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CONAE Microwave Radiometer (MWR) counts to Tb algorithm and on-orbit validation

机译:Conae微波辐射计(MWR)计数到TB算法和轨道验证

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A joint international science mission (Aquarius/SAC-D) between NASA and the Argentine Space Agency (Comisión Nacional de Actividades Espaciales, CONAE) was launched on June 10, 2011. The Microwave Radiometer (MWR), flown on board of SAC-D, complements the prime sensor, Aquarius L-band radiometer/scatterometer, by providing simultaneous spatially collocated environmental measurements such as ocean surface wind speed, oceanic rain rate, integrated atmospheric water vapor, and sea ice concentration, which aid in retrieving accurate Sea Surface Salinity (SSS). This paper presents the brightness temperature algorithm and on orbit validation for the newest version (V6.0), which includes a radiometer system non-linearity correction. Post launch analysis was conducted to perform antenna pattern correction and other radiometric biases correction using inter-satellite radiometric comparison with the US Navy's WindSat radiometer during a 6 month period of MWR on-orbit measurements.
机译:2011年6月10日推出了NASA与阿根廷航天局(Comisiónnacionaldeactivadesspaciales)之间的联合国际科学任务(Aquarius / SAC-D),于2011年6月10日推出。微波辐射计(MWR),在SAC-D船上飞行,通过提供同时空间并置的环境测量,如海面风速,海洋雨率,集成的大气水蒸气和海冰浓度,补充素传感器,水瓶座L波段辐射计/散射仪,这有助于检索精确的海表面盐度(SSS)。本文介绍了最新版本(V6.0)的亮度温度算法和轨道验证,包括辐射计系统非线性校正。在6个月的MWR On-Orbit测量期间,使用与美国海军的Windsat辐射计的卫星辐射测量相比进行天线图案校正和其他辐射偏压校正。

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