1.
The application of TSP203 advanced geological predication about f2-1 watery fault of the Jiaozhouwan subsea tunnel
TSP203预报胶州湾海底隧道f2-1含水断层的实践
2.
PRACTICE OF COMPREHENSIVE EARLY-WARNING GEOLOGICAL PREDICTION ON AQUIFER FAULT IN QINGDAO KIAOCHOW BAY SUBSEA TUNNEL
青岛胶州湾海底隧道含水断层综合超前预报实践
3.
The research and application of long-tube grouting in dislocation fracture zone of aquifer of mine roadway
长管注浆在煤矿巷道穿越含水断层破碎带中的研究与应用
4.
Application of ground penetrating radar to the geological forecast for water-bearing faults in the Jiaozhou Bay subsea tunnel construction
地质雷达在胶州湾海底隧道F_(4-5)含水断层超前预报中的应用
5.
Analysis on TSP prediction before and after grouting about water-burst fault F_(4-4) of subsea tunnel in Qingdao Jiaozhou Bay
青岛胶州湾海底隧道F_(4-4)含水断层注浆前后TSP探测分析
6.
NUMERICAL ANALYSIS OF PATHWAY FORMATION OF GROUNDWATER INRUSH FROM FAULTS IN COAL SEAM FLOOR
含断层煤层底板突水通道形成过程的仿真分析
7.
LARGE SCALE IN-SITU SHEAR EXPERIMENTS ON WATER-BEARING CLAY GOUGE
含水粘土断层泥的现场大尺度剪切实验
8.
Moisture content measuring of wood with commutated tomography
基于断层扫描技术的木材含水率检测技术研究
9.
Study of Safety Mining Technology for Ore Body Close to Water-bearing Crushed Zone and Fault
含水破碎带及断层临近矿体安全采矿技术研究
10.
Comprehensive Evaluation of Residual Oil for Multi-Layered Faulted Block at High Watercut Stage
多层系断块油藏高含水期剩余油潜力综合评价
11.
Aquifers have water contents over 30%.
含水层的水含过30％。
12.
SEEPAGE CHARACTERS OF ROOF AQUIFERS IN FAULTS AND SLIDING STRUCTURE AND RISK ANALYSIS OF WATER INRUSH
断层及滑动构造复合构造区煤层顶板含水层渗流特征及突水危险性分析
13.
One of the two main types of aquifer is the unconfined aquifer.
非承压含水层是两种主要含水层之一。
14.
A confined aquifer is also known as a pressure aquifer.
承压含水层又叫压力含水层。
15.
Groundwater recharges in aquifers.
地下水重新注入含水层。
16.
The rock in the fault zones in mine roadways are generally fractured and difficult to support. As they often connect with the water containing layer, water inrush is apt to occcur.
矿山巷道中的断层带岩石一般比较破碎 ,难以支护 ,而且常常与含水层导通 ,易发生涌水。
17.
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
18.
On Prediction Method for Water Content Ratio of Thick Oil Formation in Extra-high Water Cut Period
特高含水期厚油层含水预测方法研究