Optical System Design, Analysis, and Production for Advanced Technology SystemsSPIE--the International Society for Optical Engineering, 1986 - Technology & Engineering - 421 pages |
Contents
DESIGN AND ANALYSIS OF OPTICAL SYSTEMS | 43 |
DESIGN PHILOSOPHY | 119 |
SYSTEM DESIGN EXAMPLES | 175 |
Copyright | |
4 other sections not shown
Common terms and phrases
2Eonon accuracy analysis analytical aperture aplanatic aspheric surfaces astigmatism athermalisation axis basic angle BEAM COMBINER BRDF calculated chromatic chromatic aberration coefficients coma component coordinates correction curvature curves defocusing detector diameter diamond machining diffraction dimensional distribution Double-Gauss effect elements entrance pupil equation evaluation exit pupil EXP EXP field film flat flux density focal length focus gaussian Schell-model germanium grating grid HIPPARCOS holographic illumination image plane input laser Lens Design lenses material maximum measurement merit function method mirror obtained optical design optical system optical transfer function optimization parameters paraxial performance polynomials position problem pulse radiant flux radius ray tracing refractive sagittal slit spatial frequencies spectral spherical aberration SPIE Vol stray light subaperture substrate tangential technique telescope temperature rise thermal thin lens tilt values variables vignetting wavefront wavelength Zernike zoom