Optical System Design, Analysis, and Production: April 19-22, 1983, Geneva, SwitzerlandPhilip J. Rogers, Robert Edward Fischer SPIE--the International Society for Optical Engineering, 1983 - Technology & Engineering - 462 pages |
Contents
OPTICAL SYSTEM REQUIREMENTS ANALYSIS AND SYSTEM ENGINEERING | 11 |
OPTICAL SYSTEM DESIGN USING MICROCOMPUTERS AND MINICOMPUTERS | 59 |
OPTICAL DESIGN THEORY AND COMPUTER PROGRAMS | 135 |
Copyright | |
7 other sections not shown
Common terms and phrases
aberration coefficients acrylic analysis aperture aspheric aspherical surfaces astigmatism axial beam calculated chromatic aberration coatings collimator component configuration conical correction curves diameter DIEGO diffraction display distortion Double Gauss effect efficiency entrance pupil equation example exit pupil fiber field curvature field of view filters focal length focus function germanium glass grating groove depth hologram holographic input laser lens design lenses magnification marginal ray material measured method numerical aperture object obtained optical axis optical coatings optical design optical elements optical system optimization order aberrations output parameters paraxial performance pupil raster ray tracing raytrace reflection refractive index scanning shown in Figure spatial frequency specifications spectral spherical aberration SPIE stop-shift stray light substrate SYSCAP Table telescope thermal thickness tilt transmission values variables vector wavefront wavelength zoom position zoom system