Infrared Radiation: A Handbook for Applications, with a Collection of Reference Tables |
Contents
Introduction | 1 |
Blackbody Radiation Laws | 41 |
Application of the Planck Formula | 73 |
Copyright | |
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Common terms and phrases
Ab₂ absorption b₂ blackbody model blackbody radiation body brightness temperature coatings color temperature computed curves density detector determine diation effective emissivity emitted equation Equilibrium between solid flame Globar heat infrared radiation infrared spectral region Integrated Radiance Contrast irradiance coefficient Kirchhoff's law Lambert's law lamps layer logarithmic materials maximum measurements medium metals method mg/cm² monochromatic Nernst glower obtain optical oxide perature photons Planck formula Planck function plane properties pyrometer quantities Radiant Emittance radiant flux radiant intensity ratio reflected relative Russian solid and liq solid angle solidification point Spectral and Integrated spectral distribution spectral emissivity spectral radiance spectral radiant emittance spectral scale spectrum standard source T₁ T₂ TABLE tabular section tantalum thermal radiation tion tungsten values vapor boiling point W/cm² wave number wave-number wavelength Wien Ελ λιμ λιμ Γλ μ Γλ