Basic Semiconductor Physics
- 804 pages
- 29 hours of reading
Focusing on semiconductor physics, this textbook delves into essential phenomena and advanced concepts, including energy band calculations and effective mass approximation. It covers key topics like the Boltzmann transport equation and deformation potentials, along with a thorough examination of cyclotron resonance. The text also highlights optical and transport properties, detailing optical transitions and electron-phonon interactions. Additionally, it includes numerical calculations for scattering rates and mobilities across various semiconductor structures, including wideband gap materials.
