洋書 | 技術書
商品コード：
9780819456298
Field Guide to Visual and Ophthalmic Optics
販売価格(税込)：
4,830
円
ポイント：
48
Pt
Jim Schwiegerling
124pages Spiral Bound
2004/11/1
FG04
詳細
日本語版 フィールドガイド 視覚と眼の光学
Visual optics requires an understanding of both biology and optical engineering. This Field Guide assembles the anatomy, physiology, and functioning of the eye, as well as the engineering and design of a wide assortment of tools for measuring, photographing, and characterizing properties of the surfaces and structures of the eye. Also covered are the diagnostic techniques, lenses, and surgical techniques used to correct and improve human vision.
Sample Pages(PDF)
Glossary
Ocular Function
Eyeball
Cornea
Retina
Photoreceptors
Retinal Landmarks
Properties of Ocular Components
Accommodation
Pupil Size and Dark Adaptation
Transmission and Reflectance
Axes of the Eye
Stiles-Crawford Effect
Photopic V(lambda) and Scotopic V'(lambda) Response
Eye Movements
Vergence
Paraxial Schematic Eye
Arizona Eye Model
Aberrations
Visual Acuity
Visual Acuity and Eye Charts
Contrast Sensitivity Function (CSF)
Emmetropia and Ametropia
Far and Near Points
Presbyopia
Correction of Ocular Errors
Spectacles: Single Vision
Spectacle Lenses
Lensmeter
Spherical and Cylindrical Refractive Error
Prismatic Error
Astigmatic Decomposition
Special Ophthalmic Lenses
Variable Prisms and Lenses
Contact Lenses
Radiuscope
Spectacle and Contact Lens Materials
Surgical Correction of Refractive Error
Cataract Surgery
Ophthalmic Instrumentation and Metrology
Purkinje Images
Fluorescein Imaging
Indocyanine Green Imaging
Keratometry
Corneal Topography
Corneal Topography: Axial Power
Corneal Topography: Instantaneous Power
Anterior Segment Imaging
Wavefront Sensing: Shack?Hartmann Sensing
Wavefront Sensing: Tscherning Aberrometry
Wavefront Sensing: Retinal Raytracing
Wavefront Sensing: Spatially Resolved Refractometry
Wavefront Sensing: Reconstruction
Zernike Polynomials: Wavefront Sensing Standard
Zernike Polynomials: Cartesian Coordinates
Zernike Polynomials: Useful Formulas
Ophthalmoscopy
Retinal Imaging
Field of View and Perimetry
Retinoscopy
Autorefraction
Badal Optometer and Maxwellian View
Common Ophthalmic Lasers
Eye Safety: Laser Sources
Eye Safety: Non-laser Sources
Color
Photometry
Colorimetry: RBB and CIE XYZ Systems
Colorimetry: Chromaticity Diagram
Colorimetry: Primaries and Gamut
Colorimetry: CIELUV Color Space
Colorimetry: CIELAB Color Space
Chromatic Adaptation
L, M, and S Cone Fundamentals
Appendices
Aspheric and Astigmatic Surfaces
Differential Geometry
Trigonometric Identities
CIE Photopic V(lambda) and Scotopic V'(lambda) Response
1931 CIE 2? Color Matching Functions
1964 CIE 10? Color Matching Functions
Stockman & Sharpe 2? Cone Fundamentals
Incoherent Retinal Hazard Functions
Zernike Polynomials: Table in Polar Coordinates
Zernike Polynomials: Table in Cartesian Coordinates
Equation Summary
Bibliography
Index
