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- Estimation of ground water budget at the representative irrigated area in the middle stream of Heihe River 黑河中游绿洲典型灌区地下水资源总均衡估算
- ground water budget 地下水平衡,地下水均衡
- Seepage from land fills can pollute ground water or surface. 填土的渗漏可能污染地下水和地面水。
- Poisons used on farms and in homes can enter ground water. 在农场和家庭使用的毒物可以进入地下水。
- The quality of the ground water made some improvement. 地表水水质有所改善。
- This solution describes a spreading of a ground water mound. 这个解描述地下水丘的扩展。
- Ground water levels fall. Rivers get drier and drier. 地面水位下降。河流变得更干燥。
- Global SSS patterns are governed by geographic differences in the "water budget. 在“水分平衡”中，全球SSS分布由地理上的差异而决定。
- Ground water is also obtained for human use by sinking wells. 人们也通过挖井来获取地下水以供使用。
- Ground water is usually removed by man through wells. 地上水一般是由人们从井里汲上来。
- The flow of ground water is toward streams, lakes, or oceans. 地下水经流的方向是朝向河流、湖泊或海洋的。
- Planted with Phragmites australis and unplanted wetlands were constructed to compare organic matter removal from domestic wastewater based on water budget. 构建了芦苇和无植物人工湿地,在系统水量衡算的基础上比较了两种湿地对生活污水中有机物的去除效果。
- Recovery of ground water may require especially delicate tactics. 利用地下水，需要有特别完善的方案。
- Seepage from land fills can pollute ground water or surface water. 填土的渗漏可能污染地下水和地面水。
- Abstract: Planted with Phragmites australis and unplanted wetlands were constructed to compare organic matter removal from domestic wastewater based on water budget. 摘要: 构建了芦苇和无植物人工湿地，在系统水量衡算的基础上比较了两种湿地对生活污水中有机物的去除效果。
- The peak ground water level was analyzed on simulation. 仿真分析了地下水位的峰值。
- Ground water levels fall,rivers get drier and drier. 地下水位下降，河流越来越干涸。
- Ground water is the carrier and moving force of the mud irruption. 突泥是以地下水作为动力和载体而产生的；
- Slow degradation of ground water quality may result from repeated use. 循环使用地下水可以导致缓慢的水质降低。
- Then, it gives a new flow interpolation method, based on traditional subentry regeneration and water budget balance and watershed hydrologic feature, to fit for the streams in Zhejiang Province. 然后以传统的分项还原法为理论基础、结合水量平衡原理、蓄满产流理论以及流域水文特性,提出适合浙江省河川径流还原的产流差值法。
