利用MODIS和CERES遥感数据研究青藏高原的云辐射强迫效应
The Analysis of the Cloud’s Radiative Forcing Effect over Qinghai-Xizang Plateau Based on MODIS and CERES Data
（a）和（b）中黑色实线范围为高于3000 m等高线的青藏高原区域
利用MODIS和CERES遥感数据研究青藏高原的云辐射强迫效应 |
| 陈光灿,李函璐,傅云飞 |
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The Analysis of the Cloud’s Radiative Forcing Effect over Qinghai-Xizang Plateau Based on MODIS and CERES Data |
| Guangcan CHEN,Hanlu LI,Yunfei FU |
| 图2 多云个例的MODIS 31通道亮温分布（a）、 CERES像元内多个MODIS像元数据的加权平均融合后的亮温分布（b）及融合前、 后亮温的概率分布函数（c） （a）和（b）中黑色实线范围为高于3000 m等高线的青藏高原区域 |
| Fig.2 The brightness temperature distribution of MODIS 31th channel for cloudy case (a) and the merged brightness temperature distribution for cloudy case (b).The probability distribution function (PDF) of brightness temperature before merge and after merge.The black line in (a) and (b) represent the Qinghai-Xizang Plateau which altitude is higher than 3000 m |
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