1.
Hydraulic Management Model for Aquifer System of the Quarternary system in the Yanghe River Basin
洋河盆地第四系含水层系统水力管理模型
2.
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
3.
Mechanism of the Seawater Intrusion in Quaternary Aquifers between Yanghe-Daihe Rivers, Qinhuangdao Area
秦皇岛洋河-戴河冲洪积平原第四系含水层海水入侵机理分析
4.
Quaternary Sand Aquifer Drilling Dewatering in Junde Coal Mine
峻德矿含水第四纪砂层地表钻孔疏干
5.
Study on the Upper Mining Limit Under Drained Quaternary Water-Bearing Stratum in Taiping Coal Mining;
太平煤矿疏降第四系底部含水层提高开采上限研究
6.
Sedimentary Environments and Structure Characteristics of the 4th Confined Aquifer in Shanghai Area
上海地区第四承压含水层沉积环境及结构特征
7.
Distribution of Characteristic Particle Size of Kouzixi Well Field Loose Bed of Fourth Aquifer
口孜西井田松散层第四含水层特征粒径分布规律
8.
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；
9.
Application of quaternary water-bearing ability of eastern Cuoqin using ETM remote sensing image
ETM遥感图像在措勤东部第四系含水性研究中的应用
10.
Groundwater-Head Fluctuations in Coastal Confined Two-Layer Aquifer System with Submarine Outlet-Cappping;
含有淤泥层边界的两层含水层系统的水头波动
11.
But Eogene aquifer cannot be taken as the main objective formation.
下第三系含水层不能作为供水的主要目的层，但能提供高温热水，可作为供热热源。
12.
Geostatistical analysis for estimating the spatial variability of hydraulic conductivity in the third confined aquifer of Shanghai City
以地质统计方法推估上海第三承压含水层渗透系数的分布
13.
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
14.
Study on Cross-Layer Design for the Fourth Generation Mobile Communication System;
第四代移动通信系统的跨层设计研究
15.
Application of iterative method forevaluation of permeability coefficient of phreatic aquifer;
运用迭代法推求潜水含水层渗透系数
16.
Analytical Solution of Groundwater-Head Fluctuations in Coastal Aquifer System with Submarine Spring;
含海底泉的含水层系统中水头波动的解析解
17.
The groundwater system analysis of Cretaceous system of Ordos basin
鄂尔多斯盆地白垩系含水层系统分析
18.
Aquifers have water contents over 30%.
含水层的水含过30％。