1) swabbing rope
抽汲绳
1.
Tech of setting cement plug by infilling Cement is to send tube, cement filling sleeve and its tools to the predictive depth by swabbing rope.
倒灰法打水泥塞工艺是利用抽汲绳将油管或专用装灰筒及倒灰工具下到预定深度,在1m范围内上提下放数次,使倒灰孔打开,实现水泥浆从油管流入井筒,同时胶塞从护套中推入套管实现地层封堵。
2) swabbing
[英][swɔb] [美][swɑb]
抽汲
1.
Research and application of tubing pump swabbing out-flow technology.;
油管泵抽汲排液工艺的研究与应用
2.
Research and application of the combined operation technology of straddle test,perforation and swabbing
跨隔射孔测试抽汲三联作技术研究与应用
3.
The swabbing operation should be done in clean tube and decrease the cost of up and down strings combined with test and perforation.
NAVI泵与抽汲作业在苏丹的成功应用表明,NAVI泵可以防止地层出砂,比电潜泵成本低、省时间,更适合于低压高渗透的地层。
3) swab
[英][swɔb] [美][swɑb]
抽汲
1.
A hydraulic self-sealed swabbing wellhead assembly with anticollision crown;
液力自封防碰抽汲井口装置
2.
An economical and safe casing swabbing tool;
一种经济可靠的套管抽汲工具
3.
If sand is not sunk, by operation of swab to build a different pressure between up and down of sunk sand to form a de- terminate pressure stir makes the sand to sink to reach the objective of unstuck.
冲管解卡工艺是将小直径的管柱下入到油管中,在油管中建立液流的循环通道,利用该通道把砂子带到地面,一直冲洗到人工井底(或灰面),给油管外的砂子下沉留有一定的口袋；若砂子不下沉,可以通过抽汲在沉砂上下建立压差,形成一定的压力激动,使砂子下沉,达到油管解卡的目的。
4) swabbing well
抽汲井
1.
Forecasting methods of swabbing well productivity at constant flowing pressure;
定流压抽汲井产能预测方法
2.
Numerical well-test analysis on testing data of swabbing well;
抽汲井测试资料数值试井分析
3.
In the double porous media reservoir, flow mathematic model of swabbing well in circular sealed strat um is built up under considering the well bore effect and skin factor.
对双重孔隙介质油藏建立了圆形封闭地层中心一口抽汲井的渗流模型,在考虑井筒储集效应和表皮系数的情况下,应用拉普拉斯变换和贝塞尔函数理论对定解问题求解,得到了模型在拉普拉斯空间的精确解,实际应用表明本文方法计算结果与实际压力十分吻合。
5) suction parameter
抽汲参数
1.
Optimization of suction parameter of pumping well in low permeability reservoir from grey analytic hierarchy process;
基于灰色层次分析的低渗油藏抽油井抽汲参数优选
2.
By using the improved suction parameters containing polished rod stroke, pump plunger diameter and pump depth changed, the mathematical models of simulating system efficiency were developed according to .
根据油井产能协调关系,建立了油井抽汲参数调整后的系统效率仿真模型,开发了抽油机井系统效率仿真分析的计算机软件。
6) swabbing parameter
抽汲参数
1.
Efficiency analysis of sucker-rod pumping system and optimal design of swabbing parameter;
有杆抽油系统效率分析及抽汲参数优化设计
2.
A method for systematical engineering analysis is used to describe the procedures for its1parameter design, and the method for optimum design of swabbing parameters is established for rod pumpi.
结合斜井井身轨迹特点,建立了斜井三维井眼中杆柱轴向载荷和侧向载荷计算数学模型,给出扶正器间距和加重杆配置的计算方法;应用系统工程分析方法,给出系统参数设计的步骤,形成了斜井有杆泵抽油系统抽汲参数优化设计方法,编制了相应的优化设计软件。
3.
To achieve the purpose of raising the system efficiency of mechanical recovery in pumping wells and saving electrical energy, efforts should be made to strengthen the work of routine management, technical management, and optimization discussion of swabbing parameters.
为了达到提高抽油井机械采油系统效率、节约电能的目的,应加强日常管理工作,强化技术管理及抽汲参数的优化讨论,提高有杆抽油系统效率,并提出措施对策。
补充资料：送汲鹏
【诗文】：
淮南卧理后，复逢君姓汲。文采非寻常，志愿期卓立。
深江东泛舟，夕阳眺原隰。夏夜言诗会，往往追不及。
【注释】：
【出处】：
全唐诗：卷571-60
淮南卧理后，复逢君姓汲。文采非寻常，志愿期卓立。
深江东泛舟，夕阳眺原隰。夏夜言诗会，往往追不及。
【注释】：
【出处】：
全唐诗：卷571-60
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条