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cloud microphysical property
相关语句
  相似匹配句对
     THE CLOUD
     云
短句来源
     property;
     性质;
短句来源
     Studies on Microphysical Processes in Hail Cloud
     冰雹云中微物理过程研究
短句来源
     Progress in Researches on Explicit Cloud Microphysical Schemes
     显式云物理方案的研究进展
短句来源
     The cloud explosion has made greatdamage to people and proPerty loss.
     气云爆炸已造成了巨大的人员伤亡和财产损失。
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  cloud microphysical property
Sassen, Cirrus cloud microphysical property retrieval using lidar and radar measurements.
      
In the area of cirrus cloud microphysical property retrievals, our efforts were concentrated in two algorithms.
      


Cloud microphysical property has great impact on their optical character and the radiation budget of the earth-atmosphere system.In this paper,the spectrum characteristics of MODIS VIS and NIR/SIR channels are simulated with SBDART radiative transfer model,the simulated result shows MODIS VIS channel is sensitive to the optical thickness while NIR/SIR channels are sensitive to the effective radius of cloud.An algorithm is presented for retrieving the optical thickness and effective radius,the database...

Cloud microphysical property has great impact on their optical character and the radiation budget of the earth-atmosphere system.In this paper,the spectrum characteristics of MODIS VIS and NIR/SIR channels are simulated with SBDART radiative transfer model,the simulated result shows MODIS VIS channel is sensitive to the optical thickness while NIR/SIR channels are sensitive to the effective radius of cloud.An algorithm is presented for retrieving the optical thickness and effective radius,the database of such channels' reflectivity is created and used to retrieve.In addition,an instance is presented to approved the rationality of the method.The theoretical sensitivity study,which is about the distribution of retrieved effective radius changing with the height,demonstrates that retrieving effective radius using different channels represent different particle scale characteristic in different height of the cloud,respectively.For instance,channel 20(3.75 μm) is sensitive to the particles at the top of cloud and,channel 6(1.64 μm) mainly represent the middle particles' scale characteristic,and channel 7(2.13 μm) is sensitive to the particles between channel 20 and channel 6.

使用SBDART辐射传输模式模拟EOS/MOD IS可见光和近/短波红外通道的光学特性,分析了使用这些通道进行云雾光学厚度和有效粒子半径反演的可行性,建立了不同条件下的正演模拟辐射数据库,在此基础上反演云雾光学厚度和有效粒子半径。敏感性研究表明,不同波长的近/短波红外波段反射率对不同高度上的粒子敏感,使用不同通道组合反演所得的有效粒子半径反映了云层不同高度上的粒子尺度特征。结合卫星数据和常规资料做了实例分析,分析结果表明,反演结果具有合理性。

 
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