1) pumping well
抽油井
1.
Analyzing changes in sound velocity inside a pumping well casing;
抽油井套管内声速变化规律分析
2.
Analysing influence factors of fatigue life of tubing in pumping well by rupturing mechanics;
用断裂力学法分析影响抽油井油管疲劳寿命因素
3.
A study on the method for measuring and analyzing the fluid entry profile of pumping wells;
抽油井产液剖面测量分析方法研究
2) pump well
抽油井
1.
Error Analysis of Packer Flowmeter for Pump Well;
抽油井集流式流量计误差分析
2.
Two phases of gas and liquid in annular of pump well are separated, which results in a segment of low density fluid existing in liner jacket.
由于抽油井环空内的气液两相分离,导致泵筒内存在一段低密度流体,其梯度由于含气量的上升而大大降低,通常称该段为泡沫段,在高气油比抽油井中该现象尤为严重,严重影响环空液面测试的精度。
3.
According to the present state of pump well system efficiency, the paper analyzed the factors of influence system efficiency.
针对胡庆油田抽油井的现状,详细分析了影响其系统效率的因素,结合胡庆油田实际情况,对胡庆油田极限系统效率进行预测,并提出提高胡庆油田抽油井系统效率的对策,为今后做好提高系统效率工作指明方向。
3) oil well
抽油井
1.
Extracting oil from oil wells is the most important procedure in the oil extraction industry.
抽油井抽油是目前石油开采过程中最重要的环节之一,抽油井的工况直接影响到油田的产油量。
4) pump well testing
抽油井试井
5) rod pumped well
抽油机井
1.
Prospect and application of optimized design in rod pumped well system
优化抽油机井系统设计技术的应用与展望
2.
Selection and application of side wearing resistant tools for rods and pipes of rod pumped wells
抽油机井杆、管防偏磨工具优选与应用
3.
Some technologies about using high density polyethylene lined tubing in rod pumped well are discussed.
分析了内衬油管的结构、性能、防治偏磨的机理和特点,研究了与内衬油管配套的抽油机井工艺技术,对油田现场应用内衬油管出现的问题进行了分析。
6) rod pumping well
抽油机井
1.
Energy saving mechanism in the application of gas anchors to rod pumping wells;
抽油机井应用气锚的节能效果
2.
Computer simulation for enhancing system efficiency of rod pumping well;
提高抽油机井系统效率的计算机仿真分析
3.
According to the static and running parameters of rod pumping wells, the methods of simulating dynamometer cards of the polished rod and pump on the basis of wave equation were setup.
以仿真示功图为基础,建立了抽油机井系统效率的仿真模型,并重点改进了有效功率与电动机输入功率的仿真模型,其中包括:(1)考虑了泵余隙容积内气体的压缩与膨胀,改进了排量系数的计算模型;(2)考虑了地面传动系统能量流动方向的变化与传动效率的影响,改进了曲柄轴净扭矩与电动机输出功率的计算模型;(3)考虑了电动机瞬时负载率对电动机运行效率的影响,改进了电动机输入功率的计算模型。
补充资料：抽抽趔趔
1.犹言别别扭扭。
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