Titlebook: Electronic Structure and Optical Properties of Semiconductors; Marvin L. Cohen,James R. Chelikowsky Textbook 1989Latest edition Springer-V

Emmenagogue

Low Energy Probes of Semiconductors,ectronic structure within this energy region. The energy region of interest corresponds to photons having energies of a few hundredths to a few tenths of an electron volt, that is, the radio to infrared frequency region of the spectrum.

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IV-VI Semiconductors,ansitions are common. The most widely studied compounds in this group are PbTe, PbSe, PbS, SnTe, and GeTe. Their lattice constants are given in Table 11.1. These materials have small gaps which are usually less than 0.5 eV, hence they are good candidates for devices like infrared lasers and detector

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Masoud Karami,Azilah Binti Kasim,Arto OjalaSemiconductors have played a major role in the current technological revolution. The enormous advances in electronics and computer science were made possible by a better understanding of the properties of semiconductors, and it is likely that the revolution has only just begun.

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Introduction,Semiconductors have played a major role in the current technological revolution. The enormous advances in electronics and computer science were made possible by a better understanding of the properties of semiconductors, and it is likely that the revolution has only just begun.

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Valeri Chukhlomin,Irina Chukhlominatue of this approach is that only the valence electrons need be considered. The cores are assumed to be frozen in an atomic-like configuration, and the valence electrons move in a net, weak one-electron potential.