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Spectral processing techniques for measuring Doppler velocity of rainfall from a low-earth orbiting satellite

Simone Tanelli, Eun‐Soon Im, S. L. Durden, Luca Facheris

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Abstract

The importance of the motion of air masses at all scales of atmospheric circulation has brought substantial development of the Doppler radar technology in the field of precipitation monitoring.

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What this paper is about

The importance of the motion of air masses at all scales of atmospheric circulation has brought substantial development of the Doppler radar technology in the field of precipitation monitoring.

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Available abstract

The importance of the motion of air masses at all scales of atmospheric circulation has brought substantial development of the Doppler radar technology in the field of precipitation monitoring.

Key concepts: Satellite, Doppler effect, Remote sensing, Earth (classical element), Geodesy, Geology, Doppler radar, Environmental science

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Spectral processing techniques for measuring Doppler velocity of rainfall from a low-earth orbiting satellite — Research Paper | ScholarLens