As the economic speed is creasing, the request of the mining quantity of the underground water resources is creasing too.
并且随着经济速度的不断加快，对地下水资源开采量要求也不断提高。
Underground water resources, or oases, sufficient to support irrigated agriculture are found in dry stream beds and depressions.
在干河床和洼地处可找到充足的地下水资源或者绿洲来支持灌溉农业。
The important function is detailed on drilling technology for hydrological well applied in exploitation and utilization of underground water resources, especially in deep layer.
论述了我国水文水井钻探技术在地下水资源(特别是深层地下水资源)开采与利用中的重要作用。
Golf courses absorb millions of cubic meters. However in southern Turkey where they are planning to build several courses, the underground water resources are extremely limited.
尽管建高尔夫球场将消耗数百万立方米的水，但土耳其南部仍计划建若干球场，及其有限的地下水资源将面临危机。
Regulations and features of underground water resources in the typical basin areanalyzied and evaluated by basin hydrological model. The results are basically consistent with t…
本文应用流域水文模型方法对该地区代表性流域的地下水资源规律和特性作了分析、评估，并与水文地质方法比较，成果基本一致。
Based on the compositing characteristics of underground water resources and cities of Haihe River Basin, cities can be divided into three types-piedmont plain, median plain and coastal plain.
依据地下水资源与城市的组合特征，将海河流域平原区的城市划分为山前平原、中部平原和滨海平原三种类型。
It has shown the wonderful characteristics of higher sensitivity, greater detective depth, less interference and shorter work period when applied to search underground water resources in bedrock.
应用此法寻找基岩地下水源，具有灵敏度高、探测深度大、干扰因素少、工作周期短等特点。
To evaluate underground water quality and analyze water quality change trend offered dependable basis for underground water utilization and protection water resources in the area.
评价了地下水水质功能，并分析了水质变化趋势，为该地区开发利用地下水，保护水资源提供了可靠依据。
The reuse ratio of water resources is increased by enlarging the supplement storage capacity of underground aquifer and based on the three related water transfer law.
依循三水转化规律，人工强化回灌，加大地下含水体的反调节能力，大大提高水资源的重复利用率。
Making use of underground light salt water resources reasonably is a important way to resolve the crisis of water resources.
合理利用地下微咸水资源是解决水资源危机的一条重要途径。
Water resources total quantity, underground water and runoff of river assumes the reduced tendency, has the obvious uniformity with the precipitation change.
全市的水资源总量、地下水、河川径流量呈减少趋势，与降水的变化具有明显的一致性。
The application result showed that the model can realize conjunctive use of surface water and underground water in deed and improve water resources use efficiency.
实例计算表明：应用此模型指导井渠结合灌区的水资源配置可实现真正意义上的地表水和地下水联合运用，提高水资源利用效率。
The drainage in a coal mine under exploitation may give a strong impact on the underground water flow regime, causing negative influence on the development of the groundwater resources.
煤矿开采过程中的矿坑排水对地下水流场和地下水资源利用具有强烈影响。
At the same time, we predicted well depth, water temperature and water content in the sections where is good prospect for developing underground thermal water resources.
同时对地下热水资源开发前景好、浅部水温异常地段预计了井深、水温、水量。
There are plenty of water resources and land resources to be reclaimed in subsided land of mining coal with higher level of underground water on plains.
平原区高潜水位采煤塌陷土地拥有丰富的水资源，地势低洼，土壤接近饱和湿度，为人工湿地的规划建设提供了良好的自然条件。
There are plenty of water resources and land resources to be reclaimed in subsided land of mining coal with higher level of underground water on plains.
论述了利用煤矿塌陷盆地作为氧化塘和土地处理系统处理煤矿井下水和矿区生活污水的工艺原理、特点、工程设计及其产生的社会和环境效益。
It is a significant problem of mining area subsidence resulting from underground coal mine mining, which resulted in soil resources destruction, even a lot of waterlogging in the high water level.
因地下煤炭开采导致的矿区塌陷是目前矿区的主要问题之一，这些塌陷造成土地资源破坏，在高水位甚至出现积水。
It is a significant problem of mining area subsidence resulting from underground coal mine mining, which resulted in soil resources destruction, even a lot of waterlogging in the high water level.
因地下煤炭开采导致的矿区塌陷是目前矿区的主要问题之一，这些塌陷造成土地资源破坏，在高水位甚至出现积水。
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