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Cloud-Aerosols interactions by multiple scenarios approach

机译:云气溶胶通过多种场景方法的相互作用

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Aerosols can play the role of cloud and ice condensation nuclei. This study shows a set of measurements and experiments analysis in remote sensing, in distinct scenarios of cloud cover during day/nightime measurements using lidar, visible all-sky camera and solar photometry. The retrieved products are studied to obtain aerosol optical and physical properties in the vicinity of clouds. In this approach cloud cover and optical properties should be retrieved as well as main features used for cloud pixel identification, e. g., Red-Blue Difference, Red-Blue Ratio, Normalized Red-Blue Ratio, Saturation and Intensity. We show some case studies to illustrate this methodology.
机译:气溶胶可以发挥云和冰冷核的作用。本研究显示了一系列在遥感中的测量和实验分析,在使用LIDAR,可见的全天摄像机和太阳能测光期间在白天/夜间测量期间的云覆盖的明显场景。研究了检索的产品,以获得云附近的气溶胶光学和物理性质。在这种方法中,应检索云覆盖和光学性质以及用于云像素识别的主要特征,即g,红蓝差,红色比例,归一化的红色蓝色比,饱和度和强度。我们展示了一些案例研究来说明这种方法。

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