温带气旋

中尺度数值模式对1996年热带风暴TOM转变温带气旋过程的特征分析

Analysis on the Process of Tropical Storm TOM 's Transformation to Extratropical Cyclone

尽管如此，模式的模拟结果仍然很好地反映了热带风暴（TOM）减弱后的再加强过程，揭示了热带风暴转变为温带气旋的三维热力及动力的特征结构。

Anyway , the model still showed the re-intensification process after TOM 's downgrade from tropical storm to extratropical cyclone , demonstrating the 3 dimensional thermodynamic and dynamic structure characteristics during TOM 's transformation .

48h温带气旋强度预报准确率为69%，位置预报准确率为71%。

48 h forecast accurate rate of the extratropical cyclone on intensity was 69 % , accurate rate on place was 71 % .

近50a春季东亚温带气旋活动频数的气候特征及其变化

Climatic Characteristics of Extratropical Cyclone Frequency and Its Variations over East Asia during Recent 50 Years in Spring

温带气旋浪断面结构的研究GEOSAT卫星遥感资料研究南海海面动力高度场和地转流场

Study on the section structure of waves in the temperate depression with Geosat altimeter data

本文意在通过中尺度模式MM5（V3-2版）对发生在西北太平洋1996年热带风暴TOM转变温带气旋变性过程的模拟，对其发生及演变过程进行三维热力和动力的结构分析。

By using MM5 ( V3-2 ), the transformation of TOM ( a tropical storm in 1996 in Northwestern Pacific Ocean ) from tropical storm to extratropical cyclone is simulated , also , the thermodynamic and dynamic structures are analyzed during Tom 's evolution .

太平洋海温场与东亚温带气旋的关系

Relations between the Pacific SST field-and extratropical cyclones in East Asia

东亚海上温带气旋发生的季节变化研究

A study of seasonal variability of East Asian Marine extratropical cyclogenesis

温带气旋诱发的渤海风暴潮天气分析

Weather analysis of Bohai sea storm surge caused by extratropical cyclone

爆发性与非爆发性海洋温带气旋

Comparison and analysis of explosive and unexplosive development of marine extratropical cyclones

渤海的风暴潮灾害多由温带气旋引起，莱州湾沿岸是温带风暴潮灾害的重灾区。

Windstorms in Bohai Sea are mainly caused by Temperate Zone cyclone .

航行模拟与最佳航线决策北太平洋温带气旋与航线选择研究

A Study on the Extratropical Cyclone and Voyage Selection in the North Pacific

海洋温带气旋爆发性发展数值试验

Numerical simulation and Experiment Study on explosive marine cyclones

东海地区温带气旋爆发性发展的动力学分析

A dynamic study of two explosively deepening cyclones over the East China Sea

1992年东亚－西北太平洋温带气旋活动特征

The activity feature of extratropical cyclones from Eastern Asia to Western Pacific in 1992

中国近海和西太平洋温带气旋的气候学研究

Climatology of the extratropical cyclones over the East China Sea and the West Pacific

日本传真天气图上温带气旋预报准确率分析

Analysis on forecast accurate rate of the extratropical cyclone in Japanese meteorological facsimile chart

西南太平洋温带气旋统计分析

Statistical analysis on temperature cyclones on SW PACIFIC

北太平洋温带气旋与航线选择研究

AIRLINE A Study on the Extratropical Cyclone and Voyage Selection in the North Pacific

影响我国温带气旋过程的长期遂日预报方法爆发性与非爆发性海洋温带气旋

A long-range daily forecast method of the extratropical cyclones affecting the northen China Sea

北太平洋温带气旋的气候特征

Climatic characteristics of North Pacific extratropical cyclones

台风、温带气旋引起的风暴潮和海浪灾害是造成中国沿海重大海洋灾害的主要致灾因素。

Storm surges and waves caused by typhoon and temperate cyclone are the main hazard inducers .

影响我国东部海域的温带气旋及其大风统计特征

Statistical characteristics for the extratropical cyclones and their Gales in the East China Sea and Huanghai Sea Areas

本文基于对影响渤海海域的主要天气系统：强冷空气、热带气旋和温带气旋的研究。

Based on the research of the main synoptic systems which influence Bohai sea : strong cold air ?

北太平洋温带气旋是对航行在北太平洋中高纬航线上的船舶构成严重威胁的重要天气系统。

North pacific extratropical cyclone is an important weather system severely threatening the ships sailing on high latitude routes .

本文分析了太平洋海温场与东亚温带气旋之间的相关关系。

In this Paper , relations between tne Pacific SST field and extratropical cyclones in East Asia are analysed .

利用地面形势预报方程，从理论上分析了影响渤海海域的温带气旋的发展过程。

Utilizing the equation of surface forecast , the seedtime of extratropical cyclone that influences Bohai Sea is theoretically analyzed .

在此统计分析基础上，同上述其他主要的对北太平洋温带气旋的统计资料进行了比较。

On the basis of this statistics and analysis , it is compared with other main North Pacific extratropical cyclone statistic material .

该区的风暴潮有温带气旋型与热带台风型两种，以温带风暴潮为主。

There are two types of surge which are temperate cyclone and tropic typhoon in the area , and the former is primary .

两日后它在日本以东海面减弱为一强烈热带风暴，接著变成温带气旋。

It weakened into a severe tropical storm and subsequently became an extratropical cyclone over the seas east of Japan two days later .