地下水储量

在此基础上，论证了深层地下水储量资源的可利用性。

Finally the utilizable particularity of the confined groundwater storage resources is discussed on above basis .

本文首先给出地下水储量的表达式，并定义地下水可持续开采的概念。

First , this paper gives the formulation of aquifer storage and defines the sustainable groundwater exploitation .

在此基础之上，探讨了动态的地下水储量方程，并归纳出影响地下水储量的因素。

And then it discusses the dynamic ground storage equation and finds the factors that affect the aquifer storage .

地下水平均滞留时间及储存量计算的多输入单输出模型&以山西临汾龙子祠泉岩溶水系统地下水储量计算为例

A MULTI-INPUT SINGLE-OUTPUT MODEL FOR CALCULATING THE MEAN RESIDENCE TIME / AND THE RESERVE OF GROUNDWATER . its use in the Dragon Spring Karst Groundwater System , Linfen

圣地亚哥拥有的地下水储量既少，盐份又高，如今其90%的用水需从外地引入。在像圣地亚哥这样的地方，其对策是尽可能的节约用水、循环利用，而剩余不足的部份则大多从海洋中获取。

In places such as San Diego , which has measly and brackish groundwater and currently imports 90 % of its water , the answer must be greater conservation , as much reuse as possible , with most of the rest coming from the sea .

地下水资源储量对某一地区是一定的，亦是有限的。

The reserves of underground water resources are certain and limited at some area .

地下水的储量要比地面水大得多，但是由于看不到，所以往往低估了地下水的储量。

Underground water reserves are much larger than those on the surface , but as they are unseen we tend to underestimate them .

岩溶水资源因其地下水埋藏深、储量大、水质良好是我国北方工农业和生活用水的重要水源。

Since Karst ground water resources are buried deeply with large capacity storage and good quality , they are major sources of water supply for industrial , agricultural and domestic uses .

蓄水后，在库水范围内白河侧渗底渗量增大，增大了浅层地下水的补给量，地下水动储量增大，大大缓解了市中心城区的缺水现状；

The increase of groundwater dynamic storage capacity in aquifer alleviates the intense lack of water supply in the center area of the City .