斜井,inclined shaft
1)inclined shaft斜井
1.Deviation rectification and reinforcement technique of inclined transportation corridor in one newly-builtinclined shaft;某煤矿新建斜井地面倾斜的加固纠偏技术
2.Design and practice of high-speed drivage ininclined shafts;斜井快速掘进设计与实践
3.Ascertainment of the minimal obliquity ininclined shaft winding;斜井提升最小倾角的确定
英文短句/例句
1.Code for design of inclined shaft and chambers of coal mine煤矿矿井斜井井筒及硐室设计规范
2.deviated-well VSP斜井垂直地震剖面法
3.Safe And Quick Construction with High-quality of Auxiliary Inclined Shaft in Xiegou Coal Mine斜沟煤矿副斜井井筒安全优质快速施工
4.Research on eccentric correction of dual lateral logging tool in highly deviated wells大斜井中双侧向测井的仪器偏心校正
5.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
6.Improving Compensated Neutron Log Vertical Resolution Under Deviated and Horizontal Well Conditions and Its Application斜井和水平井补偿中子测井分辨率改进及应用
7.Practice of using raise boring in excavation of guide hole for shaft with large angle of inclination反井钻开挖大倾角斜井导孔的工程实践
8.Oblique Incident Plane SV-waves Coupling to Cased Hole in Biot Solid倾斜井轴入射的平面SV波与套管井的耦合
9.On application of value engineering in selection of bottom-hole yard scheme of inclined shaft价值工程在斜井井底车场方案比选中的运用
10.Simulation of Dual Laterolog Response in Divate and Horizontal Wells with 3D Finite Element Method;斜井、水平井双侧向测井响应三维有限元数值分析
11.Workers dug a sloping tunnel to reach them.救援人员挖出一个斜井将他们救出。
puter application in mechanized slope tunneling计算机在斜井机械化掘进中的应用
13.Research on the Highway Tunnel Rapid Construction Management Using the Inclined Shaft公路隧道利用斜井快速施工组织研究
14.The Comprehensive Supporting Technique of the Sparging and Anchoring Net ofinclined shaft in Yangjiacun杨家村矿斜井锚网喷注综合支护技术
15.high angle drilling lubricant大斜度井钻井解卡剂
16.bottom-trip casing whipstock井下移动式套管造斜器
17.single shot directional surveying instrument单点井斜方位测量仪
18.Lost Cable Fishing Technology of Xia 70-Xie 05 Well夏70－斜05井落井电缆打捞工艺
相关短句/例句
inclined well斜井
1.Method for making aninclined well synthetic seismogram.;斜井合成记录的制作方法
2.The research for the specialinclined 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
3)deviated well斜井
1.Research on 3-D VSP geometry design fordeviated well.;斜井三维VSP观测系统设计
2.Research and application of systematic lift techology for screw pump indeviated well;斜井螺杆泵举升配套技术
3.Research and application of an optimized design of pumping system used indeviated wells;斜井抽油系统优化设计技术研究及应用
4)deflecting well斜井
1.Three-dimensional model for space reorientation of hydraulic fractures neardeflecting well bore;斜井井筒附近水力裂缝空间转向模型研究
2.Therefore a separate-layer water injection technology through tubing and casing is developed especially for operation indeflecting wells and small-displacement wells,solving the problem of water injcction of two layers by one packer.针对油田常规分层注水工艺普遍存在封隔器密封有效期短、注水管柱蠕动、投捞测试成功率不高、分层计量不准等问题 ,特别针对斜井、小排量的分层注水工艺难题进行了攻关 ,开发了油套分注工艺技术。
3.In the light of the problems of strongly worn situation between rod and case or case and tube,pumping rod easily dropping,pump"s damage,pump"s low efficiency and short period inspecting pump during the recovering oil process indeflecting wells,the technology of rod pump for deviated wells has been developed.针对斜井采油出现的抽油杆与油管之间、油管与套管之间磨损严重 ,抽油杆易脱扣 ,抽油泵易损坏 ,泵效低 ,检泵周期短等问题 ,开发了斜井有杆泵诊断技术 ,该技术的应用对及时了解深井泵的工作状况 ,诊断井下抽油杆柱不同深度的磨擦情况 ,优化设计杆柱组合等提供了理论依据 ,提高了斜井泵效 ,延长了斜井检泵周期 ,较好地解决了斜井生产、管理中的难题。
5)borehole deviation井斜
1.Research onborehole 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 onborehole deviation during gas drilling井底应力场对气体钻井井斜的影响
3.Factors of affectingborehole deviation for air drilling and the technical application空气钻井井斜因素分析及工艺应用
6)well deviation井斜
1.Causes ofwell deviation during gas drilling and its control气体钻井井斜的原因及防斜技术
2.Butwell 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 controlwell 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。
延伸阅读
斜井见矿山井巷。
