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General Introduction | 1 | |
Ch. 1 | Electromagnetic Waves in Crystals | 6 |
1.1 | Maxwell's Equations and Electromagnetic Energy | 6 |
1.2 | Wave Equations and Monochromatic Plane Waves | 8 |
1.3 | Wave Propagation in Anisotropic Media | 11 |
1.4 | Electro-Optic Effects | 21 |
1.5 | Optical Activity | 34 |
Ch. 2 | Electromagnetic Propagation in Periodic Media | 42 |
2.1 | Periodic Media | 42 |
2.2 | Coupled Mode Theory | 46 |
2.3 | Raman-Nath Diffraction | 61 |
2.4 | Bragg Diffraction in Anisotropic Media | 65 |
2.5 | Multiple Gratings and Finite Gratings | 68 |
2.6 | Coupled Mode Theory for Polarized Waves | 74 |
2.7 | Method of Grating Integral | 76 |
Ch. 3 | Photorefractive Effects | 82 |
3.1 | Band Transport Model | 82 |
3.2 | Space-Charge Field | 89 |
3.3 | Photorefractive Volume Gratings | 94 |
3.4 | Speed of Grating Formation | 99 |
3.5 | Moving Gratings | 103 |
3.6 | Transient Solutions of Space-Charge Fields | 105 |
3.7 | Photovoltaic Effect | 111 |
Ch. 4 | Wave Mixing in Photorefractive Media | 118 |
4.1 | Degenerate Two-Wave Mixing | 118 |
4.2 | Nondegenerate Two-Wave Mixing | 134 |
4.3 | Anisotropic Two-Wave Mixing | 137 |
4.4 | Two-Wave Mixing in Cubic Crystals | 140 |
4.5 | Optical Four-Wave Mixing | 150 |
4.6 | Nondegenerate Four-Wave Mixing | 166 |
4.7 | TWM Approximation | 167 |
4.8 | Method of Grating Integral for Four-Wave Mixing | 172 |
Ch. 5 | Photorefractive Resonators | 183 |
5.1 | Unidirectional Ring Resonators | 183 |
5.2 | Linear Resonators | 190 |
5.3 | Bidirectional Oscillation in Ring Resonators | 197 |
Ch. 6 | Photorefractive Phase Conjugators | 208 |
6.2 | Phase Conjugation by Four-Wave Mixing | 211 |
6.3 | Self-Pumped Phase Conjugators (SPPC) | 215 |
6.4 | Mutually Pumped Phase Conjugators (MPPC) | 227 |
6.5 | Polarization-Preserving Phase Conjugators (PPPC) | 240 |
Ch. 7 | Diffraction Properties of Gratings in Photorefractive Media | 249 |
7.1 | Diffraction Properties of Photorefractive Gratings | 249 |
7.2 | Fixed Gratings | 261 |
7.3 | Reciprocity in Photorefractive Wave Mixing | 278 |
Ch. 8 | Volume Holograms and Planar Holograms | 287 |
8.1 | Gratings and Holograms | 287 |
8.2 | K-Space Degeneracy | 292 |
8.3 | Storage Capacity | 295 |
8.4 | Fanning Holograms and Conical Diffractions | 301 |
Ch. 9 | Phase Conjugate Interferometry | 309 |
9.2 | Phase Conjugate Fabry-Perot Interferometers | 311 |
9.3 | Phase Conjugate Michelson Interferometer | 313 |
9.4 | Phase Conjugate Sagnac Interferometer | 314 |
9.5 | Mach-Zehnder Holographic Interferometer | 316 |
Ch. 10 | Optical Computing | 320 |
10.1 | Fourier Optics with Photorefractive Holograms | 320 |
10.2 | Parallel Image Subtraction | 325 |
10.3 | Optical Interconnection | 330 |
10.4 | Optical Neural Networks | 335 |
10.5 | Optical Implementation | 342 |
Ch. 11 | Other Applications | 354 |
11.1 | Image Amplification | 354 |
11.2 | Spatial Amplification | 357 |
11.3 | Laser Beam Cleanup | 360 |
11.4 | Photorefractive Spatial Light Modulators | 361 |
11.5 | Photoreactive Time Integrators | 365 |
11.6 | Nonreciprocal Optical Transmission | 367 |
Ch. 12 | Higher Order Photo-Induced Gratings | 377 |
12.2 | Three-Wave Mixing in Periodic x[superscript (2)]-Media | 378 |
12.3 | x[superscript (2)] Holography | 386 |
Appendix A. Convergence Proof of Perceptron | 392 | |
Appendix B. Storage Capacity of Associative Memory | 394 | |
Appendix C. Useful Mathematical Formulae | 396 | |
Appendix D. Useful Integrals | 397 | |
Author Index | 399 | |
Subject Index | 403 |
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Add Introduction to Photorefractive Nonlinear Optics, Bridging the gap between theory and practice, it clarifies important phenomena in photorefractive media and shows how to apply these phenomena in actual situations. While the focus is on the theory of propagation of optical waves and the mixing of electro, Introduction to Photorefractive Nonlinear Optics to the inventory that you are selling on WonderClubX
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Add Introduction to Photorefractive Nonlinear Optics, Bridging the gap between theory and practice, it clarifies important phenomena in photorefractive media and shows how to apply these phenomena in actual situations. While the focus is on the theory of propagation of optical waves and the mixing of electro, Introduction to Photorefractive Nonlinear Optics to your collection on WonderClub |