1) projecting diamond
斜井字
2) deviated well
斜井
1.
Research on 3-D VSP geometry design for deviated well.;
斜井三维VSP观测系统设计
2.
Research and application of systematic lift techology for screw pump in deviated well;
斜井螺杆泵举升配套技术
3.
Research and application of an optimized design of pumping system used in deviated wells;
斜井抽油系统优化设计技术研究及应用
3) inclined well
斜井
1.
Method for making an inclined well synthetic seismogram.;
斜井合成记录的制作方法
2.
The research for the special inclined well construction technology through deposit;
基于穿过坡积物的斜井特殊进洞施工技术研究
4) borehole deviation
井斜
1.
Research on borehole deviation in drilling anisotropy formations;
各向异性地层钻井井斜问题研究
2.
Effects of stress field in bottom hole on borehole deviation during gas drilling
井底应力场对气体钻井井斜的影响
3.
Factors of affecting borehole deviation for air drilling and the technical application
空气钻井井斜因素分析及工艺应用
5) well deviation
井斜
1.
Causes of well deviation during gas drilling and its control
气体钻井井斜的原因及防斜技术
2.
But well deviation of air drilling is a problem in some place where drilling has no problem with mud.
由于可以有效的保护储层、防止井漏和大幅度提高钻井速度等优点使得空气钻井得到迅速发展,然而在一些地层的钻进过程中,使用空气钻井时出现了在钻井液钻井时不会出现的井斜问题。
3.
The formation mainly consists of dolomite and features in complex lithology, which makes it difficult to control well deviation.
塔深1井五开从6800m钻进到完钻井深8408m,所钻油藏岩性以白云岩为主,岩性复杂,给井斜控制带来了极大困难,曾多次采用各种常规的防斜打直技术,都没有取得成功。
6) hole deviation
井斜
1.
But the research on borehole deviation control is very few.
但在井斜控制方面的研究还很欠缺。
2.
This paper briefly mentions the necessity for the development of hole deviation treatment and mapping programs,and details in program structure,processing procedures,their major functions and data format.
简要说明开发井斜处理及绘图程序的必要性,对程序的结构、特点、处理流程、主要功能和数据格式作了详细的介绍,说明嵌入程序的多种文件格式转换模块的功能。
3.
Hole deviation is the main technical bottleneck in gas drilling because the negative pressures at the bottom of the hole reduces the apparent strengths of the rocks penetrated,thus in being beneficial to the increase of ROP,on the other hand,a high well angle is easy to be generated in a short time.
井斜问题是气体钻井技术应用过程中的主要技术瓶颈,因为井底负压差条件使地层岩石的视强度显著降低,一方面有利于地层岩石破碎与提高机械钻速,另一方面也容易在较短的时间内形成较大的井斜角。
补充资料:斜井
见矿山井巷。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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