LES simulation for the manuscript "Interaction between hygroscopic seeding and mixed-phase microphysics in convective clouds"

Holds the output from UCLALES-SALSA describing cumulus/convective cloud simulations subject to hygroscopic seeding with the purpose to artificially enhance rainfall. The cloud simulation setup is idealized, but is based on the conditions observed at the United Arab Emirates. The model was run with a 300 m horizontal resolution and 100 m in the vertical. The data is analysed in the manuscript "Interaction between hygroscopic seeding and mixed-phase microphysics in convective clouds" currently in review for the Journal of Applied Meteorology and Climatology.

本数据集收录UCLALES-SALSA模式的输出结果，用于描述为实现人工增雨目标而开展的、经吸湿性播云处理的对流积云与对流云模拟。该云模拟方案为理想化设置，但基于阿拉伯联合酋长国的实测大气条件。模式运行采用300米水平分辨率与100米垂直分辨率。针对本数据集的分析内容已撰写为手稿《对流云吸湿性播云与混合相微物理过程的相互作用（Interaction between hygroscopic seeding and mixed-phase microphysics in convective clouds）》，目前正投往《应用气象与气候学杂志》进行同行评审。

搜集汇总

背景与挑战

背景概述

该数据集包含UCLALES-SALSA模型对积云吸湿性播云增雨的理想化模拟输出，基于阿联酋观测条件设计，水平分辨率为300米、垂直分辨率为100米，用于支持一篇相关论文的审稿研究。