1) exceptional flood peak
特大洪峰
1.
Analysis of the torrential rain resulting in the exceptional flood peak of the liujiang river;
引起柳江特大洪峰的暴雨分析
2) maximum flood peak
最大洪峰
1.
Based on the data of Heihe River s annual maximum flood peak,precipitation and temperature in upper and middle side of Heihe,using linear tendency estimation,power spectrum,slip t-examine,Cramer s and relevant statistics,Heihe River s annual maximum flood peak flow,its appear time characteristic,and causes were analyzed.
利用黑河洪峰及黑河上、中游降水和气温资料,采用线性倾向方法、功率谱分析方法、滑动t-检验法、累计距平法、Cramer’s法以及相关统计方法等,分析了黑河年最大洪峰流量及其出现时间的演变特征及其原因。
3) annual maximum peak discharge
年最大洪峰
1.
Study on variation law and long-term forecast method of annual maximum peak discharge at Cuntan station;
寸滩站年最大洪峰演变规律及预报研究
4) Catastrophic flood
特大洪水
1.
The prediction of the "98.6" catastrophic flood process of Wuzhou of the Xijiang river;
西江梧州“98.6”特大洪水过程预报
2.
The paper lists the existing problems and puts forward the treatment suggestions and the measures to be taken in accordance with the actual problems after hit by the catastrophic flood since the year 1988 in Nanning City as well as through the analysis of the present situations.
本文通过南宁市八十八年以来发生的特大洪水袭击未所遇到的实际问题 ,通过分析现状 ,列出存在的问题 ,提出处理的意见和应采取的措施。
3.
This theory and prediction method revealing the essence and crux of appearance about catastrophic flood have been successfully used many times, for Yellow River in 1967,1981 and 1982 and for Yangtze River in 1981,1996.
对于大江大河重现期为 5 0 10 0a的因暴雨产生的特大洪水 ,要提前 0 5a作出确定性预测和最大洪峰流量预报 ,国内外学者一般认为 ,由于缺乏相应的预测理论和方法 ,实际上不可能。
5) extreme flood
特大洪水
1.
Review of extreme flood of August 2002 in Europe;
2002年8月欧洲特大洪水概述——兼议我国水灾应急管理体制的完善
2.
The waste water drainage strategy,experience and lessons in proper city of Jiamusi during 1998’s extreme flood were discussed.
论述了 1998年特大洪水期间 ,佳木斯市城区污水强排的对策 ,经验教训及对排水设施改造的建
6) Extraordinary flood
特大洪水
1.
Holocene extraordinary flood of Qinhe River and its recurrence interval;
沁河流域全新世特大洪水及其重现期初步研究
2.
This paper analyzed the disaster condition and the causes of the extraordinary flood on June 1994 in Xiangjiang valley.
对１９９４年６月湘江流域特大洪水的灾情和成因进行了系统分析，通过对这次洪水的反思，总结经验教训，并提出了防洪对策。
补充资料：洪峰
河流在涨水期间达到最高点的水位。也指涨达最高水位的洪水。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条