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PARAMETERIZATION OF SOLAR RADIATIVE FLUX CALCULATION IN THE ATMOSPHERE
作者姓名:Zhao Gaoxiang  Wang Hongqi
作者单位:Institute of Atmospheric Physics Chinese Academy of Sciences,Beijing 100029,Institute of Atmospheric Physics,Chinese Academy of Sciences,Beijing 100029
摘    要:Based on the two-stream approximation a broad-band parameterization scheme for solar radiative flux calculationis presented.The whole solar spectral region from 0.2 to 3.58 μm is divided into three broad spectral intervals.The effec-tive broad-band optical depths and single scattering albedos in the atmosphere in each spectral interval can be obtainedusing parameterized formulae from known atmospheric parameters.The overlapping scattering and/or absorption ef-fects of two atmospheric constituents are considered properly.In the consideration of radiative effect of clouds in theatmosphere the single scattering albedos and backscattering parameters of clouds in each broad spectral interval are giv-en preliminarily and the cloud optical depths are determined according to the cloud liquid water content.

收稿时间:8/3/1993 12:00:00 AM

PARAMETERIZATION OF SOLAR RADIATIVE FLUX CALCULATION IN THE ATMOSPHERE
Zhao Gaoxiang,Wang Hongqi.PARAMETERIZATION OF SOLAR RADIATIVE FLUX CALCULATION IN THE ATMOSPHERE[J].Acta Meteorologica Sinica,1994,8(1):79-88.
Authors:Zhao Gaoxiang and Wang Hongqi
Institution:Zhao Gaoxiang Wang Hongqi Institute of Atmospheric Physics,Chinese Academy of Sciences,Beijing 100029
Abstract:
Keywords:two-stream approximation  single scattering albedo  optical depth  parameterization  solar radiation
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