因此对边界层气象学研究有着非常重要的意义。
Thus it is a very important data source for MABL meteorology study.
蒋维楣等,边界层气象学基础,1994,南京大学出版社。
Jiang Weimei et al. Basic of Boundary Layer Meteorology, 1994, Press of Nanjing University.
本文综述了昆虫在迁飞过程中对大气物理环境的各种行为反应,用边界层气象学的理论重新审视迁飞种群的时空分布,提出了“边界层顶现象”的概念。
Based on boundary layer meteorology, the temporal and spatial distribution and the behaviour of migrating insects were reviewed, and a concept of 'PBL-top phenomena' was pre sented.
同时,由于仅需常规气象资料就能求取所有的边界层参数,因此特别适合于空气质量模式的法规应用。
At the same time, since it needs only routine meteorological data to work out all of the boundary layer parameters, it is specially fitted for the regulatory application of air quality model.
以上这些大气层中,只有对流层(尤其是边界层)中气象参数的垂直分布具有显著的不稳定性的特征。
Of all the above atmospheric layers, only the troposphere (especially its boundary layer) is characterized by a marked instability of the vertical distribution of the meteorological parameters.
本文利用325米气象塔及声雷达探测资料分析了夜间平稳天气条件下行星边界层中风速出现多极值的现象。
In this paper, the multi-level wind velocity in the nocturnal steady state PBL is analysed, using the data of the 325 meter meteorological tower and acoustic sounder.
肖玉华,何光碧, 顾清源,等。 2010。边界层参数化方案对不同性质降水模拟的影响[J]。高原气象,29 (2) : 331 –339。
Xiao Yuhua, He Guangbi, Gu Qingyuan, et al. 2010. Impact of boundary layer parameterization schemes on numerical simulation of different property precipitation[J]. Plateau Meteor, 29 (2) : 331 –339.
肖玉华,何光碧, 顾清源,等。 2010。边界层参数化方案对不同性质降水模拟的影响[J]。高原气象,29 (2) : 331 –339。
Xiao Yuhua, He Guangbi, Gu Qingyuan, et al. 2010. Impact of boundary layer parameterization schemes on numerical simulation of different property precipitation[J]. Plateau Meteor, 29 (2) : 331 –339.
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