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首页> 外文期刊>SOLA: Scientific Online Letters on the Atmosphere >Characteristics of the Averaged Vertical Profiles of Hydrometeors in the Baiu Season Simulated with a Non-hydrostatic Regional Climate Model
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Characteristics of the Averaged Vertical Profiles of Hydrometeors in the Baiu Season Simulated with a Non-hydrostatic Regional Climate Model

机译：非静水区域气候模式模拟的Baiu季节水汽平均垂直剖面特征

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References(6) Cited-By(1) Supplementary materials(1) The Baiu (Mei-yu) front over East Asia in the global warming climate as well as that in the present climate is simulated using a non-hydrostatic regional climate model (NHM) with a horizontal resolution of 5 km, which explicitly calculates the microphysical processes without a cumulus parameterization. The simulation results of the present and global warming climates were compared to clarify the change in the characteristics of the distributions of cloud and precipitation particles. The vertical profile of the mixing ratio of each hydrometeor category slightly shifts about 1 km higher in the global warming climate. The mixing ratios are generally larger in the global warming climate by a factor of about 1.3 at the middle of the Baiu frontal zone. No significant difference is found in the mass ratios of solid precipitating water to total water and non-precipitating water to total water between the climates. This is a reflection of that the shape of each hydrometeor profile is similar between the climates. The approximate formulas of the mass ratios among water substances were obtained.
机译：参考文献（6）引用依据（1）补充材料（1）使用非静水区域气候模型模拟了全球变暖气候以及当前气候下东亚的贝乌（梅雨）锋（ NHM），水平分辨率为5 km，可显式计算微物理过程，而无需进行累积参数设置。比较了当前和全球变暖气候的模拟结果，以阐明云和降水颗粒分布特征的变化。在全球变暖的气候中，每个水凝物类别的混合比的垂直分布略微高出约1 km。在全球变暖的气候中，混合比率通常在Baiu额叶中部约大1.3倍。在两种气候之间，固体沉淀水与总水的质量比和非沉淀水与总水的质量比没有发现显着差异。这反映了每个水凝物剖面的形状在气候之间是相似的。获得了水物质之间的质量比的近似公式。

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