, and concepts that are fundamental to the theory of solids, particularly as applied to semiconductors. It is aimed at those who are familiar with semiconductor device operation, but have little formal training in the techniques and theories of semiconductor physics. It will also serve as reference for graduate students in semiconductor fields who are seeking a concise introduction to the theory of semiconductor physics.
This classic volume, now available in paperback, provides a mathematically oriented introduction to the methods, tools, and concepts that are fundamental to the theory of solids, particularly as applied to semiconductors
1. Review of Quantum Theory 2. Thermodynamics and Statistical Mechanics 3. Crystal Structure 4. Energy Bands in Solids 5. Impurities and Disorder in Crystals 6. Statistics of Electrons in Solids 7. Dynamics of Crystal Lattices 8. Electron Interactions in Solids
This classic volume, now available in paperback, provides a mathematically oriented introduction to the methods, tools, and concepts that are fundamental to the theory of solids, particularly as applied to semiconductors. It is aimed at those who are familiar with semiconductor device operation, but have little formal training in the techniques and theories of semiconductor physics. It will also serve as reference for graduate students in semiconductor fields who are seeking a concise introduction to the theory of semiconductor physics.
This classic volume, now available in paperback, provides a mathematically oriented introduction to the methods, tools, and concepts that are fundamental to the theory of solids, particularly as applied to semiconductors