运用波浪状镶嵌构造理论找寻地下水

Searching for Underground Water in Terms of Wavy Mosaic Structure Hypothesis

运用波浪镶嵌构造学说得出：两个不同方向的地壳波浪相交织，形成３种不同构造特征的地壳块体，可导致不同的水文地质环境，从而循其规律，能快速、准确地寻找不同类型的地下水。运用该理论在宁夏南部山区打井扶贫，共设计井位１４０眼，成功率达到１００％，其中很多井位处于前人多次打井失败的地区。实例表明，“波浪状镶嵌构造”理论在指导找寻地下水资源方面是成功的。

In accordance with the theory of Wavy Mosaic Structure Hypothesis, as a result of two crustal waves interweaving which propagate along defferent directions three kinds of crustal masses with a special structure are formed.Then three special hydrogeological environments will appear accordingly,which present an effective way of searching for underground water.The way has been used in locating wells in the mountain areas of the southern Ningxia Hui Autonomous Region.People have failed to find out underground water in some of the areas before.However, 140 wells were designed for the local people, and all of them have produced water.In short,it has been proven by practice that the Wavy Mosaic Structure Hypothesis can be used in searching for underground water.