作者: Thomas Kreis
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摘要: Preface.1 Introduction.1.1 Scope of the Book.1.2 Historical Developments.1.3 Holographic Interferometry as a Measurement Tool.2 Optical Foundations Holography.2.1 Light Waves.2.2 Interference Light.2.3 Coherence.2.4 Scalar Diffraction Theory.2.5 Speckles.2.6 Recording and Reconstruction.2.7 Elements Setup.2.8 CCD- CMOS-Arrays.3 Digital Numerical Reconstruction Wave Fields.3.1 Holograms.3.2 by Fresnel Transform.3.3 Convolution Approach.3.4 Further Methods.3.5 Wave-Optics Analysis Holography.3.6 Non-Interferometric Applications Holography.4 Interferometry.4.1 Generation Patterns.4.2 Variations Sensitivity Vectors.4.3 Fringe Localization.4.4 Interferometric Measurements.5 Quantitative Determination Phase.5.1 Roleof Phase.5.2 Disturbances Interferograms.5.3 Skeletonizing.5.4 Temporal Heterodyning.5.5 Phase Sampling Evaluation.5.6 Fourier Transform Evaluation.5.7 Dynamic Evaluation.5.8 Interferometry.5.9 Demodulation.6 Processing Phase.6.1 Displacement Determination.6.2 TheSensitivity Matrix.6.3 Strain Stress Analysis.6.4 Hybrid Methods.6.5 Vibration Analysis.6.6 Contouring.6.7 Contour Holography.6.8 Comparative Interferometry.6.9 Range Extension.6.10 Refractive Index Fields in Transparent Media.6.11 Defect Detection Non-Destructive Testing.7 Speckle Metrology.7.1 Photography.7.2 Electronic Interferometry.7.3 Electro-optic Holography.7.4 Shearography.Appendix.A Signal Fundamentals.A.1 Overview.A.2 Definition Transform.A.3 Interpretation Transform.A.4 Properties Transform.A.5 Linear Systems.A.6 Sampled Functions.A.7 The Theorem Data Truncation Effects.A.8 Interpolation Resampling.A.9 Two-Dimensional Image Processing.A.10 Fast Transform.A.11 for N!= 2n.A.12 Cosine Hartley Transform.A.13 Chirp Function Transform.B Computer Aided Tomography.B.1 Mathematical Preliminaries.B.2 Generalized Projection Theorem.B.3 Filtered Backprojection.B.4 Practical Implementation Backprojection .B.5 Algebraic Techniques.C Bessel FunctionsBibliographyAuthor IndexSubject Index.