Laser-induced damage of optical materials
Author(s)
Bibliographic Information
Laser-induced damage of optical materials
（Optics and optoelectronics series）
Institute of Physics, 2003
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Description and Table of Contents
Description
The laser power handling capacities of optical systems are determined by the physical properties of their component materials. At low intensity levels these factors are not important, but an understanding of damage mechanisms is fundamental to good design of laser products operating at high power. Laser Induced Damage of Optical Materials presents a comprehensive overview of the damage processes that occur at high laser intensity levels and explains how these factors limit the energy handling capabilities of optical systems.
The first two chapters of the book review basic EM theory, and consider optical effects, including absorption and scattering processes, that occur at low and medium energy levels. Chapter 3 describes the damage mechanisms that come into effect when intensity levels are raised. Chapter 4 discusses the central theory for the definition and measurement of the laser-induced damage thresholds of optical materials. This covers both thermal damage and dielectric breakdown as a function of absorption and laser pulse length and spot size. The following chapters are devoted to surfaces and sub-surface damage, coatings, measurement techniques, and special topics such as scaling and the importance of using the correct measurement unit systems.
Laser Induced Damage of Optical Materials is an invaluable resource to those working with optical systems where high laser intensity is a factor.
Table of Contents
Glossary of Terms
OPTICAL EFFECTS AT LOW POWER/ENERGY LEVELS
Introduction
Electromagnetic Theory
Dispoersion
Reflectance and Transmittance
Reflectance and Absortance of a Conducting Surface
Molecular Polarizability
Absorption
Scatter
Analysis of R, T, A and S Measurements
OPTICAL EFFECTS AT MEDIUM POWER/ENERGY LEVELS
Introduction
Absorption
Raman Scattering
Brillouin Scattering
Harmonic Generation
Self-Focusing
DAMAGE THEORY
Introduction
Thermal Mechanisms
Dielectric Processes
Testing Regimes
Time of Damage
Damage Morphology
SURFACES AND SUB-SURFACES
Introduction
Surfaces
Sub-Surface
COATINGS
Introduction
Coating Technology
Measurements and Morphology of Coated Surfaces
Coating Design
Damage to Dielectric Coatings
SPECIAL TOPICS
Ambient Atmosphere/Gases
Liquids
Photodetectors
Fibre Optics
Scaling Laws
Significance of the Units of Measurement
MEASUREMENT TECHNIQUES
Introduction
Measurement of Power, Power Density, Energy, and Energy Density
Laser-Induced Damage Threshold
Measurement of Optical Characteristics
Surface Measurement and Specification
Other Measurements
APPENDICES
References
Index
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