首页|期刊导航|中国海洋湖沼学报（英文版）|Study on numerical simulation and dynamic mechanism of winter- time circulation in the eastern China seas
中国海洋湖沼学报（英文版）2004，Vol.22Issue(4)：327-334,8.
Study on numerical simulation and dynamic mechanism of winter- time circulation in the eastern China seas
Study on numerical simulation and dynamic mechanism of winter- time circulation in the eastern China seas
摘要
Abstract
An MOM2 based 3-dimentional prognostic baroclinic Z-ordinate model was established to study the circulation in eastern China seas, considering the topography, inflow and outflow on the open boundary, wind stress, temperature and salinity exchange on the sea surface. The results were consistent with observation and showed that the Kuroshio intrudes in large scale into the East China Sea continental shelf East China, during which its water is exchanged ceaselessly with outer sea water along Ryukyu Island. The Tsushima Warm Current is derived from several sources, a branch of the Kuroshio, part of the Taiwan Warm Current, and Yellow Sea mixed water coming from the west of Cheju Island. The water from the west of Cheju Island contributes approximately 13% of the Isushima Warm Current total transport through the Korea Strait. The circulation in the Bohai Sea and Yellow Sea is basically cyclonic circulation, and is comprised of coastal currents and the Yellow Sea Warm Current. Besides simulation of the real circulation, numerical experiments were conducted to study the dynamic mechanism. The numerical experiments indicated that wind directly drives the East China Sea and Yellow Sea Coastal Currents, and strengthens the Korea Coastal Current and Yellow Sea Warm Current. In the no wind case, the kinetic energy of the coastal current area and main YSWC area is only 1% of that of the wind case. Numerical experiments also showed that the Tsushima Warm Current is of great importance to the formation of the Korea Coastal Current and Yellow Sea Warm Current.关键词
eastern China seas, wintertime, circulation, MOM2, numerical simulation, dynamic mechanismKey words
eastern China seas, wintertime, circulation, MOM2, numerical simulation, dynamic mechanism分类
海洋科学引用本文复制引用
HAN Dong,HOU Yijun,WEI Zexun,LIU Xingquan,ZHAO Xixi..Study on numerical simulation and dynamic mechanism of winter- time circulation in the eastern China seas[J].中国海洋湖沼学报（英文版）,2004,22(4):327-334,8.基金项目
This study was supported by the Major State Basic Research Program (No.G1999043808), Youth Fund of the National 863 Project (No.G2002AA639350) and the Scientific Foundation of the Chinese Academy of Sciences (KZCX2-202). （No.G1999043808）
