Titlebook: Satellite Measurements of Clouds and Precipitation; Theoretical Basis Hirohiko Masunaga Book 2022 Springer Nature Singapore Pte Ltd. 2022 S

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Satellite Orbit and Scanphasis on those relevant to meteorological satellites, are reviewed for illustrating the physical background behind different types of satellite orbits mentioned. While the geostationary orbit (GEO) stands on a very simple physical principle, the physics underlying low-earth orbits (LEOs), for which

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Principles of Statistical Mechanics brief review of the statistical mechanical principles underlying the radiative processes. The interactions of thermal radiation with media, the Planck function for a notable example, are understood in terms of statistical mechanics. Another crucial theoretical element behind satellite remote sensin

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General Theory of Radiative Processese basic properties of the Planck function and related physical principles, followed by detailed discussions of the theoretical background behind the atmospheric gas and condensate spectra. The microwave gas spectrum is constituted of a limited number of absorption lines owing to molecular oxygen and

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Microwave Radiometrye blackbody spectral maximum corresponding to the earth’s surface temperature. The smallness of hydrometeors relative to wavelength acts to reduce the efficiency of absorption and scattering at microwave frequencies. By contrast, the dielectric function of liquid water increases drastically with wav

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