1) Meso scale convective system
非平衡强迫
2) barotropic non-equilibrium force
正压非平衡强迫
1.
By using of NCEP/NCAR reanalysis data and surface observation precipitation data, thermodynamic features of the rainfall during 2—8 September 2004 is analyzed and the occurrence and maintenance of heavy rain excited by barotropic non-equilibrium force and baroclinic coupling forces between dynamic and thermodynamic fields is diagnosed.
利用NCEP/NCAR再分析资料,结合地面降水观测资料,对2004年9月2-8日川渝大暴雨过程中的动、热力条件特征等进行天气学分析,并对大气正压非平衡强迫、斜压热动力耦合强迫在暴雨发生发展维持过程中的作用进行动力诊断。
2.
They are separately the barotropic non-equilibrium force and the baroclinic coupling forces between Q vector and vertical shear of wind.
通过对流层中低层气柱内总体辐合增长影响因子的分析,揭示了正压非平衡强迫、湿非地转Q矢量与垂直风切变耦合强迫激发辐合增长和暴雨维持的动力机制。
3) Unbalanced dynamic force
大气运动非平衡强迫
5) The ageostrophic forcing
非地转强迫
6) electrode current unbalanced potection
接地极线路不平衡强迫停运
补充资料:非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
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