Semiconductor Physics

This book presents the physical concepts of the magnetic properties of elementary particles—electrons, positrons, muons, protons, neutrons, and other hadrons—as well as electronic atomic shells and nuclei. Understanding the magnetic properties of these microscopic particles is interesting in itself and... (More)

This book contains 12 review articles reflecting the present status of the physics and technology of semiconductor heterostructures. The problems discussed in these articles are of prime importance in the development of microelectronics, optoelectronics, and integrated optics, as well as of the photoelectric... (More)

The book discusses the principles of most widely used semiconductor devices and physical processes determining their characteristics. The coverage also includes the design, electric parameters and fields of application of semiconductors. Much consideration is given to the design features and principles... (More)

Prof. SMIRNOV, L. S., D. Sc. (Physics and Mathematics) A specialist in physics of semiconductors and dielectrics was among the pioneers of a new and promising field, that of radiation physics and technology. Since 1954, he has been actively working in research of radiation effects in semiconductors.... (More)

Ce livre, écrit par d'éminents spécialistes soviétiques de l'électronique quantique des semi-conducteurs, est la premiàre monographie consacrée exclusivement aux lasers а semiconducteurs; les générateurs quantiques de rayonnement optique cohérent а semi-conducteurs, а la fois compacts et efficaces, offrent... (More)

The book contains a theory of and experimental data on the semiconducting compounds of transition and rare-earth elements. Peculiar to magnetic semiconductors is the extremely strong influence exercised by their magnetic properties on their electrical and optical properties, and vice versa, the conduction... (More)