Photorefractive materials combine photoconductive and electro-optic properties. Nearly 2000 papers have been written about the subject in the last twenty years, and physicists and engineers are interested in the great variety of potential applications. This book summarizes all the advances in this field in a manner that provides both a good introduction for beginning students and a detailed account for more experienced researchers.
Photorefractive materials combine photoconductive and electro-optic properties. Nearly 2000 papers have been written about the subject in the last twenty years, and physicists and engineers are interested in the great variety of potential applications. This book summarizes all the advances in this field in a manner that provides both a good introduction for beginning students and a detailed account for more experienced researchers.
Part I. A bird's eye view of photorefractive interactions General introduction 1: Diffraction phenomena by static and dynamic gratings 2: How light influences material properties 3: How material properties influence light Part II. Discussion of the physics General introduction 4: A history of the photorefractive effect 5: The materials equations 6: The field equations for two-wave mixing 7: Multi-wave mixing 8: Spurious beams 9: Six topics in search of a chapter Part III. Applications General introduction 10: Image amplification and image processing 11: Correlation and associative memories n 12 13: Other applications Appendix A Wave propagation in anisotropic materials Appendix B The electro-optic effect including the piezo-electric contribution Appendix C Determination of photorefractive parameters Bibliography Index
Part I. A bird's eye view of photorefractive interactions General introduction 1: Diffraction phenomena by static and dynamic gratings 2: How light influences material properties 3: How material properties influence light Part II. Discussion of the physics General introduction 4: A history of the photorefractive effect 5: The materials equations 6: The field equations for two-wave mixing 7: Multi-wave mixing 8: Spurious beams 9: Six topics in search of a chapter Part III. Applications General introduction 10: Image amplification and image processing 11: Correlation and associative memories n 12 13: Other applications Appendix A Wave propagation in anisotropic materials Appendix B The electro-optic effect including the piezo-electric contribution Appendix C Determination of photorefractive parameters Bibliography Index
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