1.
Construction Technology of High-rise Shaft Light-weight Partition Wall System on the New CCTV Building
CCTV新台址高层井道轻质隔墙系统施工技术
2.
multi-level outlet shaft spillway
多层进水竖井式溢洪道
3.
Well precipitation method s application in the long-distance pipeline high level gravel lots of geological layers;
井点降水法在长输管道高水位砂砾地质层地段施工中应用
4.
stratigraphic high resolution dipmeter tool
地层学高分辨率地层倾角测井仪
5.
An inclined or vertical shaft or passage between levels in a mine.
小暗井矿井里层与层之间倾斜的或垂直的竖坑或通道
6.
Technical Study on Placing of Well of Avoiding High-water-cut Producer Layer in Chao 522 Infill Area;
朝522加密区避免高含水井层布井技术研究
7.
On application of deep well point dewatering in high-rising buildings
深井井点降水在高层建筑工程中的应用
8.
Formation Protection Drilling Fluids Suitable for Reservoir with High Porosity,High Permeability and High Water Sensitivity
强水敏高孔高渗储层水平井储层保护钻井液技术
9.
The study also shows that continuous sand inflow is indeed one of the most key mechanisms by CHOP for IOR, such as forming highly flowing channels, removing skin effect and improving fluid flowing performance in have oil reservoir.
地层连续出砂使得井筒附近形成高渗流通道，解除了表皮污染，改善了油藏中流体的流动特性。
10.
Application of fracturing technology in the abnormal high temperature reservoir of the well FS-3
FS-3井异常高温储层压裂改造技术
11.
How to Improve Reliability of Logging Trace Fault Interpretation
如何提高测井曲线解释断层的可靠性
12.
Drilling fluid technology for gypsum salt bed and high pressure gas-bearing formation in gasfield Kela 2
克拉2号气田盐膏层高压气层钻井液技术
13.
Mechanical borehole stability test study in highly-dipped laminated formation
高陡层理性地层井壁稳定性模拟试验研究
14.
With development base on innovation to build high production and high efficiency coal mine;
高产高效矿井十年专题报道——以创新谋发展 建设高产高效矿井
15.
During the drilling of well Dina-2, serious blowout and fire took place when drilling into the high-pressured rich gas zone.
迪那 2井钻遇高压、高产气层后发生强烈的井喷并着火。
16.
PREDICTION OF BOREHOLE TRAJECTORY BY INTERACTION MODEL BETWEEN DRILLING BIT AND STRATUM
用钻头与地层相互作用模式预测井眼轨道
17.
Study on Roof Separation and Support Technology of Mining Roadways in Deep Mine;
深井回采巷道顶板离层与支护技术研究
18.
Study on Transmissibility and Rock Mass Groutability of the Fault Group Crossing the Tunnels of Banji Mine
板集矿井石门巷道断层群导水性及可灌性研究