http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Introduction to applied optics for engineers
1 online resource (xii, 277 pages) : illustrations
Front Cover; Introduction to Applied Optics for Engineers; Copyright Page; Dedication; Table of Contents; Preface; Acknowledgments; Chapter I. An Introduction to Physical Optics; Introduction; Propagation in Free Space; Plane-Wave Propagation; Geometrical Optics; Fermat's Principle; Integral Relation for the Field; Problems; Chapter II. Applications and Approximations for Radiation Fields; Introduction; Illustration of Fraunhofer Fields; Circular Aperture; Multiple Apertures-Array and Aperture Factors; Phase Effects in Apertures-Wedge; Fresnel Approximation; Problems.
Chapter III. Physical Realizations of Phase Transformers, Lenses, and SystemsConceptual Lens; Spherical Surfaces; Parabolic Surfaces; Systems of Lenses; Fourier Transform; Problems; Chapter IV. System Transform Concepts and Notation; Fourier Transform Representation of Fields; Transform of the Wave Equation; Propagation as a Transfer Function; General Transform Relationships of Propagation; Operational Techniques; A Canonical Function; Calculation Techniques for Imaging through a Lens; Imaging Condition; Fourier-Transform Condition; Fourier Transform Using the Back Plane of the Lens.
Cascaded Systems and System OperationsMultichannel One-Dimensional Systems; Bandlimiting Nature of Physical Systems; Problems; Chapter V. Applications of Optical Filtering to Data Processing; Introduction; Band-Pass Filters; Tiger-in-the-Cage; Edge Sharpening-Contrast Improvement; Continuously Varying Masks; Complex Filters; Heterodyning; Matched Filters; Weiner-Kolmogorov Estimation Filter; An Application of Weiner-Kolmogorov Filtering; Synthetic Aperture Radar; Problems; Chapter VI. Interface Devices; Photographic Recording; Resolution; Mathematical Model for Photographic Material.
Coherent Transmission FunctionsSynthesis of Quotients of Transmission Functions; Modulation Transfer Function; Television; Photodiodes; Chapter VII. Interferometry; Introduction; Young's Interferometer; Rayleigh Interferometer; Michelson Stellar Interferometer; Michelson Interferometer; Twyman-Green Interferometer; Mach-Zehnder Interferometer; Fizeau Interferometer; Newton Interferometer; Multiple-Beam Interferometer; Fabry-Perot Interferometer; Fox and Li Analysis; Analytical Solution, Boyd-Gordon Approach; Stability of Modes; Stability Conditions; Diffraction Losses; Cavity Q; Problems.
Chapter VIII. HolographyIntroduction; Generation of Phase Information; Formation of the Interferogram; Arbitrary Gammas; Reconstruction of the Object Wave; Fresnel and Fraunhofer Holograms; Wave-Front and Amplitude Holograms; Fourier-Transform Holograms; Characteristics of the Reconstructed Image; Contrast Ratio and Large Dynamic Range; Bandwidth Requirements for Separation; Storage of Multiple Images; Reduction in Resolution Requirements through Redundancy; Holographic Interferometry; Contour Generation; Contour Generation-Immersion Method; Differential Holograms-Strain Measurement.
Includes bibliographical references and index.