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    Influence of pH on fhe Deep Well Mud Performance and Its Control
    pH值对深井泥浆性能的影响及其控制
    Calculation Method of Fill Factor in Deep Well Pump
    深井泵充满系数的计算方法
    The Field Operation and Feasibility Analysis of Deep Well Bared Tubing Aciding in North Shanxi Gas Area
    陕北气区深井光油管酸化的现场施工与可行性分析
    Development and Application of LoadReducing Tool for Deep Well Pumping
    深抽助力装置的研制与应用
    Deep Well SS Killing Practice
    SS井抢险压井机理分析
    A Successful Trial of MMH Drilling Fluid in Tarim DH 1 -4 - 7 Deep Well
    MMH钻井液在塔里木DH1—4—7深井试验成功
    Sealing Fluid WHC-3 for Coring Operation in Deep Well
    深井取心密闭液WHC-3的研究
    Zhuang No. 1 Deep Well Drilling Hydraulic Parameters Design and Its Result Analysis
    桩深1井钻井水力参数设计与效果分析
    DEEP WELL SIDETRACKED TECHNOLOGY OF YAKEN-3 WELL
    亚肯3井深井侧钻技术
    STUDY ON EXTERNAL LEDGE HANGER FOR HEAVEY LOAD LINER CEMENTING IN DEEP WELL
    深井重载固井尾管外台肩悬挂器研究
    STUDY ON FRACTURING TECHNOLOGY OF SUPER DEEP WELL
    超深井压裂工艺技术研究
    ABSTRACTS Multi objective Reliability Optimization of Deep Well Drilling Parameters
    深井钻井参数多目标可靠性优化
    Application of low density cement with microsilicon in cementing deep well in north Tarim
    微硅低密度水泥在塔北深井固井中的应用
    Application of Silicified G-Grade Oil-Well Cement for Deep-Well Cementing
    硅化G级水泥在深井固井中的应用
    Application of Accelerated and Retarded Slurries in Deep Well Cementing in Qinghai Oilfield
    两凝水泥浆在青海油田深井固井中的应用
    Deep Well Completion Tecnology in Sha 45 Well
    沙45井深井完井技术
    Experimental Study on The PDC Bit under The Simulated Deep Well Condition
    模拟深井条件下的PDC钻头破岩试验研究
    The quality indexes of SMT-T are exceeding those in the industry standard SY/T 5091-1993.SMT-T is suitable for the drilling deep well,gas well and high density well in the temperature range of 180220℃.
    SMT-T质量指标测定超过现行行业标准SY/T5091-1993《钻井液用磺化栲酸》。 SMT-T适宜在180-220℃的深井、气井、高密井等使用。
    The Southwest Subsidiary Company introduces nitrogen drilling technology to better protect and discover hydrocarbon reservoirs and advance the success rate of deep well exploring. Based on large amounts of geological and engineering appraisal, application test of nitrogen drilling technology is conducted in the producing interval of 4652.26~4775.56 m during the fourth spudding in DY1 well.
    为了更好地保护和发现油气藏,提高深井勘探成功率,西南分公司引进了氮气钻井技术,通过大量地质工程论证,在DY1井四开4652.26~4775.56m产层段进行了氮气欠平衡钻井技术应用试验。
    Improvement of Joint Contracture Between φ44 mm Deep Well Pump and the Sucker Rod
    φ44mm深井泵与抽油杆联接上的改进
 

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