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11层原始方程模式中两个积云参数化方案的比较试验
肖庆农1, 章震越2, 尹德昌2, 魏绍远2
1.南京大学大气科学系;2.南京空军气象学院
摘要:
近三十年来,积云参数化的研究已取得了很大进展,随着中尺度业务模式的研制,中尺度模式中如何考虑对流遂成为人们研究的热门课题之一。
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COMPARISONS BETWEEN EXPERIMENTS WITH TWO CUMULUS PARAMETERIZATION SCHEMES WITH A 11-LAYER PRIMITIVE EQUATION MODEL
Xiao Qingnong1, Zhang Zhenyue2, Yin Dechang2, Wei Shaoyuan2
1.Department of Atmospheric Science, Nanjing University;2.Meteorlolgical histitute of the Air Force
Abstract:
With a 11-layer primitive equation model, Fritsch et al's (1980) cumulus parameterization scheme and Kuo's scheme (1974) are compared in simulating a Meiyu precipitation process on 27 June 1981.It's indicated that the two scheme have different convective feedback. For the Fritsch et al's scheme, the convective heating rate is negative at cloud base and top. Difference is also found in the convective moistening rate, leading to contrasting features for their resultant fields of precipitation, temperature and pressure. The vertical exchange of momentum is considered in Fritsch et al's scheme, which is analysed here with the conclusion that the exchange tends to unifonhize the environmental wind fields and may be a factor for cumulus decay.
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