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A fast method for the retrieval of integrated longwave and shortwave top-of-atmosphere upwelling irradiances from MSG/SEVIRI (RRUMS)

机译:从MSG / SEVIRI(RRUMS)检索长波和短波综合大气上升流辐照度的快速方法

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摘要

A new Rapid Retrieval of Upwelling irradiances from MSG/SEVIRI (RRUMS) is presented. It has been developed to observe the top-of-atmosphere irradiances of small scale and rapidly changing features that are not sufficiently resolved by specific Earth radiation budget sensors. Our retrieval takes advantage of the spatial and temporal resolution of MSG/SEVIRI and provides outgoing longwave and reflected shortwave radiation only by means of a combination of SEVIRI channels. The longwave retrieval is based on a simple linear combination of brightness temperatures from the SEVIRI infrared channels. The shortwave retrieval is based on a neural network that requires as input the visible and near-infrared SEVIRI channels.
机译:提出了一种新的从MSG / SEVIRI(RRUMS)快速恢复上升流辐照度的方法。它的开发目的是观察小规模的大气辐照度和快速变化的特征,这些特征不能被特定的地球辐射预算传感器充分解决。我们的检索利用了MSG / SEVIRI的时空分辨率,仅通过SEVIRI通道的组合即可提供出射长波和反射短波辐射。长波检索基于来自SEVIRI红外通道的亮度温度的简单线性组合。短波检索基于神经网络,该神经网络需要输入可见和近红外SEVIRI通道作为输入。

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