针对神舟四号飞船微波辐射计（RAD）特殊入射角、频率的特点，开发了海面和大气参数的反演算法。
We developed a sea surface emissivity model and atmospheric model for special frequencies and incidence angles of RAD.
风成海面的极化辐射特性提供了利用被动微波遥感手段反演海洋风场的途径。
Theoretical interpretation of sea surface emission signatures provides the potential possibility to facilitate ocean wind vector retrieval using purely passive means.
海面风速是海洋环境的重要参数，微波辐射计是卫星监测海面风速的重要手段。
The sea surface wind speed is an important parameter of Marine environment and satellite microwave radiometer is an important tool to monitor this parameter.
海面风速是海洋环境的重要参数，微波辐射计是卫星监测海面风速的重要手段。
The sea surface wind speed is an important parameter of Marine environment and satellite microwave radiometer is an important tool to monitor this parameter.
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