1.
Construction Technique of Flood-drainage Culvert No.H11 of Yin ejiwu Open Canal Engineering in Xinjiang Desert;
新疆引额济乌戈壁明渠工程H11~#排洪涵施工技术
2.
Discussion on discharge capacity calculations of drainage system of tailing ponds
某尾矿库排洪系统泄洪能力计算探讨
3.
land drainage and flood path system
土地排水及防洪道系统
4.
The Plan Deliberation of Nanning Flood-control Works Sand River Dike Section Flood Prevention and Drains Waterlogged Land;
南宁防洪堤沙江堤段防洪排涝方案可行性研究
5.
"Approx-natural" Ecological Design of Flood Drainage Channel--Taking Landscape Restoration of Jikangli Flood Drainage Channel in Wuxi City as an Example
排洪水道的“近自然”生态设计——以无锡市基康里排洪渠景观改造为例
6.
An Analysis of Nu Wa Reprair the Sky of Mythology Connotation from the Perspective of Floods Mythology;
从上古洪水神话看女娲补天的文化内涵
7.
The Style and the Connotation of the Advertisements from Ming Dynasty to Qing Dynasty of Hongjiang Ancient Commercial City
洪江古商城明清广告样式及其内涵解读
8.
Rows of low houses were in ruin after the rush of flood.
洪水冲刷过后，一排排低矮的房屋变成了废墟。
9.
Territorial Land Drainage and Flood Control Strategy Study
全港土地排水及防洪策略研究
10.
Analyze on the Urban Flood Channel Peak Discharge
城区排洪河道设计流量计算方法研究
11.
Research on the Influence of Polder Regulation on Regional Flood Control and Drainage
圩区治理对区域防洪排涝影响的研究
12.
Lixi Tailings seepage grouting permanent row of hongdong research
栗西尾矿库永久排洪洞注浆防渗研究
13.
Shape optimization test of Dabeigou spillway reservior desilting tunnel
大北沟水库泄洪排沙洞体型优化试验
14.
Analysis on Law of Supply and Drainage of Groundwater from Huaihong River to its Banks
怀洪新河对两岸地下水补排规律分析
15.
Informal Finance:Contents,Efficiency and Institutional Arrangement;
非正规金融:内涵、效率与制度安排
16.
More attempts will be made in the retention of rainwater and flood for underground recharge during rainy season, in order to restore and conserve underground water sources.
做好汛期雨洪的拦截及回灌工作，补充、涵养地下水源；
17.
The Number of Solution of Rainstorm Peak Flow in Small Drainage Area--mathematics solution for the discharge of flood peak during a rainstorm in small drainage area
小桥涵工程水文计算理论研究——小流域面积暴雨洪峰流量数解法
18.
4.8 billion cubic meters of water was drained by the Taipu River Project, Wangyu River Project and South Diversion Project in Hangzhou, Jiaxing and Huzhou areas, which effectively relieved flood pressure on the basin.
太浦河、望虞河、杭嘉湖南排等工程，外排洪水48亿立方米，有效地减轻了流域的防洪压力；