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Study of the Simultaneous Physical Retrieval Method for Meteorological Parameters over the Continental Plateau of China
作者姓名:Li Guangqing  Dong Chaohu  Zhang Wenjian  Wu Baosuo  Wang Weihe  Wu Zhidian
摘    要:StudyoftheSimultaneousPhysicalRetrievalMethodforMeteorologicalParametersovertheContinentalPlateauofChina¥LiGuangqing;(黎光清)Don...

收稿时间:13 September 1993

Study of the simultaneous physical retrieval method for meteorological parameters over the continental plateau of China
Li Guangqing,Dong Chaohu,Zhang Wenjian,Wu Baosuo,Wang Weihe,Wu Zhidian.Study of the simultaneous physical retrieval method for meteorological parameters over the continental plateau of China[J].Advances in Atmospheric Sciences,1994,11(3):296-310.
Authors:Li Guangqing  Dong Chaohua  Zhang Wenjian  Wu Baosuo  Wang Weihe  Wu Zhidian
Institution:Satellite Meteorology Center, SMA, Beijing 100081,Satellite Meteorology Center, SMA, Beijing 100081,Satellite Meteorology Center, SMA, Beijing 100081,Satellite Meteorology Center, SMA, Beijing 100081,Satellite Meteorology Center, SMA, Beijing 100081,Satellite Meteorology Center, SMA, Beijing 100081
Abstract:It is common knowledge that continental retrieval especially for Qinghai-Xizang Plateau has not been solved to date. In order to explore applicable inverse model and method for continent including the plateau, in this study au-thors use an improved simultaneous physical retrieval method hereafter referred to as the ISPRM, for computing me-teorological parameters from NOAA-10 satellite TOVS data. The retrieval results verified by nearby radiosondes show that the ISPRM is more applicable for the continental plateau.
Keywords:Retrieval method  Optimum first guess  Self-consistence  Forward Computation  Ground truth verification
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