研究了云底高度和云层厚度在不同天气下的变化情况。
The variation of the cloud-base height and cloud thickness in different weather is researched.
云中过冷水含量与云底高度为负相关，与过冷层厚度为正相关。
The super-cooled water content in the cloud has a negative correlation with the height of cloud base, and has a positive correlation with the thickness of super-cooled layer.
假设自由对流高度为云底高度，考虑模式模拟次网格尺度降雨的云下拖曳清除作用。
Supposing that the level of free convection is equal to the cloud bottom level, we considered the pulling effects of simulated sub-grid scale precipitation, which is under clouds.
云底高度作为重要的云宏观物理特征参数，在云层与地表之间的能量交换中起着重要作用。
Cloud base height as an important cloud macro physical parameter, plays an important role in energy exchanges between the cloud-layer and the surface.
在积云云底之上较底的高度上可以较早地形成较为稳定的云滴谱谱型，而在较高的高度上则要晚一些。
Cloud droplet spectra could be formed in a comparatively low level above cloud base and developed later in higher levels.
在积云云底之上较底的高度上可以较早地形成较为稳定的云滴谱谱型，而在较高的高度上则要晚一些。
Cloud droplet spectra could be formed in a comparatively low level above cloud base and developed later in higher levels.
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