Atmospheric Temperature and Moisture Structure Retrieved from AIRS and Its Applications in Climate M

来源 :青藏高原与邻近地区天气气候及其全球影响学术研讨会 | 被引量 : 0次 | 上传用户:candy136892
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  The Atmospheric InfraRed Sounder (AIRS) is the first of a new generation of high spectral resolution infrared sounder with 2378 channels measuring outgoing radiance between 650cm-1 and 2675 cm-1.The improved vertical resolving power of AIRS has been proved to greatly improve the accuracy of temperature and moisture soundings, as well as other important climate parameters, such as sea surface temperature, OLR, trace gases, etc..
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本文利用7年的ISCCP资料,JRA再分析资料和TRMM3B42降水资料,对高原内部对流系统(CS)的生成源地、分类、环境场的高低空水平特征、垂直特征和地面降水特征进行了合成分析,探讨了CS移出高原及不能移出高原的原因,分析了CS向东或向南移出高原的机制,主要结论如下:高原内部各类CS动热力结构特征基本一致,低空辐合正涡旋,高空辐散负涡旋,CS控制区高低空湿度大,云水含量高,温度露点差低,CS中心