Preface to the first edition
Introduction to Chapter 1
1. 1 photoelectric technology
1.2 development history of photoelectric technology
1.3 information photoelectric technology and devices
1.4 application of photoelectric technology
1.5 main contents of this book
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Chapter 2 Basic knowledge of optics and propagation law of light field
2. 1 Basic knowledge of optics
2.2 Maxwell equation
2.3 Dielectric
2.4 wave equation
2.5 Representation and Propagation Characteristics of Light Waves
2.6 Gaussian beam
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Chapter III Laser Principle and Technology
3. 1 coherent light source, incoherent light source and laser
3.2 the theory of interaction between light and matter-the basis of laser generation and propagation
3.3 Conditions of Laser Generation
3.4 Basic structure and output of laser
3.5 Characteristics of Laser
3.6 Types of lasers
3.7 semiconductor laser
3.8 Laser pulse technology
3.9 Laser Mode Selection Technology
3. 10 laser frequency stabilization technology
3. 1 1 Other laser technologies
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Chapter 4 Optical Waveguide Technology Foundation
4. 1 Optical Propagation and Guided Waves, Evanescent Fields and Waveguides in Planar Dielectric Waveguides
4.2 Geometrical Optical Analysis of Guided Modes in Planar Dielectric Optical Waveguides
4.3 Physical and Optical Analysis of Optical Guided Waves in Plane Dielectric Optical Waveguides
4.4 Optical fiber-cylindrical dielectric optical waveguide
4.5 Linear Optical Analysis of Optical Guided Waves in Optical Fibers
4.6 Physical and Optical Analysis of Optical Guided Waves in Step Fiber
4.7 Fiber dispersion and pulse broadening
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Chapter 5 Optical Modulation Technology —— Signal Loading and Control of Optical Information System
5. Optical basis of1crystal
5.2 Light Propagation in Crystals
5.3 Electro-optic modulation
5.4 acousto-optic modulation
5.5 magneto-optical modulation
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Chapter VI Photoelectric Detection Technology
6. 1 performance parameters of photodetector
6.2 photoelectric detection mode
6.3 Physical Effects of Photoelectric Detection
6.4 Photodetector
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Chapter VII Photoelectric Display Technology
7. 1 fundamentals of photoelectric display technology
7.2 cathode ray display
7.3 LCD
7.4 plasma display
7.5 electroluminescent display
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Chapter 8 Passive Device Technology for Optical Communication
8. 1 optical fiber connector
8.2 optical attenuator
8.3 Optocoupler
8.4 optical wavelength division multiplexer
8.5 Optical isolator
8.6 optical switch
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Chapter 9 Optical Disk and Optical Storage Technology
9. 1 optical storage and optical disk
9.2 CD
9.3 Write-once CD
9.4 Erasable rewritable optical disc
9.5 Disc Lining Material
9.6 New optical information storage technology
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Chapter 10 nonlinear optics
Classical mechanical analysis of nonlinear process 10. 1
10.2 coupled wave equation
10.3 two-wave interaction
10.4 three-wave interaction
10.5 third-order nonlinearity
10.6 stimulated scattering
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refer to