东海台风路径预报的CLIPER模式

本文提出了东海台风２４－７２小时路径ＣＬＩＰＥＲ全样本预报模式和ＣＬＩＰＥＲ分类预报模式，特别是设计了一套根据运动台风不断变化的区及其前期运动趋势而彩和不同的预报模式和预报方程的方法，五年２８例台风的试报表明，２４，４８，７２小时预报误差分别为１０９，２１５，３２９少里，精度明显高于国内外类似模式，而且该方法简便，易行，适合于海洋预报台和气象台站作台风路径的客观预报，特别是可作为配有ＩＢＭ微机的远     

中国近海和西太平洋温带气旋的气候学研究

依据开展海洋气旋现场海洋调查任务的需要 ,利用历史天气图资料 ,对 1 990～1 998年 5～ 6月黄海和东海气旋进行了统计分析 ,概括出其气候学特征 ,并对 1 979～1 989年间冷季中国近海和西太平洋的海洋爆发性气旋活动的气候规律进行分析 ,与相关研究结果作了比较 .尤其指出 ,西太平洋爆发性气旋具有显著连续爆发的特性     

Framework of distributed coupled atmosphere-ocean-wave modeling system

In order to research the interactions between the atmosphere and ocean as well as their important role in the intensive weather systems of coastal areas, and to improve the forecasting ability of the hazardous weather processes of coastal areas, a coupled atmosphere-ocean-wave modeling system has been developed. The agent-based environment framework for linking models allows flexible and dynamic information exchange between models. For the purpose of flexibility, portability and scalability, the framework of the whole system takes a multi-layer architecture that includes a user interface layer, computational layer and service-enabling layer. The numerical experiment presented in this paper demonstrates the performance of the distributed coupled modeling system.