Handbook of optics / sponsored by the Optical Society of America.

Contributor(s): Bass, Michael, 1939- | Optical Society of AmericaMaterial type: TextTextPublisher: New York : McGraw-Hill, c2001Edition: Second edition Michael Bass, editor in chief ... [et al.]Description: xv, 4 v. : illustrations ; 25 cmContent type: text Media type: unmediated Carrier type: volumeISBN: 0071354085 [hardbound]Subject(s): Optics -- Handbooks, manuals, etc | Optical instruments -- Handbooks, manuals, etcDDC classification: Online resources: Contributor biographical information | Publisher description | Table of contents
Contents:
Contents: Part 1 Classical optics -- Chapter 1 Adaptive optics; Chapter 2 Nonimaging optics: concentration and illumination; Chapter 3 Volume scattering in random media; Chapter 4 Solid-state cameras; Chapter 5 Xerographic systems; Chapter 6 Photographic materials; Chapter 7 Radiometry and photometry: units and conversions; Part 2 Vision optics -- Chapter 8 Update to part 7 ("vision") of volume I of the handbook of optics; Chapter 9 Biological waveguides; Chapter 10 Adaptive optics in retinal microscopy and vision; Chapter 11 Assessment of refraction and refractive errors; Chapter 12 Binocular vision factors that influence optical design; Chapter 13 Optics and vision of the aging eye; Chapter 14 Radiometry and photometry review for vision optics; Chapter 15 Ocular radiation hazards; Chapter 16 Vision problems at computers; Chapter 17 Human vision and electronic imaging; Chapter 18 Visual factors associated with head-mounted displays; Part 3 X-ray and neutron optics -- Chapter 19 An introduction to x-ray optics and neutron optics; Chapter 20 Refractive x-ray optics and neutron optics; Chapter 21 Gratings and monochromators in the VUV and soft x-ray; Chapter 22 Crytstal monochroators and bent crsystals; Chapter 23 Zone and phase plates, bragg-fresnel optics; Chapter 24 Multilayers; Chapter 25 Polarizing crystals optics; Chapter 26 Mirror for synchrotron beamlines; Chapter 27 The Schwarzschild objectives; Chapter 28 Astronomical x-ray optics; Chapter 29 Single capillaries; Chapter 30 Polycaplillary and multichannel plate x-ray optics; Chapter 31 Electron impact sources; Chapter 32 Synchrotron radiation sources; Chapter 33 Novel sources; Chapter 34 X-ray detectors; Chapter 35 Applications requirements affecting optics selection; Chapter 36 Neutron optics; Chapter 37 Summary of x-ray and neutron optics
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Item type Current location Call number Status Date due Barcode
General Reference (MAIN) College Library
General Reference
535 H19 2001 (Browse shelf) Available 3UCBL000003116

Includes bibliographical references, appendices and indexes.

Contents: Part 1 Classical optics -- Chapter 1 Adaptive optics; Chapter 2 Nonimaging optics: concentration and illumination; Chapter 3 Volume scattering in random media; Chapter 4 Solid-state cameras; Chapter 5 Xerographic systems; Chapter 6 Photographic materials; Chapter 7 Radiometry and photometry: units and conversions; Part 2 Vision optics -- Chapter 8 Update to part 7 ("vision") of volume I of the handbook of optics; Chapter 9 Biological waveguides; Chapter 10 Adaptive optics in retinal microscopy and vision; Chapter 11 Assessment of refraction and refractive errors; Chapter 12 Binocular vision factors that influence optical design; Chapter 13 Optics and vision of the aging eye; Chapter 14 Radiometry and photometry review for vision optics; Chapter 15 Ocular radiation hazards; Chapter 16 Vision problems at computers; Chapter 17 Human vision and electronic imaging; Chapter 18 Visual factors associated with head-mounted displays; Part 3 X-ray and neutron optics -- Chapter 19 An introduction to x-ray optics and neutron optics; Chapter 20 Refractive x-ray optics and neutron optics; Chapter 21 Gratings and monochromators in the VUV and soft x-ray; Chapter 22 Crytstal monochroators and bent crsystals; Chapter 23 Zone and phase plates, bragg-fresnel optics; Chapter 24 Multilayers; Chapter 25 Polarizing crystals optics; Chapter 26 Mirror for synchrotron beamlines; Chapter 27 The Schwarzschild objectives; Chapter 28 Astronomical x-ray optics; Chapter 29 Single capillaries; Chapter 30 Polycaplillary and multichannel plate x-ray optics; Chapter 31 Electron impact sources; Chapter 32 Synchrotron radiation sources; Chapter 33 Novel sources; Chapter 34 X-ray detectors; Chapter 35 Applications requirements affecting optics selection; Chapter 36 Neutron optics; Chapter 37 Summary of x-ray and neutron optics

Cagnaan P 1,200.00

English

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