井组的英文

• well array
• well group

• "井"英文翻译    well
• "组"英文翻译    group
• "井群,井组" 英文翻译 :    battery of well
• "井组成" 英文翻译 :    well construction; wellco truction
• "浅井组" 英文翻译 :    asai-gumi
• "新井组" 英文翻译 :    arai gumi ltd; arai-gumi ltd
• "井组单元" 英文翻译 :    symmetry element
• "录井组图" 英文翻译 :    log suite
• "炮井组合" 英文翻译 :    pattern shot holes
• "腿柱井组" 英文翻译 :    leg well cluster
• "新井组(公司)" 英文翻译 :    arai-gumi, ltd
• "井组初期产量" 英文翻译 :    battery flush production
• "新井组公司（日本）" 英文翻译 :    arai gumi ltd
• "煤测井组合探管" 英文翻译 :    ccs
• "声波中子测井组合" 英文翻译 :    acousticneutron combination
• "生产测井组合系统" 英文翻译 :    plss; production logging stack system
• "生产测井组合仪" 英文翻译 :    pls; pslt
• "数个井组成的群体" 英文翻译 :    batter of wells
• "卫星式水下井组" 英文翻译 :    satellite underwater wells
• "生产测井组合下井仪" 英文翻译 :    pct
• "井阻" 英文翻译 :    well resistance
• "井族生产衰弱曲线" 英文翻译 :    family decline curve
• "井族生产曲线" 英文翻译 :    family curve
• "井钻, 钻井机" 英文翻译 :    well drill
• "井总偏角" 英文翻译 :    total hole angle
• "井佐" 英文翻译 :    isa

• Battery flush production
  井组初期产量
• Application of boosting pressure for water injection on well groups of low permeability reservoirs in jianghan oil region
  井组增压注水在江汉油区低渗透油藏的应用
• But at present , the technology of boosting pressure for water injection on well groups still has some problems , and it should be improved in the production practice unceasingly
  但目前井组增压注水还存在一些问题，应在生产实践中不断改进技术。
• This paper summarizes identification method for low effective circulation channel : first , using four parameters decision factors method to find out low effective circulation channel ' s suspicious well group ; second , determining the horizon and direction of low effective circulation channel combining with sand body sedimentation characteristics ; third , to verify using test data
  为改善注水开发效果，以“动态普查，静态确认，测试验证”为指导思想总结形成了低效循环条带分析判别方法：一是运用四参数决策系数法找出低效循环条带可疑井组；二是结合砂体沉积特徵确认低效循环条带存在层位、方向；三是运用测试资料进行验证。
• The building of four - sizes reservoir heterogeneity models of the west 7th block sets the important seal on learning how reservoir heterogeneity to affect the distribution of fluid . clustering analysis is introduced into the microfacies identifying , which realizes the quantification and computerization of microfacies partitioning . ( 2 ) the synthetically application of diverse methods of solving well - point remaining oil realizes the integrative research of well - point , well - group , intrastratal and interlayer remaining oil distribution
  将聚类分析方法引入沉积微相研究，实现了微相划分的定量化、计算机化，大大改进了沉积微相识别的工作方法，提高了微相划分的精度和效率； ( 2 )以油藏工程理论为基础的多种井点剩余油定量研究方法的综合应用实现了直接利用生产动态资料来进行井点、井组、层间、层内的剩余油定量分布的一体化研究。
• Thus many data of deflecting wells can be used for seismic inversion and the problem of multiple solutions can be solved to some degree . this technology comes up to advanced domestic standards . because the water base used to make up drilling mud comes from seawater , researches are made into the effects on resistivity of saltwater mud invasion and the values - selecting methods in reserves calculation are broken through , which continues to use terrestrial oilfields " parameters
  针对胜利海上埋岛油田丛式开发井组5 / 6井为斜井这种实际情况，对斜井声波测井资料进行了环境校正，经过反复的攻关研究，通过合成地震记录求准速度，实现了斜井资料的地震标定，解决了建立初始波阻抗模型的技术难题，使大量的斜井资料参与反演工作，减少了地质模型的多解性，提高了储层预测的精度，该项技术达到了国内领先水平。
• After synthetically analyses and researches of the existing methods for injection allocation rate , this article takes the group of water - injecting wells in waterflood oilfield as the research unit , the multiple regression method to decide the injection allocation rate is applied , by which and its regression coefficient and partial correlation coefficient , the multivariate regression models of model and model are developed
  在对目前存在的配注方法的综合分析和研究之后，提出以水驱油田注水井井组为研究单元，采用多无回归方法来确定注水井井组配注量，并基于多元回归方法的回归系数和偏相关系数，分别建立了多元回归模型、 。
• The system is mainly used to analyze the production situation of polymer - flooding area , well group and single well , then carry out tracing and adjustment , optimize the adjustment scheme , which offer the basis for establishing the scheme of single well . and the system will forecast and evaluate the medium and long - term result after the measures , finally , improve the whole developing effect of polymer flooding
  本系统的建立主要用来对聚驱区块、井组和单井的生产情况进行分析，然后进行跟踪调整，优化调整方案，为单井措施方案的制定提供依据，并对措施后的中长期效果进行预测和评价，最终达到提高聚驱整体开发的效果。
• It is suggested that because the volcanic reservoir has very high heterogeneity , waterflooding process should not be adopted rashly in the early production period until obtaining experiences from clustered - well lest : infill drilling and adjustment during the period of early production may enhance producing extent , prolong water - free oil production period and improve performance response : a number of horizontal wells drilled during the mid - period of production may further increase the single well productivity and keep relatively long - term production stable and high
  指出，由于火山岩储集层非均质性极强，在火山岩油藏开发初期切不可贸然采用注水开发，应在实验井组中取得经验后，方可逐步推广；开发初期，实施加密井调整措施，可提高储集层动用程度，延长油藏无水开采期，改善开发效果；开发中期钻一定数量的水平井，可进一步提高单井产能，使油藏保持较长期的稳产、高产。
• To some of injection wells which couldn ' t finished their proration water injection rates in low permeability reservoirs , through the technological innovation , jianghan oil region has conducted boosting pres sure for water injection on well groups , and has obtained good effects in oilfield increment oil production and stable oil production
  摘要江汉油区对低渗透油藏中完不成配注水量的部分注水井通过工艺技术革新，进行井组增压注水，在油田增产稳产中取得了良好效果。