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Cloud Radiative Characteristic Parameter Calculation for Space-based Remote Sensing Sensors

机译:基于空间遥感传感器的云辐射特性参数计算

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Cloud layer is a significant clutter source impacting on space-based infrared remote sensing sensors. In most existing literature, cloud layer was simply assumed to be homogeneous with Lambertian surface. However, real-world clouds are inhomogeneous. In this work, we focus on the reflection and transmission of solar radiation from inhomogeneous cloud layer. The paper use Mie scattering theory and radiative transfer theory to calculate bidirectional distribution functions of reflection and transmission. The spectral distributions of transmission and reflection functions within spectral band from 0.4μm to 14μm for stratocumulus cloud are calculated. Results are compared with that of two-stream approximation, demonstrating the effectiveness and accuracy.
机译:云层是影响基于空间的红外遥感传感器的显着杂波源。在大多数现有文献中,简单地假设云层与兰布尔蒂安表面均匀。然而,现实世界云不均匀。在这项工作中,我们专注于云层太阳辐射的反射和传输。本文使用MIE散射理论和辐射转移理论来计算反射和传输的双向分布函数。计算频谱带内的频谱分布和用于划线云的频谱带内的频谱带中的频谱函数为0.4μm至14μm。结果与两流近似的结果进行了比较,展示了有效性和准确性。

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