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Field guide to infrared systems / Arnold Daniels

By: Contributor(s): Resource type: Ressourcentyp: Buch (Online)Book (Online)Language: English Series: SPIE field guides ; 09Publisher: Bellingham, Wash. <1000 20th St. Bellingham WA 98225-6705 USA> : SPIE, 2007Description: 1 online resource (120 p. : ill.)ISBN:
  • 9780819478245
  • 0819463612
  • 9780819463616
  • 9780819463616
  • 0819463612
Other title:
  • Infrared systems
Subject(s): Additional physical formats: Available in another form: No title DDC classification:
  • 621.362
  • 621.36/2 22
LOC classification:
  • TA1570
DOI: DOI: 10.1117/3.684619Online resources: Additional physical formats: Also available in print version.Summary: Glossary -- Introduction -- Electromagnetic spectrum -- Infrared concepts -- Optics -- Imaging concepts -- Magnification factors -- Thick lenses -- Stop and pupils -- F-number and numerical aperture -- Field-of-view -- Combination of lenses -- Afocal systems and refractive telescopes -- Cold-stop efficiency and field stop -- Image quality -- Image anomalies in infrared systems -- Infrared materials -- Material dispersion -- Atmospheric transmittance -- Radiometry and sources -- Solid angle -- Radiometry -- Radiometric terms -- Flux transfer -- Flux transfer for image-forming systems -- Source configurations -- Blackbody radiators -- Planck's radiation law -- Stefan-Boltzmann and Wien's displacement laws -- Rayleigh-Jeans and Wien's radiation laws -- Exitance contrast -- Emissivity -- Kirchhoff's law -- Emissivity of various common materials -- Radiometric measure of temperature -- Collimators -- Performance parameters for optical detectors -- Infrared detectors -- Primary sources of detector noise -- Noise power spectral density -- White noise -- Noise-equivalent bandwidth -- Shot noise -- Signal-to-noise ratio : detector and BLIP limits -- Generation-recombination noise -- Johnson noise -- 1/f noise and temperature noise -- Detector responsivity -- Spectral responsivity -- Blackbody responsivity -- Noise equivalent power -- Specific or normalized detectivity -- Photovoltaic detectors or photodiodes -- Sources of noise in PV detectorsSummary: Expressions for D*[subscript]PV,BLIP, D**[subscript]PV,BLIP, and D*[subscript]PV,JOLI -- Photoconductive detectors -- Sources of noise in PC detectors -- Pyroelectric detectors -- Bolometers -- Bolometers : immersion optics -- Thermoelectic detectors -- Infrared systems -- Raster scan format : single-detector -- Multiple-detector scan formats : serial scene dissection -- Multiple-detector scan formats : parallel scene dissection -- Staring systems -- Search systems and range equation -- Noise equivalent irradiance -- Performance specification : thermal-imaging systems -- MTF definitions -- Optics MTF : calculations -- Electronics MTF : calculations -- MTF measurement setup and sampling effects -- MTF measurement techniques : PSF and LSF -- MTF measurement techniques : ESF and CTF -- MTF measurement techniques : noiselike targets -- MTF measurement techniques : interferometry -- Noise equivalent temperature difference -- NETD measurement technique -- Minimum resolvable temperature difference -- MRTD : calculation -- MRTD measurement technique -- MRTD measurement : automatic test -- Johnson criteria -- Infrared applications -- Appendix. Equation summary -- Notes -- Bibliography -- IndexSummary: Glossary -- Introduction -- Electromagnetic spectrum -- Infrared concepts -- Optics -- Imaging concepts -- Magnification factors -- Thick lenses -- Stop and pupils -- F-number and numerical aperture -- Field-of-view -- Combination of lenses -- Afocal systems and refractive telescopes -- Cold-stop efficiency and field stop -- Image quality -- Image anomalies in infrared systems -- Infrared materials -- Material dispersion -- Atmospheric transmittance -- Radiometry and sources -- Solid angle -- Radiometry -- Radiometric terms -- Flux transfer -- Flux transfer for image-forming systems -- Source configurations -- Blackbody radiators -- Planck's radiation law -- Stefan-Boltzmann and Wien's displacement laws -- Rayleigh-Jeans and Wien's radiation laws -- Exitance contrast -- Emissivity -- Kirchhoff's law -- Emissivity of various common materials -- Radiometric measure of temperature -- Collimators -- Performance parameters for optical detectors -- Infrared detectors -- Primary sources of detector noise -- Noise power spectral density -- White noise -- Noise-equivalent bandwidth -- Shot noise -- Signal-to-noise ratio : detector and BLIP limits -- Generation-recombination noise -- Johnson noise -- 1/f noise and temperature noise -- Detector responsivity -- Spectral responsivity -- Blackbody responsivity -- Noise equivalent power -- Specific or normalized detectivity -- Photovoltaic detectors or photodiodes -- Sources of noise in PV detectorsPPN: PPN: 1018188991Package identifier: Produktsigel: ZDB-50-SPI
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