Cloud-base height inversion method based on radio occultation detection data
A radiosonde and high cloud base technology, applied in the field of remote sensing, can solve the problems of low detection accuracy, blurred satellite remote sensing viewing angle, uneven distribution, etc., and achieve high-resolution effects
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[0016] On April 15, 2006, the COSMIC (Constellation Observing System for Meteorology Ionosphere and Climate) meteorological, ionosphere and climate satellite detection system jointly launched by the United States and China Taiwan can provide about 2000 global occultation events every day (such as figure 1 As shown), it is mainly used in the research of meteorology and climate research, climate monitoring, space weather and geodesy. COSMIC can detect global atmospheric parameters from the ground to a height of about 60km. It has the characteristics of global coverage, high precision, high vertical resolution, long-term stability, low cost, all-weather and almost real-time detection. It can be retrieved to obtain high-precision refractive index , temperature, air pressure and water vapor pressure and other meteorological parameters, and the COSMIC-II generation detection constellation currently being designed will provide about 14,000 occultation events per day. The detection adv...
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