Photorefractive Materials for Dynamic Optical Recording Fundamentals Characterization and Technology 1st Edition by Jaime Frejlich 1119563761 9781119563761

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ISBN-10 :  1119563761 

ISBN-13 :  9781119563761

Author:  Jaime Frejlich 

A comprehensive and up-to-date reference on holographic recording  Photorefractive Materials for Dynamic Optical Recording offers a comprehensive overview of the physics, technology, and characterization of photorefractive materials that are used for optical recording. The author, a noted expert on the topic, offers an exploration of both transient and permanent holographic information storage methods. The text is written in clear terms with coherent explanations of the different methods that allows for easy access to the most appropriate method for a specific need. The book provides an analysis of the fundamental properties of the materials and explores the dynamic recording of a spatial electric charge distribution and the associated spatial electric field distribution. The text also includes information on the characterization of photorefractive materials using holographic and nonholographic optical methods and electrical techniques, reporting a large number of actual experimental results on a variety of materials. This important resource: Offers an in-depth source of information on the physics and technology of all relevant holographic recording methods Contains text written by a pioneer in the field—Jaime Frejlich’s research defined the field of dynamic holographic recording Presents a one-stop resource that covers all phenomena and methods Includes a review of the practical applications of the technology Written for materials scientists, solid state physicists, optical physicists, physicists in industry, and engineering scientists, Photorefractive Materials for Dynamic Optical Recording offers a comprehensive resource on the topic from the groundbreaking expert in the field.

Photorefractive Materials for Dynamic Optical Recording Fundamentals Characterization and Technology 1st Table of contents:

Part I: Fundamentals
1 Electro‐Optic Effect
1.1 Light Propagation in Crystals
1.2 Tensorial Analysis
1.3 Electro‐Optic Effect
1.4 Perovskite Crystals
1.5 Sillenite Crystals
1.6 Concluding Remarks
2 Photoactive Centers and Photoconductivity
2.1 Photoactive Centers: Deep and Shallow Traps
2.2 Luminescence
2.3 Photoconductivity
2.4 Photovoltaic Effect
2.5 Nonlinear Photovoltaic Effect
2.6 Light‐Induced Absorption or Photochromic Effect
2.7 Dember or Light‐Induced Schottky Effect
Notes
Part II: Holographic Recording
3 Recording a Space‐Charge Electric Field
3.1 Index‐of‐Refraction Modulation
3.2 General Formulation
3.3 First Spatial Harmonic Approximation
3.4 Steady‐State Nonstationary Process: Running Holograms
3.5 Photovoltaic Materials
4 Volume Hologram with Wave Mixing
4.1 Coupled Wave Theory: Fixed Grating
4.2 Dynamic Coupled Wave Theory
4.3 Phase Modulation
4.4 Four‐Wave Mixing
4.5 Conclusions
5 Anisotropic Diffraction
5.1 Coupled‐Wave with Anisotropic Diffraction
5.2 Anisotropic Diffraction and Optical Activity
6 Stabilized Holographic Recording
6.1 Introduction
6.2 Mathematical Formulation
6.3 Self‐Stabilized Recording in Actual Materials
Part III: Materials Characterization
7 General Electrical and Optical Techniques
7.1 Electro‐Optic Coefficient
7.2 Light‐Induced Absorption
7.3 Dark Conductivity
7.4 Photoconductivity
7.5 Photo‐Electric Conversion
7.6 Modulated Photoconductivity
7.7 Photo‐Electromotive‐Force Techniques (PEMF)
Note
8 Holographic Techniques
8.1 Holographic Recording and Erasing
8.2 Direct Holographic Techniques
8.3 Hologram Recording
8.4 Hologram Erasure
8.5 Materials
8.6 Phase Modulation Techniques
8.7 Holographic Photo‐Electromotive‐Force (HPEMF) Techniques
9 Self‐Stabilized Holographic Techniques
9.1 Holographic Phase Shift
9.2 Fringe‐Locked Running Holograms
9.3 Characterization of :Fe
Part IV: Applications
10 Vibrations and Deformations
10.1 Measurement of Vibration and Deformation
10.2 Experimental Setup
11 Fixed Holograms
11.1 Introduction
11.2 Fixed Holograms in
12 Photoelectric Conversion
12.1 Photoelectric Conversion Efficiency: Dember and Photovoltaic Effects
Part V: Appendix
Appendix A: Appendix AReversible Real‐Time HologramsReversible Real‐Time Holograms

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Tags: Photorefractive Materials, Dynamic Optical, Fundamentals, Characterization, Technology, Jaime Frejlich