Download e-book for iPad: Modern optical engineering by Warren J. Smith

By Warren J. Smith

ISBN-10: 0070591741

ISBN-13: 9780070591745

The most recent Advances in Optical Engineering and Lens Technology

Long-established because the definitive optics textual content and reference, Modern Optical Engineering has been thoroughly revised and up to date to equip you with the entire most up-to-date optical and lens advances. The Fourth variation now includes state of the art details on optical engineering thought, layout, and perform, together with new chapters on ray tracing, optical process layout, and third-order aberration idea.

Written through the popular optical scientist Warren J. Smith, this state of the art consultant presents unsurpassed insurance of snapshot formation, uncomplicated optical units, photograph overview, fabrication and trying out tools, and extra. accomplished and up to date, Modern Optical Engineering features:

  • The newest details on optical engineering concept, layout, and perform
  • Over one hundred fifty designated illustrations
  • New to this version: new insurance of ray tracing, optical process layout, and third-order aberration concept; new lens designs; new optical layout software program; and new difficulties and workouts

    Inside This up-to-date Optical Engineering Classic

    • picture formation • Aberrations • Prisms and mirrors • the attention • Stops and apertures • Optical fabrics • Interference coatings • Radiometry and photometry • uncomplicated optical units • Optical structures • Ray tracing • Third-order aberration conception • photo overview • layout of optical platforms • forty four lens designs • Optics fabrication and testing

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Example text

The slope angles and the angles of incidence and refraction) may be set equal to their sines and tangents. At first glance this concept seems utterly useless, since the region is obviously infinitesimal and seemingly of value only as a limiting case. However, calculations of the performance of an optical system based on paraxial relationships are of tremendous utility. Their simplicity makes calculation and manipulation quick and easy. Since most optical systems of practical value form good images, it is apparent that most of the light rays originating at an object point must pass at least reasonably close to the paraxial image point.

Such a ray is shown by the dashed line in Fig. 9. 0666 l1 Ϫ300 The calculation of this ray is indicated in the sixth and seventh rows of Fig. 067555. The height of the image, h′ in Fig. 9, can be seen to equal the sum of the ray height at surface #3 plus the amount the ray climbs or drops in traveling to the image plane. 0187 Notice that the expression used to compute h′ is analogous to Eq. 6846 as the spacing between surfaces #3 and #4, Eq. 32 can be used to calculate y4, which is h′. Similarly, Eq.

5. The light travels from left to right. (In Fig. ) A set of equations which will allow us to trace the path for the ray may be derived as follows. 17) Applying Snell’s law (Eq. 18) The exterior angle QCO of triangle PQC is equal to ϪU ϩ I, and, as the exterior angle of triangle P′QC, it is also equal to ϪU ′ ϩ I ′. 19) From right triangle QA′C we get CA′ sin I′ ϭ ᎏ R and substituting Eqs. 20 into Eq. 22) Thus, beginning with a ray defined by its slope angle U and its intersection with the axis L, we can determine the corresponding data, U′ and L′, for the ray after refraction by the surface.

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Modern optical engineering by Warren J. Smith

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