1.
A new research method for the quantification of productivity contribution in the commingled producing wells
一种新的合采井单层贡献率定量方法
2.
Calculating the productivity contribution of single zone in commingled producing wells using ultraviolet spectrum technique.
应用紫外光谱技术计算合采井单层产能贡献
3.
Applying Geochemistry Monitoring Method for Determining Output and Water Cut Contribution of Commingle Producing Well Which Produced Putaohua and Fuyu Reservoir;
应用地球化学方法确定葡扶合采井分层产量及含水技术研究
4.
A weighted, non-dispersed, freshwater/HTHP polymer system will be used for this section.
该井段将采用加重、不分散、加水、耐高温高压的聚合物钻井液。
5.
Optimization models of separated production scheme in horizontal wells based on reservoir-wellbore coupling
依据油藏与井筒耦合关系建立水平井分段采油优化模型
6.
Determination of Reasonable Horizontal Distance Between Open-Off-Cut and Slope Under the Combined Mining Mode of Open-Pit with Underground Mining
井工-露天联采模式下井工开切眼与边坡合理距离的研究
7.
The Economics Model on Gypsum Mine Reasonable Exploitation Level and Range;
石膏矿矿井合理开采深度及范围的经济模型
8.
Study on the Adaptability of the Polymer Flooding Mechanical Production System;
聚合物驱抽油机井机采系统适应性研究
9.
Drainage Gas Recovery Technique of Combing ESP and Gas Lift for Gas Wells with Large Water Production
大水量气井电潜泵—气举组合排水采气工艺设计
10.
Comprehensive adjustment technique on injection-production pattern of South 38 fault block in Zhangdian oilfield
张店油田南38断块注采井网综合调整技术
11.
Study and practice of hybrid coal bed gas drainage by surface drilling
地面钻井式抽采混合煤层气研究与实践
12.
Optimized Analysis on Boundary Distance of Mine with Surface and Underground Combined Mining
露天与井工联合采动矿山边界距离优化分析
13.
A Discussion on Application of Combination of Modified Isochronal Test and Short Period Production Test
修正等时试井与短期试采有机结合应用探讨
14.
Analysis of the advantags of combined well tubing string in sour gas fields
酸性气田气井采用组合油管柱的优越性
15.
Design on Comprehensive Information Acquisition System of Electromagnetic Radiation and Acoustic Emission
电磁辐射与声发射矿井综合信息采集系统设计
16.
How to determine reasonable producing pressure difference in pumping wells during different development phases
机采井不同开发时期合理生产压差研究
17.
Data Acquisition System of Advantage Comprehensive Logging Equipment
Advantage综合录井仪数据采集系统国产化设计
18.
Abstract: Design of an environment simulation system( ESS) for drilling& culling devices working in ultradeep well isdiscussed in this paper, on the basis of developing an in-well environment simulation system for deep well of oil field.
文摘:结合油田深井井下仿真环境系统的研制，对超深井钻采设备环境仿真系统设计进行了讨论。