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Introduction to the Series | ||
1 | Introduction | 1 |
2 | Theoretical Fundamentals of Dynamic-Grating Lasers | 5 |
2.1 | Steady-State FWM Equations | 8 |
2.2 | Four-Wave Mixing in Nonabsorbing Media: Undepleated Pumps Approximation | 14 |
2.3 | Two-Beam Interaction (General Case) | 17 |
2.4 | Backward Four-Wave Mixing on Gratings of One Type (Transmission or Reflection) | 19 |
2.5 | Phase Conjugation in Absorptionless Local Response Media (General Case) | 25 |
2.6 | Threshold and Output Characteristics of Oscillation in Local Response Media (Oscillator with Two Independent Pump Beams, Oscillator with Retroreflecting Mirror for Pumping, Hybrid Laser with Coupled Pump and FWM-Oscillator Cavities) | 27 |
2.7 | Vectorial Four-Wave Mixing | 39 |
2.8 | Dynamic-Grating Laser Cavities and Their Modes | 47 |
2.9 | Spatial-Angular and Spectral Characteristics of Dynamic-Grating Laser Radiation | 52 |
3 | Photorefractive Oscillators | 57 |
3.1 | Unidirectional Oscillation in Ring Cavity | 59 |
3.2 | Self-Pumped Phase Conjugate Mirrors (Linear Oscillator, Semiopen Linear Oscillator, Two Interaction Region Oscillator, Feedback Loop Oscillator, Double Phase Conjugate Mirror, Comparative Analysis of Self-Pumped Phase Conjugate Mirrors) | 63 |
3.3 | Laser with Single Externally Pumped Phase Conjugate Mirror | 82 |
3.4 | Oscillator with Two Phase Conjugate Mirrors | 82 |
3.5 | Photovoltaic-Nonlinearity Oscillators (Backward Vectorial Four-Wave Mixing Oscillators, Forward Vectorial Four-Wave Mixing Oscillators, Mirrorless Oscillation Due to Mixed Six-Beam Interaction) | 86 |
3.6 | Concluding Remarks on Photorefractive Oscillators | 96 |
4 | Oscillators with Local Response Media | 99 |
4.1 | Carbon Disulphide Laser | 99 |
4.2 | Cadmium Telluride Laser | 100 |
4.3 | Sodium-Vapor Laser | 103 |
4.4 | Laser Using a Liquid with a Thermal Nonlinearity | 105 |
5 | Hybrid Dynamic-Grating Lasers. Applications of Dynamic-Grating Lasers | 109 |
5.1 | Hybrid Laser Arrangements with Phase Conjugate Mirror | 109 |
5.2 | Continuous-Wave Hybrid Lasers with Phase Conjugate Mirrors | 113 |
5.3 | High-Repetition-Rate Nano- and Picosecond Hybrid Lasers | 113 |
5.4 | Coherent Coupling of CW Lasers by Four-Wave Mixing | 114 |
5.5 | Hybrid Lasers with Self-Sweeping Oscillation Frequency | 118 |
5.6 | Hybrid Lasers Using the Thermal-Nonlinearity in Liquids | 119 |
5.7 | Applications of Dynamic-Grating Lasers (Metrology with Aid of Dynamic-Grating Lasers, Applications of Self-Pumped Phase Conjugate Mirrors, Control of Laser Beam Parameters, Fundamental Studies) | 120 |
6 | Conclusion | 125 |
List of Symbols | 128 | |
Abbreviations | 131 | |
Mathematical Symbols | 132 | |
References | 132 | |
7 | Recent Results | 139 |
Index | 147 |
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Add Optical Oscillators with Degenerate Four-Wave Mixing (Dynamic Grating Lasers), This book brings together for the first time all important information on dynamic grating lasers. The work shows how the threshold and steady state output characteristics of dynamic grating lasers are established on the basis of the rigorous solution of t, Optical Oscillators with Degenerate Four-Wave Mixing (Dynamic Grating Lasers) to the inventory that you are selling on WonderClubX
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Add Optical Oscillators with Degenerate Four-Wave Mixing (Dynamic Grating Lasers), This book brings together for the first time all important information on dynamic grating lasers. The work shows how the threshold and steady state output characteristics of dynamic grating lasers are established on the basis of the rigorous solution of t, Optical Oscillators with Degenerate Four-Wave Mixing (Dynamic Grating Lasers) to your collection on WonderClub |