Optics of diffractive and gradient-index elements and systems

by G. I. Greĭsukh

Publisher: SPIE Optical Engineering Press in Bellingham, Wash

Written in English
Cover of: Optics of diffractive and gradient-index elements and systems | G. I. Greĭsukh
Published: Pages: 391 Downloads: 625
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Subjects:

  • Optical materials.,
  • Diffraction.,
  • Optical instruments -- Design and construction.

Edition Notes

Includes bibliographical references and index.

StatementG.I. Greisukh, S.T. Bobrov, S.A. Stepanov.
ContributionsBobrov, S. T., Stepanov, S. A.
Classifications
LC ClassificationsQC374 .G74 1997
The Physical Object
Paginationxx, 391 p. ;
Number of Pages391
ID Numbers
Open LibraryOL998653M
ISBN 10081942451X
LC Control Number96037422

Optics of diffractive and gradient-index elements and systems by G. I. Greĭsukh Download PDF EPUB FB2

The use of diffractive and gradient-index (GRIN) lenses as components of imaging optical systems has been investigated for several decades. The elements have proved competitive in their unique focusing and aberration properties and in terms of their additional degrees of freedom for optical Cited by: Book Description The use of diffractive and gradient-index (GRIN) lenses as components of imaging optical systems has been investigated for several decades.

The elements have proved competitive in their unique focusing and aberration properties and in terms of their additional degrees of freedom for optical design. The use of diffractive and gradient-index (GRIN) lenses as components of imaging optical systems has been investigated for several decades.

The elements have proved competitive in their unique focusing and aberration properties and in terms of their additional degrees of freedom for optical design. This book systematically examines the physical principles of diffractive and GRIN elements.

The optical hybrid systems, i.e., systems containing the optical elements of different types (diffractive and gradient-index lenses), are considered. The corrective scope of two- and three-element hybrid objectives are investigated.

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Diffractive optical elements (DOEs) shape and split laser beams in an energy-efficient can implement a wide range of applications with minimal light loss – examples of diffractive microoptics can be found in production facilities for laser material processing, in medical laser treatments and diagnostic instruments, in areas such as lighting, printing technologies and lithography.

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A solution to this problem is the application of a different criterion for the selection of the desired diffraction orders of the grating. A line is constructed from all diffracted waves that produce a spot in the observation plane that is closer to the ideal line position than some width parameter simplicity, if we assume g = g x = g y, the lines are then obtained from a visual anti.

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Therefore, basing a optical system upon a diffractive optical element does pose a fundamental optical challenge: diffractive lens are strongly chromatic, its focal length varies inversely with wavelength: (2) f (λ) = λ 0 λ f 0 where λ 0 is the main wavelength, f 0 is the focal length at λ 0, f is the focal length at λ.

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