Refractive nonlinearity of wide-band semiconductors and applications
Author(s)
Bibliographic Information
Refractive nonlinearity of wide-band semiconductors and applications
（Laser science and technology, v. 9）
Harwood Academic Publishers, c1990
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Note
Includes bibliographical references p. (133-140)
Description and Table of Contents
Description
This series consists of self contained tracts on topics pertinent to the subject of laser technology starting with a basic introduction and going on to explore the most advanced results. This volume commences with a discussion of the basic mechanisms of semi-conductor non-linearity, and continues with reviews of one-beam self action of light, two-beam interaction, four-wave light mixing and optical bistability. Each chapter mentions important applications of the observed behaviour of the semi-conductor material, including suitability as a non-linear medium in optical data processing.
Table of Contents
- Part 1 Non-linear polarizability of semi-conductors: the nature of non-linear polarizability
- contribution of different elementary excitation to non-linearity of semi-conductors
- non-linear refraction of semi-conductors
- reactive mechanisms of refractive index non-linearity
- active mechanisms of refractive index non-linearity. Part 2 One-beam self-action of light in wide-gap semi-conductors: experimental methods of measuring the coefficients of refraction non-linearity and dynamics of self-action in semi-conductors
- experimental methods of measuring the coefficents of refraction non-linearity and dynamics of self-action in semi-conductors
- peculiarities of self-action of laser beams in wide-gap semiconductors
- the study of refractive index non-linearity in semi-conductors A2B6
- anisotropy of refractive index nonlinearity in semi-conductors A2B6
- the study of refractive index non-linearity in semi-conductors A2B6 - A3B5
- the study of refractive index non-linearity in semi-conductors A4B4. Part 3 Two-beam light interaction in wide-gap semi-conductors: scalar self-diffraction of light waves in semi-conductors
- vector self-diffraction of light waves in semi-conductors
- experimental studies of dynamic holograms in wide-gap semi-conductors. Part 4 Four-wave light mixing in wide-gap semi-conductors: theory of degenerate six-photon mixing in semi-conductors
- experimental set up
- efficient phase conjugation under degenerate four-wave mixing and phase synchronism violation
- PC experiments under degenerate four-wave mixing in other wide-gap simi-conductors. Part 5 Optical bistability in wide-gap semi-conductors: classification of optical bistable schemes
- resonatorless optical bistable schemes.
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