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THEORETICAL PRINCIPLES OF SPECTRORADIOMETRIC
METHODOLOGY AND REQUIREMENTS OF REMOTE
98 other sections not shown
absorption aerial aircraft altitude aperture atmospheric beam blackbody BRDF calculated calibration camera canopy Chapter coefficient constant corresponding curve density described detector determine direction earth EIFOV electromagnetic electronic emissivity emulsion energy entrance pupil equation example exposure field of view focal length function geometrical ground feature IFOV imagery incident infrared interference filter Lambertian Landsat layer lens Luminous maximum measured mirror modulation multispectral NASA noise oooo oooo optical system optical thickness orbit output photographic pixels plane polarization propagation quantities radiant exitance radiant flux radiometric range ratio referred refractive index remote sensing resolution resolving power reststrahlen satellite scan scanner scattering sensor shown in Fig slit solar constant solid angle spatial frequency spectral bands spectral irradiance spectral radiance spectral reflectance spectral signature spectroradiometer spectrum steradian surface Table temperature Thematic Mapper thermal transmittance values velocity wave wavelength wavelength interval XlO7