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Field Guide to Lens Design
商品コード: 9780819491640

Field Guide to Lens Design

販売価格(税込) 4,830 円
ポイント: 48 Pt
個  数

カゴに入れる

Julie Bentley; Craig Olson
156 pages; Spiral Bound
2012/12/7
FG27

詳細

The process of designing lenses is both an art and a science. While advancements in the field over the past two centuries have done much to transform it from the former category to the latter, much of the lens design process remains encapsulated in the experience and knowledge of industry veterans. This Field Guide provides a working reference for practicing physicists, engineers, and scientists for deciphering the nuances of basic lens design.

Sample Pages(PDF)

Glossary of Symbols and Acronyms
Fundamentals of Optical Design
 Sign Conventions
 Basic Concepts
 Optical Design Process
 Aperture and Wavelength Specifications
 Resolution and Field of View
 Packaging and Environment
 Wave Aberration Function
 Third-Order Aberration Theory
 Spot Diagram and Encircled Energy
 Transverse Ray Plot
 Wavefront or OPD Plots
 Point Spread Function and Strehl Ratio
 MTF Basics
 Using MTF in Lens Design
 Defocus
 Wavefront Tilt
 Spherical Aberration
 Coma
 Field Curvature
 Petzval Curvature
 Astigmatism
 Distortion
 Primary Color and Secondary Color
 Lateral Color and Spherochromatism
 Higher-Order Aberrations
 Intrinsic and Induced Aberrations
Design Forms
 Selecting a Design Form: Refractive
 Selecting a Design Form: Reflective
 Singlets
 Achromatic Doublets
 Airspaced Doublets
 Cooke Triplet
 Double Gauss
 Petzval Lens
 Telephoto Lenses
 Retrofocus and Wide-Angle Lenses
 Refractive versus Reflective Systems
 Obscurations
 Newtonian and Cassegrain
 Gregorian and Schwarzschild
 Catadioptric Telescope Objectives
 Unobscured Systems: Aperture Clearance
 Unobscured Systems: Field Clearance
 Three-Mirror Anastigmat
 Reflective Triplet
 Wide-Field Reflective Design Forms
 Zoom Lens Fundamentals
 Zoom Lens Design and Optimization
Improving a Design
 Techniques for Improving an Optical Design
 Angle of Incidence and Aplanatic Surfaces
 Splitting and Compounding
 Diffraction-Limited Performance
 Thin Lens Layout
 Lens Bending
 Material Selection
 Controlling the Petzval Sum
 Stop Shift and Stop Symmetry
 Telecentricity
 Vignetting
 Pupil Aberrations
 Aspheres: Design
 Aspheres: Fabrication
 Gradient Index Materials
 Diffractive Optics
Optimization
 Optimization
 Damped Least Squares
 Global Optimization
 Merit Function Construction
 Choosing Effective Variables
 Solves and Pickups
 Defining Field Points
 Pupil Sampling
Tolerancing
 Tolerancing
 Design Margin and Performance Budgets
 Optical Prints
 Radius of Curvature Tolerances
 Surface Irregularity
 Center Thickness and Wedge Tolerances
 Material and Cosmetic Tolerances
 Lens Assembly Methods
 Assembly Tolerances
 Compensators
 Probability Distributions
 Sensitivity Analysis
 Performance Prediction
 Monte Carlo Analysis
 Environmental Analysis
 Athermalization
Stray Light
 Stray Light Analysis
 Stray Light Reduction
 Antireflection (AR) Coatings
 Ghost Analysis
 Cold Stop and Narcissus
 Nonsequential Ray Tracing
 Scattering and BSDF
Optical Systems
 Photographic Lenses: Fundamentals
 Photographic Lenses: Design Constraints
 Visual Instruments and the Eye
 Eyepiece Fundamentals
 Eyepiece Design Forms
 Telescopes
 Microscopes
 Microscope Objectives
 Relays
Appendix: Optical Fundamentals
 Index of Refraction and Dispersion
 Optical Materials: Glasses
 Optical Materials: Polymers/Plastics
 Optical Materials: Ultraviolet and Infrared
 Snell's Law and Ray Tracing
 Focal Length, Power, and Magnification
 Aperture Stop and Field Stop
 Entrance and Exit Pupils
 Marginal and Chief Rays
 Zernike Polynomials
 Conic Sections
 Diffraction Gratings
 Optical Cements and Coatings
 Detectors: Sampling
 Detectors: Resolution
 The Lagrange Invariant and Etendue
 Illumination Design
Equation Summary
Bibliography
Index

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