Optical Engineering FundamentalsSPIE Press, 1998 - 341 pagine This text aims to expose students to the science of optics and optical engineering without the complications of advanced physics and mathematical theory. |
Sommario
Introduction | 1 |
Basic Concepts of Light | 25 |
ThinLens Theory | 57 |
Optical Design Basics | 95 |
Primary Lens Aberrations | 129 |
Optical Components | 149 |
Basic Optical Instruments | 181 |
Optical Materials and Coatings | 213 |
The Visual Optical System | 235 |
Lens Design and Image Evaluation | 256 |
Optics in Our World | 289 |
Appendix | 309 |
Optical Glass Sources | 315 |
Conversion Factors and Constants | 317 |
Appendix G Surface Sag and Conic Sections | 331 |
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aberration amount analysis angle aperture appears application approach assembly assume basic calculations chapter characteristics coating color combined complete components considered contains curves dealing detail determine diameter diffraction distance doublet effect element energy error established evaluation example eyepiece field of view Figure final flat focal length focus formula function glass illustrates image quality increased indicates introduced involved lens design lenses light limit manufacture material mirror Note objective lens optical axis optical design optical engineer optical system OSLO percent performance positive possible precise present prism problem produce pupil radius referred reflected refraction relative result seen shown in Fig shows simple space speed spherical spot diagram stop surface telescope thin thin-lens tion tolerances tracing typical visual wave wavefront wavelength
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