Thus, there exist some relationship between the multi-eddy structure of the South China Sea circulation and mesoscale fluctuation.
因此，南海环流的多涡结构与中尺度波动之间存在着一定的联系。
We summarize some special circulation from its structure and background circulation, and these are important experience for the prediction of cyclone in South China Sea in the future.
主要从形成的背景环流，气旋的结构等方面入手，总结出一些该气旋所具备的特有流场，从而为以后的南海自生热带气旋预报工作积累一定经验。
A three-dimensional, baroclinic model with a free surface has been employed to study the circulation characteristics of the South China Sea (SCS) and its mechanism in summerby numerical experiments.
用一个三维、自由表面、斜压海洋模式，通过数值试验的方法对南海夏季的环流特征及其形成机制进行探讨。
The wintertime circulation in the South China Sea (SCS) has been simulated by using a three-dimensional, primitive-equation model with a free surface.
用一个三维、自由表面、原始方程模式对南海环流进行了计算。
A divisional barotropic and baroclinic connection model is employed, emphasizing on studying the response of the South China Sea (SCS) circulation to the transition of monsoon in different ways.
通过利用一个分区性的正压、斜压衔接模式，重点考察了南海环流对于以不同方式变化的季风转变时的响应。
A divisional barotropic and baroclinic connection model is employed, emphasizing on studying the response of the South China Sea (SCS) circulation to the transition of monsoon in different ways.
通过利用一个分区性的正压、斜压衔接模式，重点考察了南海环流对于以不同方式变化的季风转变时的响应。
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