By Milton Laikin
That includes over seven hundred references, equations, tables, and drawings, this hugely lauded and best-selling reference emphasizes useful designs of over 30 lens platforms, together with single-element, two-element achromats, air-spaced triplets, projection lenses, and complicated wide-angle and zoom lenses. It comes with software program that offers beginning ideas for desktop optimization courses lens prescriptions and a number of other shorter courses to compute the refractive index of glasses from a number of brands, create lens drawings, practice zoom computations, do try glass becoming, and calculate third-order suggestions for unmarried lenses, achromats, and triplets.
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Extra resources for Lens Design, Third Edition,
1978). Lens Design Fundamentals, Academic Press, New York. Kingslake, R. (1983). Optical System Design, Academic Press, New York. Kingslake, R. (1989). History of the Photographic Lens, Academic Press, New York. Koch, D. G. (1978). A statistical approach to lens tolerancing, SPIE, 147:71. Kodak. Optical formulas and their application, Kodak Publication AA-26. Kogelnik, H. and Li, T. (1966). Laser beams and resonators, Proc. IEEE, 54:1312; Applied Optics 5:1550. Lavi, A. and Vogl, T. , eds. (1966).
It is reference only, and so not toleranced. Note 7. Most shops in the United States are on the inch system. If the lens is to be made elsewhere, millimeters would probably be the correct choice. Note 8. Reference dimensions are very convenient for test and manufacturing purposes. Sometimes lens edge thickness is indicated. Note 9. Coatings must be specified as to maximum reflectivity over some spectral region. With modern coating technology, the single layer anti reflection coating of a quarter wavelength of magnesium fluoride is now obsolete.
Fischer R. , ed. (1978). Computer Aided Optical Design, SPIE, Bellingham, WA. Fischer, R. E. ed. (1980). International Lens Design Conference, SPIE, Bellingham, WA. Ginsberg, R. H. (1981). An outline of tolerancing, Optical Engineering, 20:175. Grey, D. (1963). Aberration theories for semiautomatic lens design by electronic computers, JOSA, 53:672. 42 Chapter 1 Grey, D. (1970). Tolerance sensitivity and optimization, Applied Optics, 9:523. Grey, D. (1978). The inclusion of tolerance sensitivities in the merit function for lens optimization, SPIE, 147:63.