1.
GIS-based Vulnerability Assessment for Jinan Karst Spring Basin Groundwater Aquifers, China;
基于GIS的济南岩溶泉域地下水含水层脆弱性评价
2.
Groundwater recharges in aquifers.
地下水重新注入含水层。
3.
An underground bed or layer of earth, gravel, or porous stone that yields water.
地下蓄水层，砂石含水层含有水的泥、砂砾或多孔石的地下河床或地层
4.
Formation Origin of High Concentration-Fe in Shallow Groundwater in Deyang,Sichuan Province
四川德阳浅层地下水高含铁成因分析
5.
Groundwater Age and Recharge Temperature in the Quantenary Aquifers in North China Plain;
华北平原第四系含水层地下水年龄与补给温度
6.
Remote Sensing Interpretation of Water-contained Lithology of Shallow Groundwater in Liaoning Province
辽宁省浅层地下水含水岩性的遥感解译
7.
Mathematical modeling of flow and land subsidence coupling for groundwater pumping in confined aquifer
承压含水层地下水开采流固耦合渗流数学模型
8.
Study on the problem of the nonlinear well flow in the fractured rocks
裂隙含水层中地下水非线性井流问题研究
9.
Application of Horizontal Directional Drilling Technology in Shallow Least Permeable Aquifer Groundwater Extraction
导向钻进铺管技术在浅层低渗透性含水层地下水开采中的应用
10.
slight oil cut water
含有少量油的地层水
11.
In addition, we found a obvious groundwater divide on the south side of Ma-An river.
中层是为封闭的含水层，深层地下水在枯水季有高山区域流达的水源。
12.
An Analytical Study and Application of Groundwater Head Fluctuation with Dual Tide in an Island Aquifer
双侧海潮作用下海岛含水层系统中地下水位波动解析研究及应用
13.
Article 43 In exploiting ground water from multiple aquifers, layered exploitation shall be resorted to if the water quality differs greatly from one aquifer to another.
第四十三条 在开采多层地下水的时候，如果各含水层的水质差异大，应当分层开采；
14.
Full-mechanized Caving Mining Test under Soft Sand Aquifer
松软砂岩含水层下控水综放开采试验
15.
The Energyconsumption Simulation of Architecture and Study on the Aquifer Characteristic for the Groundwater Heat Pump System Application;
建筑能耗模拟与含水层特性研究在地下水源热泵系统中的应用
16.
Research on Transboundary Aquifers Based on Asia Part of World Groundwater Resource Map;
基于世界地下水资源图亚洲部分的跨界含水层研究
17.
Groundwater Movement in the Changxing Limestone Aquifer At the Longtan Coalfield, Huaying Mountain
华蓥山龙滩矿区长兴组灰岩含水层地下水运动分析
18.
The estimation of aquifer parameters using tidal effect in a coastal aquifer:A case study in Beihai Peninsula,Guangxi China
利用滨海地下水潮汐效应估计含水层参数:以北海半岛为例