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钻井液浸泡
相关语句
  mud soak
     According to the material balance theory, based on the analysis of microphysical model for mud solid phase invading, and fully using the drilling parameters, the reservoir physical parameters, the logging parameters and the mud soak time etc. , the invasion depth of mud filtrate is calculated, which established the ground for the calculation of the invasion depth of mud solid phase.
     文章根据物质平衡理论,在对钻井液固相侵入微观物理模型分析的基础上,综合利用钻井参数、地层物性参数、测井参数和钻井液浸泡时间等多参数实现了钻井液滤液侵入深度的计算,为钻井液固相侵入深度的计算打下了基础。
短句来源
  “钻井液浸泡”译为未确定词的双语例句
     Influence and correction of water-base mud drilling on acoustic logging of shallow formation
     水基钻井液浸泡对浅层声波测井的影响及校正方法
短句来源
     By analysing the data of over 100 exploration wells in J3P gasreservoirs, find that main factors damaging reservoirs during drilling period are overbalance drilling, long - timedrilling fluid soaking, adding high-density drilling fluid to kill the wen after well blowout and deep- penetration perforation etc.
     文中对J3p气藏100多口勘探开发井的资料分析,钻井对储层损害的主要因素有超压钻井、钻井液浸泡时间过长、井喷后加高密度钻井液压井和深穿射孔等。
短句来源
     Numerical value simulation technique is adopted to analyze the response character of deep and middle induction resistivity logging invaded by different drilling liquids in E1f 1 member gas-bearing sandstone reservoir of ZJD structure. The most appropriate time of instantaneous logging and time-lapse logging is put forward based on the invasion mechanism of drilling fluid, theoretical model and geological feature of the reservoir.
     在对钻井液侵入油气层的侵入机理、理论模型建立和对ZJD构造E1f1段含气砂岩储层地质特征描述的基础上 ,通过数值模拟 ,分析了ZJD构造E1f1段含气砂岩储层在不同的钻井液浸泡时间下深、中感应电阻率测井的响应特征 ,并确定了及时测井及时间推移测井的最佳时间。
短句来源
     Based on such experiments that sample type,size and drlling fluid almost have no influence on measurement results,application research and discussion are carried out from such aspects as porosity,T_2 cutoff value,permeability,movable fluid saturation,oil saturation,pore and pore throats distribution,wettability,oil viscosity,etc.
     在实验样品类型、大小及钻井液浸泡对测量结果影响不大的基础上,对岩样的孔隙度、T2截止值、渗透率、可动流体饱和度、含油饱和度、孔喉分布、润湿性、原油粘度等多个方面进行了应用研究和探讨,并阐述了所取得的认识。
短句来源
  相似匹配句对
     Prospects for Drilling Fluid Technology
     钻井技术展望
短句来源
     Drilling fluid software package: MUD
     钻井软件包MUD
短句来源
     Influence and correction of water-base mud drilling on acoustic logging of shallow formation
     水基钻井浸泡对浅层声波测井的影响及校正方法
短句来源
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For searching for the relationship between water sensitivity of the clay in Shengbei

为探求吐哈油田胜北构造粘土矿物水敏特性与井眼稳定性的关系,详细分析了Ensulin膨胀仪和CST分散仪使用中存在的问题,解释了泥页岩理化性能评价中各参数的物理意义,提出M5000和Y15—B评价泥页岩的潜在膨胀和分散能力,以台参2井为例测试了泥页岩吸水膨胀和吸水分散的特性,研究表明在3000m以上,由于伊蒙混层矿物含量较高,地层压实弱,吸水膨胀和分散能力较大,水敏性强.在3000~4000m井段,地层吸水快,但膨胀慢、分散慢,且膨胀和分散潜在能力较小,属中弱膨胀、中弱分散地层.在4000m以下,地层压实性好,膨胀弱分散慢,属弱膨胀的分散地层.总体上说,用泥页岩分类标准来评价,均属低膨胀低分散地层.井眼的不稳定主要不是由于粘土矿物的膨胀和分散而是过长时间的钻井液浸泡引起的地层周期性应力剥蚀所为.

Sand fracturing technology is successfully used in J3P gas reservoirs, and outstanding economicbenefits and social benefits have been achieved. By analysing the data of over 100 exploration wells in J3P gasreservoirs, find that main factors damaging reservoirs during drilling period are overbalance drilling, long - timedrilling fluid soaking, adding high-density drilling fluid to kill the wen after well blowout and deep- penetration perforation etc. The paper also analyses effects of gas reservoir damage on...

Sand fracturing technology is successfully used in J3P gas reservoirs, and outstanding economicbenefits and social benefits have been achieved. By analysing the data of over 100 exploration wells in J3P gasreservoirs, find that main factors damaging reservoirs during drilling period are overbalance drilling, long - timedrilling fluid soaking, adding high-density drilling fluid to kill the wen after well blowout and deep- penetration perforation etc. The paper also analyses effects of gas reservoir damage on fracturing, proPOses the rationalmethods of reservoir protection include rational well completion method, using high-quality drilling fluid, shortening drilling fluid soaking time and avoiding well blowouts etc.

加砂压裂技术在J3p气藏成功应用,使该气藏取得显著经济效益和社会效益。文中对J3p气藏100多口勘探开发井的资料分析,钻井对储层损害的主要因素有超压钻井、钻井液浸泡时间过长、井喷后加高密度钻井液压井和深穿射孔等。分析了气藏损害对压裂效果影响,提出气藏油气层保护技术的合理方法是采用合理完井方式、使用优质钻井液、缩短钻井液对储层浸泡时间和避免井喷事故发生等。

Based on the invasion mechanism of drilling liquid, the construction of theoretic model and the geological character description of reservoir,this paper, using numerical value simulation technique, analyzes the response character of deep and middle induction resistivity logging of this reservoir under different drilling liquids invasion, and puts forward the most appropriate time of instantaneous logging and time lapse logging.

文章在对钻井液侵入油气层的侵入机理、理论模型建立和对ZJD构造E1f1段含气砂岩储层地质特征描述的基础上 ,通过数值模拟 ,分析了ZJD构造E1f1段含气砂岩储层在不同的钻井液浸泡时间下深、中感应电阻率测井的响应特征 ,并确定了及时测井和时间推移测井的最佳时间

 
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