1) reclaimed water
再生水
1.
Effects of reclaimed water irrigation on soil environment of greenbelt .;
再生水灌溉对绿地土壤环境的影响
2.
Study on environmental security management mechanism for reclaimed water;
再生水的环境安全管理机制研究
3.
Experimental system built for reclaimed water fouling study on plate heat exchanger;
板式换热器再生水污垢影响换热实验台的搭建和初步实验研究
2) reclaimed wastewater
再生水
1.
Review and perspectives of research status on reclaimed wastewater irrigation technologies;
再生水灌溉技术研究现状与展望
2.
Experimental study on anti-clogging performance of emitters for reclaimed wastewater irrigation;
再生水滴灌系统滴头抗堵塞性能试验研究
3.
Effects of reclaimed wastewater irrigation on the quality of maize and soybean;
再生水灌溉对玉米和大豆品质影响的试验研究
3) recycled water
再生水
1.
Development of recycled water and measures in the city of Beijing;
北京市再生水开发利用问题与对策
2.
Studies of recycled water recharge in the Olympics Park;
奥运公园再生水补水研究
3.
Experimental study on phosphorus removal of recycled water by coagulating sedimentation;
混凝法处理城市再生水中磷的试验研究
4) reused water
再生水
1.
Studies on auction mechanism design of licensed operation rights and water price problems in urban reused water projects;
城市再生水项目的特许经营权拍卖机制设计及水价研究
2.
Disinfection by-products and safety of reused water for landscaping water disinfected by chlorine containing disinfectants;
再生水做景观用水使用含氯消毒剂消毒的副产物及安全性
3.
An optimization design for the reused water supply system in residential area;
居住小区再生水供水系统的优化设计研究
5) reuse water
再生水
1.
Developing mechanism of reuse water price;
再生水的价格形成机制探讨
2.
The paper describes that the importance of reuse water of the waste-water in PCB procedure.
而提高"再生水"利用率是PCB企业"降污减排",实现"再资源化"和循环经济的根本目标和出路。
3.
When the reuse water is used as the water source,TP and PO_(4)-P deposit bottom silt.
通过实验室模拟试验及现场观测研究了泰达再生水景观河道底泥TP和PO4-P(磷酸盐以P计)沉积特性,分析了再生水中的TP和PO4-P沉积到河道底泥的原因,得出了水溶液的TP和PO4-P随时间变化的沉积规律。
6) wastewater reclamation
污水再生
1.
Pilot systems for wastewater reclamation and landscape-environmental reuse at a scale of 11 m~3 were constructed,and the stability of the reclaimed wastewater as landscape-environmental water was observed.
因此,构建结构完善的水生植物系统可实现污水再生景观回用。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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