Influence of the atmosphere on the spectral brightness and contrast of natural formations with spectrophotometric measurements of earth from space

Computer Science

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Brightness, Earth (Planet), Spaceborne Photography, Spectrophotometry, Soyuz Spacecraft, Transfer Functions

Scientific paper

The influence of the atmosphere on spectral brightnesses and contrasts of natural formations during spectrophotometric measurements of the earth from space in the visible spectral region is considered. The problem of theoretical and experimental determination of the atmospheric transfer function for the cases of practical interest is stated and solved. The technique for the determination of transfer functions and their components from the results of combined subsatellite experiments is discussed. A comparison was made of the experimental data obtained on Soyuz-7 and Soyuz-9 spacecrafts and of the corresponding theoretical calculations. Considerable influence of the nonuniformity of the underlying surface near the boundary of two media (sand-sea, sand-cloudiness) on the transformation of brightnesses and contrasts to the level of the upper atmosphere boundary is shown.

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