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首页> 外文期刊>SOLA: Scientific Online Letters on the Atmosphere >Comparison of the WRF and MM5 Models for Simulation of Heavy Rainfall along the Baiu Front
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Comparison of the WRF and MM5 Models for Simulation of Heavy Rainfall along the Baiu Front

机译:WRF和MM5模型对沿Baiu锋面暴雨模拟的比较

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References(6) Cited-By(5) Supplementary materials(5) A comparison of WRF and MM5 models was conducted to investigate the differences in the performance for a simulation of a heavy rainfall event along the Baiu front. The simulated precipitation pattern from WRF and MM5 roughly agrees with the observations. However, details are different among WRF, MM5, and observations. The position of the heaviest rainfall is found onshore in WRF and the observations, whereas it is found offshore in MM5. The difference in the position is more clearly found in the vertical velocity field. Additionally, the vertical velocity field of WRF is more detailed than that of MM5. Power spectral density of the vertical velocity clearly shows the difference. Sensitivity experiments indicate that this is due to the differences in the numerical scheme for the model dynamics, not in the cloud microphysics.
机译:参考文献(6)被引用的(5)补充材料(5)对WRF和MM5模型进行了比较,以研究模拟沿Baiu锋面的强降雨事件的性能差异。来自WRF和MM5的模拟降水模式大致与观测结果一致。但是,WRF,MM5和观测值之间的细节有所不同。在WRF和观测资料中发现最大的降雨位置,而在MM5中则发现在近海。在垂直速度场中可以更清楚地发现位置的差异。此外,WRF的垂直速度场比MM5的垂直速度场更详细。功率谱密度的垂直速度清楚地显示出差异。敏感性实验表明,这是由于模型动力学数值方案的差异所致,而不是云微物理学中的差异。

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