Optical System Design (Google eBook)
McGraw Hill Professional, Jan 1, 2000 - Computers - 559 pages
This classic resource provides a clear, well-illustrated introduction to the essentials of optical design-from basic principles to cutting-edge design methods.
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Chapter 1 Basic Optics and Optical System Specifications
Chapter 2 Stops Pupils and Other Basic Principles
Chapter 3 Diffraction Aberrations and Image Quality
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achromatic doublet Airy disk angles of incidence aperture stop approximately aspheric aspheric surfaces astigmatism axial blur diameter camera lens Cassegrain chief ray clear aperture coating cold stop collimated coma components configuration Cooke triplet defocus detector distortion double Gauss edge effect entrance pupil error function example exit pupil eyepiece field curvature field of view Figure focal length focus fringes ƒ/number gaussian beam germanium glass image blur image plane image quality imagery infrared kinoform laser beam lens design lens elements lenses light line pairs/mm located magnification manufacturing material mirror optical axis optical design optical path difference optical system optimization parameters paraxial performance pixel plastic plate polarization prism radii radius ray trace refractive index result retardance scan sensor shown in Fig shows solid angle specifications spectral spherical aberration telescope temperature testplate thermal thickness tilted tion tolerances vignetting wave wavefront wavelength