1) river drainage
河道排涝
1.
In urban drainage plan and design of China,the design standard of urban pipe drainage is usually not in accord with that of river drainage because there is a difference of sampling methods of storm data and design duration between the two design standards due to different regulation and storage ability of pipe and river.
在我国城市排水规划和设计中,由于管道排水与河道排涝调蓄能力的不同,暴雨资料的选样方法和设计暴雨的历时均存在一定差异,致使城市管道排水与河道排涝设计标准之间常常难以衔接。
2) flood-relief channel
排洪河道
1.
Based on the said characteristics in modern urban areas, a rational formulae is hereby proposed, in which, the peak flow in the urban flood-relief channel is com.
通过分析现代城区的产汇流特征,提出了城区排洪河道设计洪峰流量计算方法的推导方式。
4) Drainage Rivers
排污河道
1.
With the rapid development of industrialization and urbanization in the world,the pollution of Drainage Rivers in cities is getting worse.
随着全球工业化和城市化的迅速发展,城市排污河道的污染状况日益严重,采用原位植物修复技术进行治理既简单经济,又环保美观,且可操作性强,前景十分广阔。
5) drainage
[英]['dreɪnɪdʒ] [美]['drenɪdʒ]
排涝
1.
The drainage systems of urbanized area include the municipal drainage systems that consist of rain pipes and the hydrological drainage system that developed from the farm drainage system.
城市化地区的排水系统不仅包括由市政雨水管网构成的市政排水系统,还包括原属农田排涝范畴的区域排涝系统。
2.
It is more required to solve the drainage and flood control problems in time to ensure the people s living and working in peace and contentment.
随着大暴雨频率增加及地区经济的发展,低洼地区的防洪排涝日显重要,直接影响人民生活关系密切的居民区,更需及时解决排水除涝问题,以确保人民安居乐业。
6) waterlogging drainage
排涝
1.
A new definition of flood control and waterlogging drainage planning for the non-plain cities is provided.
对非平原城市的防洪排涝规划进行了新的诠释和定义,通过对排洪规划重现期的选择、城区洪峰流量的推求方法、排洪规划方案的确定、城市内河水面线的计算以及排洪规划与城市竖向规划之间的配合等方面的研究,提出了非平原城市排洪规划的初步技术框架。
补充资料：河道洪水演进(见河道洪水演算法)
河道洪水演进(见河道洪水演算法)
neaao non郎hUi河道洪水演进yanJ县n 见河道洪水演算法。
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