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首页> 外文期刊>Atmospheric chemistry and physics >The vertical structure of cloud radiative heating over the Indian subcontinent during summer monsoon
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The vertical structure of cloud radiative heating over the Indian subcontinent during summer monsoon

机译：夏季季风在印度次大陆云辐射加热的垂直结构

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摘要

Clouds forming during the summer monsoon over the Indian subcontinent affect its evolution through their radiative impact as well as the release of latent heat. While the latter is previously studied to some extent, comparatively little is known about the radiative impact of different cloud types and the vertical structure of their radiative heating/cooling effects. Therefore, the main aim of this study is to partly fill this knowledge gap by investigating and documenting the vertical distributions of the different cloud types associated with the Indian monsoon and their radiative heating/cooling using the active radar and lidar sensors on-board CloudSat and CALIPSO. The intraseasonal evolution of clouds from May to October is also investigated to understand pre-to-post monsoon transitioning of their radiative heating/cooling effects.
机译：在夏季季风形成的云层在印度次大肿的季风中通过辐射的影响影响其进化以及潜热的释放。 虽然先前在某种程度上研究了后者，但对不同云类型的辐射撞击和其辐射加热/冷却效果的垂直结构表示相对较少。 因此，本研究的主要目的是通过调查和记录与印度季风以及使用主动雷达和LIDAR传感器的不同云类型的不同云类型的垂直分布来部分地填补这种知识差距和使用主动雷达和滑翔员传感器。 Calipso。 还研究了5月至10月份云的季节性进化，以了解季季前翁的辐射加热/冷却效果的初期转换。

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