supported by the National Nature Science Foundation of China (Grant No.40575023);supported by the China Meteorological Administration Shanghai Typhoon Institute Typhoon Research Fund (Grant No. 2008ST06)
In this paper, we discusses the spectrum distribution of baroclinic disturbances in tropical cyclone-scale vortices with the assumption that the basic flow does not vary with height. The semi-circle theorem for the un...
Project supported by the Opening Foundation of LASG;the National Natural Science Foundation of China (Grant No. 40575023).
A three-layer theoretical model was established, in which the atmosphere is divided into three layers based on the Scorer parameter 12 , which is large in the middle layer and small in the other two layers. The wave n...
Research on wave spectrum of Meso-beta-scale system and its application in severe weatherforecast, a project from National Natural Science Foundation of China (40575023)
Based on a barotropic vortex model, generalized energy-conserving equation was derived and twonecessary conditions of basic flow destabilization are gained. These conditions correspond to generalizedbarotropic instabi...