Titlebook: Semiconductor Physical Electronics; Sheng S. Li Book 2006Latest edition Springer-Verlag New York 2006 Diode.bipolar junction transistor.el

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Classification of Solids and Crystal Structure,alline structure. In one class, the atoms in a solid are set in an irregular manner, without any shortor long-range order in their atomic arrangement. This class of solids is commonly known as noncrystalline or amorphous materials. In another class, the atoms or group of atoms in the solid are arran

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Lattice Dynamics,solid are not at rest, but instead they vibrate with respect to their equilibrium positions. In fact, many thermal properties of solids are determined by the amplitude and phase factor of the atomic vibrations. For example, the specific heat of an insulator is due entirely to its lattice vibrations.

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Semiconductor Statistics,onons, electrons in a metal, and electrons and holes in a semiconductor. These basic statistics are needed to deal with the problems of interactions of a large number of particles in a solid. Since a great deal of physical insight can be obtained from statistical analysis of the particle distributio

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Energy Band Theory,olid is due to the fact that many important physical and optical properties of a solid can be readily explained using its energy band structure. In general, the energy band structure of a solid can be constructed by solving the one-electron Schr?dinger equation for electrons in a crystalline solid t

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Equilibrium Properties of Semiconductors,hanged by many orders of magnitude through the incorporation of foreign impurities has made the semiconductor one of the most intriguing and unique electronic materials among all the crystalline solids. The invention of germanium and silicon transistors in the early 1950s and the silicon integrated