1.
Study on the Formation Stress Calculation Method and Well Leak Mechanism for Aloft-steep and Complex Structure;
高陡复杂构造地应力提取方法与井漏机理研究
2.
Study on Emerging Water Mechanism of Damaging Sidewall under High-Pressure Water
高压水作用下冻结井壁渗漏水机理试验研究
3.
Well Leakage Treatment on 244.5mm Case of Well Lishen 1 before Cementing
梨深1井Φ244.5mm套管固井前的井漏处理
4.
Treatment Method of "Upper Blowout and Lower Loss" Section in Well Gao 15-19
高15-19井“上喷下漏”井段的处理方法
5.
Advances in Development of Expandible Lost Circulation Materials
体膨型堵漏材料及其堵漏机理研究进展
6.
A discussion on the mechanism of acoustic cement bond logging
固井水泥胶结声波测井声学机理探讨
7.
computer-processed log interpretation
计算机处理测井解释
8.
grout hole drilling
钻开注有堵漏水泥的井
9.
Water filters through the sandy soil and into the well.
水漏过沙土后流进井里。
10.
Research on Selectivity Leakage Protection Theory and Application for Underground Low Voltage Distribution Network;
矿井低压供电系统选择性漏电保护理论及其应用研究
11.
Theoretical Study on Plugging Leakage Zone & Water Zone in Drilling and Preparation of New Plugging Agent
钻井中封堵漏层和水层的理论研究及新型堵剂的研制
12.
Research on Selectivity Leakage Protection Theory and Application for Underground Distribution Network
矿井供电系统选择性漏电保护理论及其应用研究
13.
Study and Application of Lost Circulation Resistance and Control Technology during Drilling;
钻井工程中井漏预防与堵漏技术研究与应用
14.
The gas drilling technology is increasingly applied these days due to its high ROP, effective prevention of the cave-in of water-sensitive shales and the capability to eliminate lost circulations.
气体钻井由于其机械钻速快,能有效防止水敏性泥页岩坍塌,杜绝井漏。
15.
Research Progress on Lost Circulation Materials and Lost Circulation Control Technology
钻井液堵漏材料及防漏堵漏技术研究进展
16.
A sudden escape of a confined gas or liquid, as from a well.
漏水，漏气井中突然喷出之气体或液体
17.
Research on the Prototype of Urban Sand Sediment Trap Cleaner;
城市窨井积水井清掏机原理样机的研究
18.
The Mechanism Study and Forecasting of Leakage the Small Town Water Pipe Network;
小城镇给水管网渗漏预测及机理研究