3) Meiyu precipitation
梅雨期雨量
1.
Correlation and moving correlation analysis are used in this paper in order to find out the relation between the total precipitation in the Yangtze-Huaihe River valley during Meiyu period (Meiyu precipitation) and the sea surface temperature (SST) in the Pacific Ocean from the previous winter to Meiyu period.
运用相关分析和滑动相关方法,分析了江淮流域5个代表站1903-2000年梅雨期雨量的变化特征及其与太平洋海温的相关关系及年代际差异。
4) initial rainwater
初期雨水
1.
Study on the influence of controlling pollution of the overflow from the initial rainwater storage tanks to Suzhou creek;
苏州河初期雨水调蓄池控制溢流污染影响研究
2.
Countermeasures and present conditions for managing urban initial rainwater runoff
城市初期雨水径流治理现状及对策
3.
Hydraulic model for drainage system was used to hydraulically simulate the planning rainwater system in Shanghai EXPO area,and evaluate the long-term efficiency of initial rainwater detention tanks for controlling urban non-point pollution.
利用排水系统水力模型对上海世博园区的规划雨水系统进行了水力模拟,评价了初期雨水调蓄池控制城市面源污染的长期效果。
5) initial rain
初期雨水
1.
In this article,Th author analysised the course of kinds impulsive load and its affection to the oporation of heavy metals wastewater treatment facilities,the affection of initial rain was mainly studied,and countermeasures were drown out.
针对重金属废水处理设施的各种冲击负荷形成过程,及其对处理设施运行效果的影响进行了分析,重点对初期雨水形成的冲击负荷影响进行了讨论,提出了缓冲的办法。
2.
The lash and pollution of initial rain in river course has become one of the key problems in the control of river course pollution.
初期雨水对河道的冲击污染已成为解决河道污染的主要难题之一。
6) Meiyu period
梅雨期
1.
A Lagrangian Diagnosis on a Block Case during the 1991 Meiyu Period in the Changjiang-Huaihe Region;
1991年江淮梅雨期一个阻塞个例的Lagrange诊断分析
2.
On the basis of the daily precipitation of the Meiyu period at 44 stations in the Changjiang-Huaihe region from 1954 to 2003,the temporal evolution and spatial distribution characters of torrentialrain(≥50 mm/d) are investigated in terms of fuzzy cluster method and empirical orthogonal function(EOF) decomposition.
利用江淮地区44个站1954—2003年近50 a逐日降水资料,采用模糊聚类和经验正交函数分解(EOF)方法分析了江淮梅雨期暴雨的时空变化特征。
3.
The water vapor transport model at the regional boundary in the Meiyu period is put forward through diagnostic analysis.
通过诊断分析,提出梅雨期中国区域边界水汽输送特征模型,即高原中部区域西边界与低纬南海、西太平洋南边界为水汽输送流入主体,西太平洋东边界为水汽“流出”主体。
补充资料:雨期
【雨期】
(杂语)谓夏三月也,(参见:安居)
(杂语)谓夏三月也,(参见:安居)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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