The effects of various parameters for macro- and micro-scale, sublimation, rimming and multiplication on cloud physics elements and precipitation are examined and the effects of seeding are simulated.
考察了宏微观参数和冰的凝华、淞附和繁生等过程对云中要素分布和降水的影响。并作了不同条件下播云的数值试验。
The results show that the cloud system model can forecast the cloud and precipitation physics process well. Macro and micro physical characters of cloud and precipitation forecasted are reasonable.
结果表明，该模式系统对这次云降水系统有较好的预报能力，预报的云降水系统的宏微观结构特征合理。
The studies provide the method for dual-polarization radar application to cloud and precipitation physics studies, and indicate its broad potential application prospect.
本文结果为使用双极化雷达研究云降水机制提供了方法，表明双极化雷达在云降水物理的研究中具有广阔的应用前景。
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