Àâòîðèçàöèÿ
Ïîèñê ïî óêàçàòåëÿì
Accetta J.S. (ed.), Shumaker D.L. (ed.), Zissis J. (ed.) — The Infrared & Electro-Optical Systems Handbook. Volume 1: Sources of Radiation
Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå Íàøëè îïå÷àòêó?
Íàçâàíèå: The Infrared & Electro-Optical Systems Handbook. Volume 1: Sources of RadiationÀâòîðû: Accetta J.S. (ed.), Shumaker D.L. (ed.), Zissis J. (ed.)Àííîòàöèÿ: The Infrared and Electro-Optical Systems Handbook is a joint product of the Infrared Information Analysis Center (IRIA) and the International Society for Optical Engineering (SPIE). Sponsored by the Defense Technical Information Center (DTIC), this work is an outgrowth of its predecessor, The Infrared Handbook, published in 1978. The circulation of nearly 20,000 copies is adequate testimony to its wide acceptance in the electro-optics and infrared communities. The Infrared Handbook was itself preceded by The Handbook of Military Infrared Technology. Since its original inception, new topics and technologies have emerged for which little or no reference material exists. This work is intended to update and complement the current Infrared Handbook by revision, addition of new materials, and reformatting to increase its utility. Of necessity, some material from the current book was reproduced as is, having been adjudged as being current and adequate. The 45 chapters represent most subject areas of current activity in the military, aerospace, and civilian communities and contain material that has rarely appeared so extensively in the open literature.
ßçûê: Ðóáðèêà: Òåõíîëîãèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Ãîä èçäàíèÿ: 1993Êîëè÷åñòâî ñòðàíèö: 383Äîáàâëåíà â êàòàëîã: 18.12.2010Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Infrared cirrus 179 Infrared image simulation 130—133 Infrared image simulation, mathematical model 130 Infrared image simulation, radiance calculation 131 Infrared image simulation, temperature computation 131 Infrared image simulation, thermal model 130 Infrared point sources 179—190 Infrared radiance map 130 Infrared radiometric standards 60—62 Infrared radiometry 331—334 Infrared simulation and modeling 128—133 Infrared simulation and modeling, of threat signatures 128 Instantaneous field of view (IFOV) 140 Intensity 5 8 113 140 Interference 347 Interferometers 347—360 Interferometers, Fabry — Perot interferometers 354—359 Interferometers, Mach — Zehnder interferometers 353—354 Interferometers, Michelson interferometers 347—352 Interferometers, multiple-beam 337 354—360 Interferometers, Sagnac interferometer 353—354 Interferometers, two-beam 347—353 Interstellar extinction 166—167 181 Irradiance 139—140 151 174—175 179—181 Isotropic disks 29 Isotropic radiators 10 28 Jansky 177 Kirchhoff's law 26 Lambertian radiator see "Isotropic radiator" Lamps 60—103 see Lamps for scientific purposes 76 Lamps, airway beacon lamps 60 Lamps, argon mini-arc lamps 62—63 Lamps, bulbs, shapes and sizes 85 Lamps, calibration of 63 Lamps, carbon arc lamps 77—83 Lamps, color temperature standard lamps 60 Lamps, compact-source arcs 87—90 Lamps, concentrated arc lamps 93 99—100 Lamps, concentrated arc lamps, tungsten-arc (photomicrographic) lamps 93 99—100 103 Lamps, concentrated arc lamps, zirconium-arc lamps 93 102 Lamps, construction of 88—89 Lamps, deuterium arc lamps 62—63 103 107 Lamps, enclosed arc and discharge sources (high pressure) 82—90 Lamps, enclosed arc and discharge sources (high pressure), capillary mercury-arc lamps 87 Lamps, enclosed arc and discharge sources (high pressure), compact-source arcs 87—90 Lamps, enclosed arc and discharge sources (high pressure), Lucalox™ lamps 85—86 Lamps, enclosed arc and discharge sources (high pressure), mercury-arc lamps 84—87 Lamps, enclosed arc and discharge sources (high pressure), multivapor-arc lamps 84 Lamps, enclosed arc and discharge sources (high pressure), short-arc lamp 89 91 Lamps, enclosed arc and discharge sources (high pressure), Uviarc™ 84 Lamps, enclosed arc and discharge sources (low pressure) 90—93 Lamps, enclosed arc and discharge sources (low pressure), black-light fluorescent lamps 91 93 Lamps, enclosed arc and discharge sources (low pressure), electrodeless discharge lamps 92—93 Lamps, enclosed arc and discharge sources (low pressure), germicidal lamp 90—91 Lamps, enclosed arc and discharge sources (low pressure), hollow-cathode lamps 91 94—99 Lamps, enclosed arc and discharge sources (low pressure), Pluecker spectrum tubes 93 102 Lamps, enclosed arc and discharge sources (low pressure), spectral lamps 93 100—101 Lamps, enclosed arc and discharge sources (low pressure), Sterilamp™ 91 Lamps, far-UV sources 62—63 Lamps, glow modulator tubes 100 103—105 Lamps, hydrogen arc lamps 103 107 Lamps, incandescent sources 65 70—77 Lamps, incandescent sources, gas mantle 73—74 Lamps, incandescent sources, globar 70 72 74 Lamps, incandescent sources, Nernst glower 65 70—71 74 Lamps, incandescent sources, quartz envelope lamps 76—77 Lamps, incandescent sources, tungsten-filament lamps 73—77 Lamps, luminous flux standards 60 Lamps, luminous intensity standards 60 Lamps, quartz-halogen lamps 61 Lamps, ribbon filament lamps 60 Lamps, solar distribution match 89 Lamps, spectral transmission of 63 Lamps, tungsten lamps 63 Laser power meters 333 Laser sources 63—64 66—69 Laser spectroscopy 361 Leaves 281—284 286 288—295 Light, primary standard 57—58 Light, primary standard, candela 57 Light, primary standard, radiator 57 Limb brightening 222 Limb darkening 222 Littrow-type mount 340—341 343 Lorentz line 37 LOWTRAN 153 159 Lumen 7 Luminance 6—8 Lux 8 Mach — Zehnder interferometers 353—354 Mach — Zehnder interferometers, Jamin interferometer 353—354 Magnitude 140 Magnitude, photographic 169 Magnitudes see "Stellar magnitudes" Materials, emissivity of 112 Materials, natural properties 230—285 see "Biological "Construction "Ice" "Oil" "Painted "Rocks "Seawater" "Snow" "Soil "Water" Materials, thermal properties 150 Measurement 317 Meteoroid radiation 210 Meteoroid radiation, visual magnitude 210 Michelson interferometers 347—352 Michelson interferometers, constructive interference 347 Michelson interferometers, Fourier-transform spectroscopy 351 Michelson interferometers, fringe shape 347 Michelson interferometers, fringe visibility 349 Michelson interferometers, interferometer-spectrometer 350 Michelson interferometers, scanning Michelson interferometry 350 Michelson interferometers, step-scanned interferometer 351 Mirrors, Pfund mirror 341 Mixed (Voigt) line 37 Molecular rotations 32 34 Molecular spectra of gases 34—35 Molecular spectra of gases, diatomic molecules 34—35 Molecular spectra of gases, triatomic molecules 35 Molecular vibrations 32 34 Monochromators 318 334 339 345 Monochromators, double-pass 341—342 346 Monochromators, single-pass 341 Moon 157—159 163—164 Moon, illuminance 157 Moon, lunar reflectance spectra 164—165 Moon, spectral irradiance 158 162—163 Moon, surface emission spectra 146 Moon, thermal emission 159 Mountains, elevation scans 214 Multispeed chopper 64 Muzzle flash 117—121 Muzzle flash, intermediate flash 119 Muzzle flash, secondary flash 119—120 Napalm 125 National Institute of Standards and Technology (NIST) 58—64 107 317 Natural linewidth 37 Natural sources 137—314 Nebulae 176 Nicodemus system 7 Nicodemus system, areance 7 Nicodemus system, pointance 7 Night airglow 204—210 Night airglow, frequency distribution 207 Night airglow, photon emission 208 Night airglow, radiance 207 Night airglow, SHARC model 208—210 Night airglow, spectrum 207 209 Night horizon, spectral radiance 197 Nitrogen, molecular 201 Noise fluctuation 320 Nonblackbodies 59 Nonisotropic correlation functions 298—299 Oils 265—270 272 Oils, emittance 265 272 Oils, extinction coefficients 265 267—268 Oils, index of refraction 265—267 Oils, spectral radiance 265 268—270 Optical components, for IRAS 177 Optical pyrometry 318 Oxygen 200 208 Ozone 195 206 Painted surfaces, absorption 244 Painted surfaces, spectral reflectance 251—254 Partial reflectivity 54 Particulates, atmospheric 199—201 Particulates, atmospheric, concentration of 200 Particulates, atmospheric, light scattering 200 Particulates, atmospheric, sizes of 200 Particulates, atmospheric, stratospheric aerosols 199 Path radiance 5 Phot 8 photographic magnitude 169 172—173 Photometer 318 Photometric standards 60—62 Photometric terms 7—8 Photometric terms, exposure 8 Photometric terms, flux 8 Photometric terms, illuminance 8 Photometric terms, lumen 7 Photometric terms, luminance 8 Photometric terms, luminous efficacy 7 Photometric terms, luminous energy 8 Photometric terms, luminous exitance 8 Photometric terms, luminous fluence 8 Photometric terms, luminous intensity 8 Photometry 57 318 Photon (quantum) flux quantities 6 Photon exitance 15 17—18 photons 12 Photons, conversion to 9 Phycobilins 278 281 Pixel 140 Planck formulas 8 15 139 145 Planck integration 22 24—25 Planck's radiation law 59 174 Plane mixtures model 140—141 Plane stacking reflectance model 141—142 Planets, visual magnitudes and color temperatures 176 Pointance 7 Polarization 143 Power 12 54—55 Power spectra 297—309 Power spectra, break frequency 297 Power spectra, exponential 297 Power spectra, power spectral density 298—309 Power spectra, Whittle 297 Power, conservation of 27 Predictive models 108 Pressure, partial 147 prisms 335—348 Prisms, Amici prism 338 Prisms, configurations 337—346 Prisms, effective aperture 336 Prisms, half-prisms 339 Prisms, Pellin — Broca prism 338 Prisms, resolving power 336 Prisms, rock salt prism 340 Prisms, Wadsworth constant-deviation prism- mirror 338 Prisms, Wernicke prism 338 Prisms, Young — Thollon half-prisms 340 Prisms, Zenger prism 338 Probablistic model 285—287 quantity 5 8 Quantum number 32—33 Radiance 5—6 8 10 28—29 139 145 Radiance temperature 30—31 Radiance, band radiance 6 Radiance, blackbody 53—55 Radiance, path radiance 5 Radiance, spectral radiance 6 Radiance, sterisent 5 Radiance, units in astronomy 167 Radiance, visible radiance (luminance) 6 Radiant energy 3 Radiant exitance 10 12 13—17 28—29 Radiant intensity 6 113 Radiation constants 9 Radiation geometry 27—30 Radiation geometry, anisoptropic radiators 28—29 Radiation geometry, configuration factors 29 Radiation geometry, configuration factors, angle factors 29 Radiation geometry, configuration factors, geometric configuration factor 29 Radiation geometry, configuration factors, interaction factors 29 Radiation geometry, isotropic disks 29 Radiation geometry, isotropic radiators 28 Radiation geometry, radiative transfer equation 27—28 Radiation processes 32—37 Radiation reference level 317 319—320 Radiation temperature 30 Radiation theory 3—48 Radiation thermometer 333 Radiation, baseline standard 58—59 Radiation, baseline standard, goldpoint blackbody 58—59 Radiative transfer 27—28 Radiative transfer modeling 140—151 Radiative transfer modeling, plane mixtures model 140—141 Radiative transfer modeling, plane stacking reflectance model 141—142 Radiative transfer modeling, thermal modeling 145—151 Radiative transfer modeling, vegetative canopy models 145 Radiative transfer modeling, wet-dry plane stacking model 144 Radiative transfer, throughput 28 Radiators, properties of 21—27 see Radiators, properties of, absorptance 23 Radiators, properties of, absorption 23 Radiators, properties of, absorptivity 21 23 Radiators, properties of, emission 23 Radiators, properties of, emissivity 21 23 27 Radiators, properties of, emittance 23 Radiators, properties of, Kirchhoffs law 26 Radiators, properties of, nomenclature 21—22 Radiators, properties of, reflectance 26 Radiators, properties of, reflection 26 Radiators, properties of, reflectivity 21 26—27 Radiators, properties of, transmission 26—27 Radiators, properties of, transmissivity 21 Radiometers 318—334 Radiometers, absolute radiometers 325—327 Radiometers, calibration of 326—332 Radiometers, calibration of, absolute radiometer 325 327 Radiometers, calibration of, calibration systems 334 Radiometers, calibration of, collimator 328 Radiometers, calibration of, distant extended source 328—332 Radiometers, calibration of, distant point source 328—332 Radiometers, calibration of, electrically calibrated radiometer 327 Radiometers, calibration of, graybody 326 Radiometers, calibration of, history of 327—328 Radiometers, calibration of, Jones method 328—329 Radiometers, calibration of, near extended source 329 Radiometers, calibration of, near small source 329 Radiometers, calibration of, power responsivity 328 Radiometers, calibration of, reference radiation level 325—326 Radiometers, calibration of, reference radiation level, ac radiometer 325—326 Radiometers, calibration of, reference radiation level, blackened chopper 325 Radiometers, calibration of, reference radiation level, chopper blade 325 Radiometers, calibration of, reference radiation level, chopper mirror 325—326 Radiometers, calibration of, reference radiation level, chopping system 325 Radiometers, calibration of, reference radiation level, dc radiometer 325 Radiometers, calibration of, silicon photodiode standard detector 327 Radiometers, calibration of, standard receiver 327 Radiometers, calibration of, standard source 327 Radiometers, calorimeters 333 Radiometers, components, detectors 318—319 Radiometers, components, electronics 319
Ðåêëàìà
|
|
Î ïðîåêòå