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Calculations of Spectral Radiance
Applications of RemoteSensing Procedure
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26.00 WAVELENGTH jum absorption and emission absorption and scattering atmo atmospheric conditions atmospheric window average spectral radiance B(hQ band model band pair clear atmosphere cloud altitudes cloud base cloud thickness COg band covariance matrices data points define density distribution E_(r eigenvalues eigenvectors estimates of sea field of view five model atmospheres five sea temperatures fractional cloud cover function given by Eq hyperlines hyperplane i-th layer infrared input condition K(AX likelihood function liquid water Lk(h matrix molecular absorption multispectral Nimbus III noncloudy atmospheres obtained opaque clouds optical depth output vector parameters performed planes present study procedure radiance spectra radiation radiometric temperature represented respectively scattering coefficients sea surface sea-surface temperature semitransparent clouds shown in Fig Spectral Absorption Coefficients spectral emittance spectral intervals spectral radiance emanating spectral regions TEMPERATURE ESTIMATED thermal thermal radiation three spectral bands three-band system transmission upwelling spectral radiance value of fractional water vapor WATER-DROP CLOUD