地下水的例句大全

Regulating Function of "Natural Groundwater Reservoir" in Xinjiang Tarim Basin

新疆塔里木盆地天然地下水库的调蓄功能

3D groundwater flow model and 1D land subsidence model were constructed.

在此基础上，建立了准三维地下水流模型和一维地面沉降模型。

During the excavation of deep foundation pit the seepage of groundwater around the foundation pit.

利用该模型分析了在软土地区深基坑开挖引起地下水渗流场的变化.

State of groundwater resource and problem of geological environment in

涠洲岛地下水资源现状与地质环境问题

Compaction driven flow basins are believed as existing typical centrifugal flow regime of underground water.

压实流盆地被认为是具有离心流模式的地下水流系统.

Gas may play an important part in the accumulation of iodide in subsurface waters.

在地下水碘化物聚集过程中,气体可起重要作用.

Zhao Xian transportation, communications, abundant power supply, ground water is rich in resources.

赵县交通 、 通讯发达, 电力供应充沛, 地下水资源丰富.

Bioremediation is a promising technology to remedy and control ground water organic pollution.

生物恢复技术是一种极具应用前景的地下水有机污染治理技术.

Many chemical contaminants, including chlorinated solvents, BTXE, nitrate, toxic metal in groundwater systems can be biodegraded.

利用微生物作用可以降解地下水系统中氯代化溶剂 、 烃类 、 硝酸盐 、 有毒金属等多种化学污染物.

Ground waters originating in different beds commingle.

来源于不同层位的地下水相互混合.

Free floating fuel is heavily contaminating much of the ground water in the project areas.

随意流淌的燃料正在严重污染该项目所在区域的地下水.

Dispose of that nulear waste properly or it will contaminate the groundwater.

必须妥善处理那些核废料,不然就会造成地下水污染.

Underground water-sealed storage caverns is a better form of oil storage.

各种储油方式中,地下水封储油库是一种较好的储油形式.

Over exploiting underground water would bring disastrous conscequences to our children.

超采地下水会给子孙后代造成灾难性后果.

Of special concern are toxic contaminants in water from underground sources.

特别关心的是地下水源中的有毒污染物.

This paper states some treatment methods and relevant precautions of groundwater in earthwork construction.

论述了在土方施工中几种地下水处理的方法及注意事项.

Since the Jurassic period, there have been three different stages of the groundwater hydro dynamic evolution.

台北凹陷自侏罗纪以来, 经历了三个不同的地下水动力演化阶段.

Since the Jurassic period, there have been three different stages of the groundwater hydrodynamic evolution.

台北凹陷自侏罗纪以来, 经历了三个不同的地下水动力演化阶段.

It is that karst groundwater system keeps whose globality and has definitely functional inherent basis.

它是岩溶地下水系统保持其整体性以及具有一定功能的内在根据.

The buoyancy of groundwater makes adverse effects to stability of foundation.

地下水的浮力对基础的稳定有不利的影响.