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洋書 | 技術書

Field Guide to Diffractive Optics
商品コード: 9780819486905

Field Guide to Diffractive Optics

販売価格(税込) 4,830 円
ポイント: 48 Pt
個  数

カゴに入れる

Yakov G. Soskind
134 pages Spiral Bound
2011/8/18
FG21

目次

Recent advancements in microfabrication technologies and the development of powerful simulation tools have led to a significant expansion of diffractive optics and diffractive optical components. Instrument developers can choose from a broad range of diffractive optics elements to complement refractive and reflective components in achieving a desired control of the optical field. This Field Guide provides the operational principles and established terminology of diffractive optics as well as a comprehensive overview of the main types of diffractive optics components. An emphasis is placed on the qualitative explanation of the diffraction phenomenon by the use of field distributions and graphs, providing the basis for understanding the fundamental relations and important trends.


Sample Pages(PDF)


Table of Contents


Glossary of Symbols and Acronyms


Diffraction Fundamentals
  The Diffraction Phenomenon
  Scalar Diffraction
  Paraxial Approximation


Fresnel Diffraction
  Fresnel Diffraction
  Apertures with Integer Number of Fresnel Zones
  Fresnel Zone Plates
  Fresnel Zone Plate Properties
  Fresnel Phase Plates
  Comparing Fresnel Plates and Ideal Lenses
  Efficiency of Fresnel Plates and Ideal Lenses
  Talbot Effect
  Fractional Talbot Distributions


Fraunhofer Diffraction
  Fraunhofer Diffraction
  Diffraction of Waves with Finite Sizes
  Diffraction on Ring-Shaped Apertures
  Energy Redistribution Within Diffraction Rings
  Diffraction on Noncircular Apertures
  Rectangular and Diamond-Shaped Apertures


Apodized Apertures
  Apodized Apertures
  Apodized Apertures with Central Obscuration
  Field Obstruction by an Opaque Semiplane
  Apodization with Serrated Edges
  Serrated Apertures as Apodizers


Diffraction by Multiple Apertures
  Diffraction by Multiple Apertures
  Effects of Aperture Spacing
  Aperture Fill Factor
  Aperiodically Spaced Apertures


Resolution Limit in Optical Instruments
  Resolution Limit in Optical Instruments
  Superresolution Phenomenon
  Superresolution with Two-Zone Phase Masks
  Point Spread Function Engineering
  Adjusting Diffraction-Ring Intensity
  Amplitude and Phase Filter Comparison
  Vortex Phase Masks
  Combining Amplitude and Vortex Phase Masks


Diffractive Components
  Diffraction Gratings
  Volume Bragg Gratings
  Polarization Dependency of Volume Bragg Gratings
  One-Dimensional Surface-Relief Gratings
  GRISM Elements
  Two-Dimensional Diffractive Structures
  Holographic Diffusers
  Design of Fan-Out Elements
  Diffractive Beam-Shaping Components
  Digital Diffractive Optics
  Three-Dimensional Diffractive Structures


Grating Properties
  Grating Equation
  Grating Properties
  Free Spectral Range and Resolution
  Grating Anomalies
  Polarization Dependency of Grating Anomalies
  Gratings as Angular Switches
  Gratings as Optical Filters
  Gratings as Polarizing Components


Blazing Condition
  Blazing Condition
  Blazed Angle Calculation
  Optimum Blazed Profile Height


Scalar Diffraction Theory of a Grating
  Scalar Diffraction Theory of a Grating
  Diffraction Efficiency
  Blaze Profile Approximation


Extended Scalar Diffraction Theory
  Extended Scalar Diffraction Theory
  Duty Cycle and Ghost Orders
  Extended Scalar versus Rigorous Analysis


Gratings with Subwavelength Structures
  Gratings with Subwavelength Structures
  Blazed Binary Gratings
  Relative Feature Size in the Resonant Domain
  Effective Medium Theory
  Scalar Diffraction Limitations and Rigorous Theory


Rigorous Analysis of Transmission Gratings
  Analysis of Blazed Transmission Gratings
  Polarization Dependency at Normal Incidence
  Peak Efficiency of Blazed Profiles
  Wavelength Dependency of Efficiency
  Efficiency Changes with Incident Angle
  Diffraction Efficiency for Small Feature Sizes


Polychromatic Diffraction Efficiency
  Polychromatic Diffraction Efficiency
  Monolithic Grating Doublet
  Spaced Grating Doublet
  Monolithic Grating Doublet with Two Profiles
  Diffractive and Refractive Doublets: Comparison


Efficiency of Spaced Grating Doublets
  Efficiency of Spaced Grating Doublets
  Sensitivity to Fabrication Errors
  Facet Width and Polarization Dependency
  Sensitivity to Axial Component Spacing
  Frequency Comb Formation


Diffractive Components with Axial Symmetry
  Diffractive Components with Axial Symmetry
  Diffractive Lens Surfaces
  Diffractive Kinoforms
  Binary Diffractive Lenses
  Optical Power of a Diffractive Lens Surface
  Diffractive Surfaces as Phase Elements
  Stepped Diffractive Surfaces
  Properties of Stepped Diffractive Surfaces
  Multi-order Diffractive Lenses
  Diffractive Lens Doublets


Diffractive Surfaces in Optical Systems
  Diffractive Lens Surfaces in Optical Systems
  Achromatic Hybrid Structures
  Opto-thermal Properties of Optical Components
  Athermalization with Diffractive Components
  Athermalization with SDSs


Appendix: Diffractive Raytrace
Equation Summary
Bibliography
Index

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