The fundamentals and method of deducing path-integrated cloud liquid water content (L)by an airborne up-looking microwave radiometer are introduced in this paper.
本文介绍机载对空微波辐射计探测云中路径积分液态水含量（L）的辐射传输原理和反演方法；
Retrieving spatial distributions of cloud liquid water content (LWC) from the airborne double-antenna microwave radiometer data by tomography method is a limited-angle image reconstruction.
通过机载双天线微波辐射计的观测数据层析反演出云液水的空间分布是一个有限角度的图像重建问题。
A statistical method for retrieving the total water vapor and cloud liquid water content and a non-linear iterative algorithm for retrieving the water vapor profiles in the troposphere are discussed.
讨论了水汽总量和云中液态水含量的统计反演法以及水汽垂直分布的迭代反演法。
The results show that, the content of cloud liquid water is overestimated by the AREM while the content of precipitation ice is underestimated.
研究结果表明，AREM模拟的云水含量稍偏高， 降冰含量稍偏低；
The results show that, the content of cloud liquid water is overestimated by the AREM while the content of precipitation ice is underestimated.
研究结果表明，AREM模拟的云水含量稍偏高， 降冰含量稍偏低；
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