微波遥感在大气边界层预报中的应用

APPLICATION OF MICROWAVE REMOTE SENSING TO PREDICTION OF ATMOS-PHERIC BOUNDARY LAYER

  • 摘要: 本文利用5mm(54.5 GHz)微波辐射计遥感大气边界层的温度廓线,并利用大气边界层数值模式,预报大气边界层的发展。首先改善5 mm微波辐射计遥感大气温度层结的方法,提高精度;其次建立模拟和预报大气边界层发展的一维数值模式,用微波辐射计观测结果每3小时对模式进行一次初始化,使模式能跟踪和预报实际大气边界层的发展,并用实测资料做了验证。

     

    Abstract: This paper suggests a new method of prediction of atmospheric boundary layer with 5mm microwave radiometer remote sensing and numerical model. A more accurate method of remote sensing is presented. The atmospheric temperature profile could be monitored continuously, then make the initialization of numerical model any time, so that it provides assistance for improvement on accuracy of prediction of the evolution of atmospheric boundary layer. The prediction value in comparison with that of field observation are consistant each other.

     

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