1.
Scale effect research framework of irrigation water use efficiency indices in well-canal combined irrigation area
井渠结合灌区用水效率指标尺度效应研究框架
2.
Sustainable Utilization of Water Resources in Well and Canal Irrigation District of Shanxi Province
山西省井渠结合灌区水资源可持续利用对策
3.
Study on Application of Radial Well in Canal-well Conjunctive Irrigation in Yinbei Irrigation District;
辐射井在银北灌区井渠结合中的应用研究
4.
The Study of Computing Methods for True Quantity of Water Saving on Outlet Combining Wells Irrigation Area
渠井结合灌区真实节水量计算方法研究
5.
Application of Composite Geomembrane in the Anti-seepage in Fenhe Irrigation Area
复合土工膜在汾河灌区渠道防渗中的应用
6.
Study on Comprehensive Effectiveness of the Western Suburbs of Jinghuiqu Irrigation Area Based on Genetic Algorithm
基于遗传算法的泾惠渠灌区西郊水库综合效益研究
7.
Modernization of end canal system of Shijin Irrigation District and Reform of pricing system for agricultural water use
石津灌区实施末级渠系改造及农业水价综合改革的认识与思考
8.
Consequently, 580 power-operated wells and some canals have been dug.
结果挖了580口机井和几条水渠。
9.
A Study on Water Dispatching and the Optimization in Jinghui Irrigation Area;
泾惠渠灌区供水调度与优化配置研究
10.
The Discussion of Optimal Allocation of Water Resource of Dujiangyan Irrigation System Canal Head;
都江堰灌区渠首水资源优化配置研究
11.
Investigation on Sensitive Factors of Groundwater Dynamic in the Luohuiqu Irrigation District
洛惠渠灌区地下水动态敏感因子研究
12.
Cause of channel seepage and anti-seepage method in Fengle irrigation area
丰乐灌区渠道渗漏的原因与防渗措施
13.
Thinking about Wudu Water Diversion Engineering Economic Benefits Based on Investigation of Flooding Water in Irrigation Area
武引涪梓干渠灌区灌溉水效益调查与思考
14.
Development and Benefit Analysis of Modern Muddy Water Irrigation in the Area of Luohui Drainage
洛惠渠灌区现代引浑淤灌的发展及效益分析
15.
Research on Optimization Model for Cropping Structure and Agricultural Water Resources in Well Irrigation Area in North China Plain;
华北井灌区作物种植结构调整与农业水资源优化模型研究
16.
Discuss how to distribute water to every cultivated land of irrigation area on agricultural irrigation by the example of Jinlin Canal Irrigation Area
谈如何进行灌区农业灌溉配水到户——以金临渠灌区为例
17.
A research on an optimized five-in-one technology of mine water control,treatment,utilization,back-filling and eco-environment protection
矿井水控制、处理、利用、回灌与生态环保五位一体优化结合技术研究
18.
Buckets rise on a long chain from the well, and the water is tipped out into irrigation channels.
吊桶随着长长的链条升出井口，所盛的水被倾入灌溉渠内。