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Óptical System design/ Robert Fischer

By: Fischer, RobertMaterial type: TextTextLanguage: English Publisher: Estados Unidos de América : McGraw Hill 2008ISBN: 9780071472487Subject(s): I.INSTRUMENTOS OPTICOS -- DISEÑO Y CONSTRUCCIÓN II.UNIDADES ELECTROOPTICOS DISEÑO Y CONSTRUCCIÓN III.ÓPTICA IV.SISTEMAS OPTICOS DISEÑO Y CONSTRUCCIÓNDDC classification: 681.4
Contents:
Basic optics and optical system specifications 2.Stops and pupils and other basic principles 3.Diffraction aberrations and image quality 4.The concept of optical path difference 5.Review of specific geometrical aberrations and how to get rid of them 6.Glass selection 7.Spherical and aspheric surfaces 8.Design forms 9.The optical design process 10.Computer performance evaluation 11.Gaussian beam imagery 12.Basic of thermal infrared imaging in the 3 to 5 and 8 to 12 um spectral band 13.Diffractive optics 14.Design of illumination systems 15.Performance evaluation and optical testing 16.Tolerancing and producibility 17.Optomehanical design 18.Óptical manufacturing considerations 19.Polarization Issues in optical design 20.Óptical thin films 21.Hardware design issues 22.Lens design optimization case studies 23.Óptical sensor systems modeling and analysis 24.Stray light and optical scattering 25.Bloopers and blunders in optics 26.Rule of thumb and hints
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Item type Current location Collection Call number Copy number Status Date due Barcode
Libros/ General Libros/ General Biblioteca Central Euclides Jaramillo Arango
GEN 681.4 / F445os (Browse shelf) Ej. 1 Available (Sin restricciones) 061008

Basic optics and optical system specifications 2.Stops and pupils and other basic principles 3.Diffraction aberrations and image quality 4.The concept of optical path difference 5.Review of specific geometrical aberrations and how to get rid of them 6.Glass selection 7.Spherical and aspheric surfaces 8.Design forms 9.The optical design process 10.Computer performance evaluation 11.Gaussian beam imagery 12.Basic of thermal infrared imaging in the 3 to 5 and 8 to 12 um spectral band 13.Diffractive optics 14.Design of illumination systems 15.Performance evaluation and optical testing 16.Tolerancing and producibility 17.Optomehanical design 18.Óptical manufacturing considerations 19.Polarization Issues in optical design 20.Óptical thin films 21.Hardware design issues 22.Lens design optimization case studies 23.Óptical sensor systems modeling and analysis 24.Stray light and optical scattering 25.Bloopers and blunders in optics 26.Rule of thumb and hints

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