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Optical Sensing and Measurement

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Table of Contents
Chapter 1 Nature of Light
1.1 Light——Wave or Stream of Particles?
1.1.1 What is a wave?
1.1.2 Evidence for wave properties of light
1.1.3 Evidence for light as a stream of particles
1.2 Features of A Wave
1.3 Electromagnetic Wave
1.3.1 A periodic, sinusoidal wave
1.3.2 Huygens' wavelets
1.4 Maxwell's Equations
1.4.1 Classical electrodynamics
1.4.2 Properties of photons
1.5 Reflection, Shell's Law
1.5.1 Reflection
1.5.2 Total internal reflection
1.6 Fresnel Equations
1.7 Fermat's Principle
1.7.1 Fermat's principle yields Shell's law
1.7.2 The single slit
1.8 Interference
1.8.1 Constructive and destructive interference
1.8.2 Young's double-slit interference experiment
1.9 Diffraction
1.9.1 Diffraction
1.9.2 Diffraction by a single slit
1.9.3 Diffraction grating

Chapter 2 Polarization
2.1 Polarization of Light Waves
2.2 Law of Malus
2.3 Polarization by Reflection and Brewster's Angle
2.4 Brewster Windows in A Laser Cavity
2.5 Polarization and Electromagnetic Effects

Chapter 3 Fiber Optics
3.1 Geometrical Optics
3.2 Wave Optics
3.3 Optical Connectors
3.4 Optical Fiber Measurements
3.5 Fiber-optic Communication
3.6 Integrated Optics

Chapter 4 Stimulated Emission Devices Lasers
4.1 Light Amplification, Resonators
4.2 Types and Operating Principles

Chapter 5 Sources and Detectors
5.1 The Source of Light
5.2 Radiometric Quantities
5.3 Photometric Quantities
5.4 Radiation Laws
5.5 Optical Detectors
5.5.1 Light detection
5.5.2 Detector characteristics
5.5.3 Noise considerations
5.5.4 Types of detectors
5.5.5 Calibration
5.5.6 Power supplies for optical detectors
References
Optical Sensing and Measurement
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