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Use of optical correlation techniques for characterizing scattering objects and media

Author: Oleg V Angelsky; Steen G Hanson; Peter P Maksimyak; Society of Photo-optical Instrumentation Engineers,
Publisher: Bellingham, WA : SPIE Optical Engineering Press, Bellingham, Wash., USA : SPIE Press, 1999. ©1999 2019.
Series: SPIE Press monograph, PM71.; SPIE Digital Library.
Edition/Format:   eBook : Document : EnglishView all editions and formats
Summary:
This monograph examines the possibilities for diagnostics of light-scattering objects and media by utilizing the properties of coherent optical radiation. Special emphasis is placed on diagnostics of rough surfaces. Ideas formulated in classical work on statistical radiophysics and optics have been adapted to diagnostic applications. The text includes unique techniques and unconventional methods aimed at obtaining  Read more...
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Genre/Form: Electronic books
Additional Physical Format: Print version
(DLC) 99040886
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Oleg V Angelsky; Steen G Hanson; Peter P Maksimyak; Society of Photo-optical Instrumentation Engineers,
ISBN: 9781510629936 1510629939
OCLC Number: 1104953963
Notes: "SPIE Digital Library."--Website.
Description: 1 online resource (viii, 162 pages) : illustrations.
Contents: Preface --
Introduction --
Chapter 1. Random non-uniform media and fields: 1.1. Determinate objects and random non-uniform media; 1.2. Propagation of random waves in an unbounded uniform medium; 1.3. Transmission of a plane wave through a random phase screen; 1.4. Scattering of optical radiation by dispersive media; References --
Chapter 2. Study of rough surfaces using light-scattering methods: 2.1. Scattering by a rough surface; 2.2. Determining roughness from scattering measurements; References --
Chapter 3. Structure diagnostics of phase objects with small phase variance: 3.1. Infinitely extended screen approximation; 3.2. Correlation methods for structure diagnostics of RPO; 3.3. Measurement of the roughness element height distribution function of slightly rough surfaces; 3.4. Studies of optical crystals with refractive index inhomogeneities; 3.5. Diagnostics of slightly rough surfaces; References --
Chapter 4. Stochastic approach to diagnostics of scattering objects: 4.1. Stochastic characteristics of objects and fields; 4.2. Diffraction on simple 1D phase structures; 4.3. Fractal classification; 4.4. The possibility for remote diagnostics of Koch fractals; 4.5. Diagnostics of random phase inhomogeneous objects; References Chapter 5. Structure and dynamical diagnostics of disperse media: 5.1. Optical correlation methods for sizing and measuring the concentration of light-scattering particles; 5.2. Optical correlation systems for reducing diagnostic response time in disperse media; 5.3. Transformation of the longitudinal coherence function of a field propagating in a light-scattering medium; 5.4. Holographic methods for dynamical and structure diagnostics of light-scattering particles; References --
Index.
Series Title: SPIE Press monograph, PM71.; SPIE Digital Library.
Other Titles: Optical correlation techniques.
Responsibility: Oleg V. Angelsky, Steen G. Hanson, Peter P. Maksimyak.

Abstract:

This monograph examines the possibilities for diagnostics of light-scattering objects and media by utilizing the properties of coherent optical radiation. Special emphasis is placed on diagnostics of rough surfaces. Ideas formulated in classical work on statistical radiophysics and optics have been adapted to diagnostic applications. The text includes unique techniques and unconventional methods aimed at obtaining the maximum information available.

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