The vortex self-organization is investigated in this paper by four groups of numerical experiments within the framework of quasi-geostrophic model,and based on the experimental results two types of possible mechanisms...The vortex self-organization is investigated in this paper by four groups of numerical experiments within the framework of quasi-geostrophic model,and based on the experimental results two types of possible mechanisms for vortex self-organization are suggested.The meso-scale to-pography may enable separated vortices to merge into a larger scale vortex;and the interaction of meso-γand meso-βscale systems may make separated vortices to self organize a typhoon-like vor-tex circulation.展开更多
基金supported by the National Natural Science Foundation of China(Grant Nos.40333028 and 40433007).
文摘The vortex self-organization is investigated in this paper by four groups of numerical experiments within the framework of quasi-geostrophic model,and based on the experimental results two types of possible mechanisms for vortex self-organization are suggested.The meso-scale to-pography may enable separated vortices to merge into a larger scale vortex;and the interaction of meso-γand meso-βscale systems may make separated vortices to self organize a typhoon-like vor-tex circulation.
