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Numerical Simulation on Meso-Scale Convection Systems (MCS) Rainstorm

机译:中尺度对流系统暴雨的数值模拟

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The characteristics of MCS associated with the remnant of the downgraded severe tropical storm Bilis are studied using various kinds of observation data and numerical simulation results of WRF model. Results show that WRF model can simulate the precipitation process during 16~18th July 2006 successfully. During Bilis's going into inland of southern part of China, because of the intensiveness and maintenance of southwest monsoon which provide sufficient water vapor and the mechanism of dynamic convergence caused by low-level northerly jet, the MCS developed quickly and kept active.
机译:利用各种观测资料和WRF模型的数值模拟结果,研究了与降级的热带强风暴Bilis残留有关的MCS特征。结果表明,WRF模型可以成功模拟2006年7月16〜18日的降水过程。 Bilis进入中国南部内陆时,由于西南季风的密集和维护提供了充足的水汽,并且由于低空向北喷流引起的动态收敛机制,MCS迅速发展并保持活跃。

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