Atmospheric Effects on Infrared Multispectral Sensing of Sea-surface Temperature from Space |
Contents
Schematic of Atmospheric Model | 5 |
Spectral Index of Refraction of Water | 13 |
Maritime Haze Droplet Distribution | 14 |
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26.00 WAVELENGTH µm A(h₁ absorption and emission approximately atmospheric conditions atmospheric window average spectral radiance B(h₁ band model band pair clear atmosphere cloud altitude cloud base cloud thickness covariance matrices d₁ data points defined density distribution effects eigenvalues eigenvectors estimate fractional cloud estimates of sea field of view FIGURE five model atmospheres five sea temperatures fractional cloud cover function given by Eq h₁ H₂O hyperlines hyperplane i-th layer infrared input condition L₂ likelihood function matrix measurements Mie theory molecular absorption Nimbus III noncloudy atmospheres obtained opaque clouds optical depth output vector parameters planes present study procedure RADIANCE AT 100 radiance emanating radiance spectra RADIANCE µW radiation radiometric temperature represented scattering coefficients sea surface sea-surface temperature semitransparent clouds SPECTRAL ABSORPTION COEFFICIENTS spectral emittance spectral regions T₁ three-band system transmission UPWELLING SPECTRAL RADIANCE value of fractional water vapor Zenith Angle κμ