The IAP AGCM was applied to study the climatic significance of the anomalous sea surface temperature (SST) in the South China Sea (SCS) and its adjacent areas.
南海及邻近海域表层海温（SST）异常的气候意义可以通过IAPAGCM的数值模拟得到反映。
The South China Sea (SCS) is the largest marginal sea of China, located upwind thesummer monsoon, and has dominant interannual variability as a marginal sea of thetropical Pacific Ocean.
南海作为我国最大的边缘海，位于夏季风气流上游，同时，作为热带太平洋的边缘海，具有显著的年际变异特征。
Based on the method of composite analysis, the onset process of summer monsoon over South China Sea (SCS) is investigated.
采用合成分析方法研究了南海夏季风的爆发过程及其前期征兆。
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 Asian summer monsoon trough consists of two major components: the South China Sea (SCS) summer monsoon trough and the Indian summer monsoon trough.
亚洲夏季风槽包括两大重要组成部分，即南海夏季风槽和印度夏季风槽。
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。
The discovery of natural gas field in the deep water area of the northern margin of the South China Sea (SCS) made it as one of the hot areas in global oil and gas exploration.
南海北部深水区已经获得了重大的天然气发现，正逐渐成为全球深水勘探的热点区之一。
The discovery of natural gas field in the deep water area of the northern margin of the South China Sea (SCS) made it as one of the hot areas in global oil and gas exploration.
南海北部深水区已经获得了重大的天然气发现，正逐渐成为全球深水勘探的热点区之一。
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