Introduction to Chapter 1
1. 1 historical review
Basic characteristics of 1.2 optical fiber
1.3 fiber nonlinearity
1.4 summary
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Chapter II Pulse Transmission in Optical Fiber
2. 1 Maxwell equations
2.2 optical fiber mode
2.3 pulse transmission equation
2.4 numerical method
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Chapter III Group Velocity Dispersion
3. 1 Different transmission areas
3.2 Pulse broadening caused by dispersion
3.3 Third-order dispersion
3.4 Decentralized management
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Chapter IV Self-phase Modulation
4. 1 spectrum change caused by self-phase modulation
4.2 Influence of Group Velocity Dispersion
4.3 Semi-analytical method
4.4 Higher-order nonlinear effects
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Chapter 5 optical soliton
5. 1 modulation instability
5.2 optical soliton
5.3 Other types of solitons
5.4 Soliton Disturbance
5.5 Higher-order effect
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Chapter VI Polarization Effect
6. 1 nonlinear birefringence
6.2 nonlinear phase shift
6.3 Evolution of polarization state
6.4 vector modulation instability
6.5 Birefringence and Solitons
6.6 random birefringence
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Chapter 7 Cross-phase Modulation
7. 1 nonlinear coupling induced by cross-phase modulation
Modulation instability caused by 7.2 XPM
7.3 XPM paired solitons
7.4 Frequency and Time Domain Effects
Application of 7.5 XPM
7.6 Polarization effect
7.7 XPM Effect in Birefringent Fiber
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Chapter 8 Stimulated Raman Scattering
8. 1 Basic concepts
8.2 Quasi-continuous Stimulated Raman Scattering
8.3 SRS of short pump pulse
8.4 Soliton effect
8.5 Polarization effect
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Chapter 9 Stimulated Brillouin Scattering
9. 1 Basic concepts
9.2 quasi-continuous SBS
9. 1 3 fiber Brillouin amplifier
9.4 SBS dynamics
9.5 Fiber Brillouin Laser
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Chapter 10 four-wave mixing
10. 1 the origin of four-wave mixing
10.2 four-wave mixing theory
10.3 phase matching technology
10.4 parameter amplification
Polarization effect of 10.5
Application of 10.6 FWM
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Chapter 1 1 Highly Nonlinear Optical Fiber
1 1. 1 nonlinear parameter
1 1.2 timely clad fiber
1 1.3 air-clad tapered fiber
1 1.4 microstructured optical fiber
1 1.5 non-responsive fiber
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Chapter 12 new nonlinear phenomena
12. 1 intra-pulse Raman scattering
12.2 four-wave mixing
12.3 supercontinuum generation
12.4 evolution in time domain and frequency domain
12.5 harmonic generation
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Applied articles
Chapter 65438 +0 Fiber Bragg Grating
The basic concept of 1. 1
Manufacturing technology of 1.2
Characteristics of 1.3 grating
Nonlinear effect of 1.4 continuous wave
1.5 modulation instability
1.6 nonlinear pulse transmission
1.7 correlation periodic structure
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Chapter II Optical Fiber Coupler
2. 1 coupler characteristics
2.2 nonlinear effect
2.3 ultrashort pulse transmission
2.4 Other types of couplers
2.5 Multi-core optical fiber
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Chapter III Optical Fiber Interferometer
3. 1 Fabry-Perot resonator and ring resonator
3.2 Sagnac interferometer
3.3 Mach-Zehnder interferometer
3.4 Michelson interferometer
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Chapter 4 Optical Fiber Amplifier
4. 1 Basic concepts
4.2 erbium-doped fiber amplifier
4.3 Dispersion and Nonlinear Effects
4.4 Modulation Instability
4.5 optical soliton
4.6 Pulse amplification
4.7 Fiber Raman Amplifier
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Chapter V Fiber Laser
5. 1 Basic concepts
5.2 Continuous fiber laser
5.3 short pulse fiber laser
5.4 Passive mode locking
5.5 the role of fiber nonlinearity and dispersion
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Chapter 6 Optical Pulse Compression
6. 1 physical mechanism
6.2 Grating Fiber Compressor
6.3 soliton effect compressor
6.4 Fiber Bragg Grating
6.5 Chirped Pulse Amplification
6.6 dispersion management fiber
6.7 Other compression technologies
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Chapter VII Optical Fiber Communication
7. 1 system basics
7.2 Influence of optical fiber nonlinearity
7.3 Solitons in Optical Fiber
7.4 Quasi-linear light wave system
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Chapter VIII Optical Signal Processing
8. 1 wavelength conversion
8.2 ultra-fast optical switch
8.3 Application of Time Domain Optical Switch
8.4 Optical Regenerator
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Chapter 9 High Nonlinear Optical Fiber
9. 1 microstructured fiber
9.2 wavelength shift and tuning
9.3 Supercontinuous Spectrum Generation
9.4 Photonic Band Gap Fiber
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Chapter 10 Quantum Application
10. 1 Quantum Theory of Pulse Propagation
Compression of 10.2 quantum noise
10.3 quantum lossless scheme
10.4 quantum entanglement
10.5 quantum cryptography
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Appendix a system of units
Appendix b abbreviation
Appendix C Numerical Code of Nonlinear Schrodinger Equation