Modern Optical Engineering: The Design of Optical SystemsMcGraw Hill, 2000 - 617 pagine The optical engineering field's most widely used, benchmark book/CD, now updated to reflect an entire decade's worth of optical and lens advances. New chapter on lens design, plus sections on new types of optics: diffractive, holographic, binary, and more. |
Sommario
Image Formation FirstOrder Optics | 21 |
Aberrations | 61 |
Prisms and Mirrors | 91 |
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Modern Optical Engineering: The Design of Optical Systems Warren J. Smith Visualizzazione estratti - 2000 |
Parole e frasi comuni
angular aperture stop Applied Optics aspheric aspheric surface astigmatism axial beam brightness C₁ Chap chromatic aberration coma component Cooke triplet corrected curve determine diameter diffraction distance distortion doublet effect element entrance pupil equal equations example exit pupil eyelens eyepiece Field Curvature field of view Figure film focal length focal point focus function glass Handbook of Optics illumination image plane index of refraction indicated infinite conjugate intersection lenses light located longitudinal magnification McGraw-Hill meniscus meridional ray mirror Note numerical aperture Optical Engineering optical system Optics and Optical overcorrected paraxial percent Petzval plot position principal ray prism radians radiation radius thickness ray height ray intercept raytracing reflection reflector SAGITTAL shown in Fig sin² slope solid angle spectral spherical aberration steradian subtended telescope third-order aberrations tion transmission triplet undercorrected usually wave front wavelength York zero