1.
Discussion on Criteria for Selection of CBM Well Site in Xiashijie Mine Field
基于下石节井田煤层气井位选择原则探讨
2.
Application of well location deplogment technology of horizontal well in development of thin lithologic reservoir in Ci 631 Block
水平井井位部署技术开发茨631块薄层岩性油藏
3.
1.4 Where is the new location? What are the coordinates?
新井位在什么地方？经纬度多少？
4.
Most wells were "flowing" wells or those that penetrated shallow ground water levels.
大多数水井是“冒水”井，或者是浅水位井。
5.
Cementing Techniques of Large Displacement Ultra-shallow Horizontal Wells in Jinlou Oilfield
井楼油田超浅层大位移水平井固井技术
6.
Research on optimal azimuth determination of inclined hole and horizontal hole
斜井水平井优势钻井方位确定方法研究
7.
Drilling technology for Zhuanghai 8Es-H5 extended-reach horizontal well
ZH8Es-H5大位移水平井钻井技术
8.
ERW Drilling and Completion Technology in Ultra-Shallow Heavy Oil Reservoir with Conventional Vertical Rig
直井钻机钻超浅层稠油大位移水平井钻井完井技术
9.
downdip row of injection well
沿下倾部位注水井排
10.
downdip row of production well
沿下倾部位生产井排
11.
dielectric phase induction logger
相位介电感应测井仪
12.
single shot directional surveying instrument
单点井斜方位测量仪
13.
The main level of a mine.
主坑道矿井的主要位置
14.
The Jinggang Mountains stand where the boundaries of four counties meet.
井冈山位于四县之交。
15.
ERW BOREHOLE STABILITY EVALUATION OF XIJIANG OILFIELD IN SOUTH-CHINA SEA
南海西江大位移井井壁稳定性评估研究
16.
Novel Developments of ERW Technology in the Dagang Oilfield
大港油田大位移井钻井实践和技术最新进展
17.
Study on Monitoring System to Real Time Position of Moving Personnel in Mine;
矿井井下移动人员实时位置的监测系统研究
18.
The Forward Modeling of Three-Dimensional Borehole-to-Surface Logging Technology
三维井—地电位测井技术的正演模拟研究