随钻测井的英文

• dlwd
• drill-pipe log
• logging-while-drlling
• well logging during drilling
• well logging while drilling

• "随"英文翻译    follow
• "钻"英文翻译    drill; auger
• "测"英文翻译    survey; fathom; measure
• "井"英文翻译    well
• "随钻测井仪" 英文翻译 :    logging while drilling apparatus; logging-while-drilling tool
• "井下随钻测井" 英文翻译 :    dhlwd
• "湾随钻测井实时数据" 英文翻译 :    new wired-pipe telemetry system tested in arkoma basin
• "随钻测量" 英文翻译 :    measurement while drilling
• "随钻测量仪" 英文翻译 :    mwd
• "随钻测斜仪" 英文翻译 :    directional tool
• "定向随钻测量" 英文翻译 :    directional mwd
• "井下随钻测量" 英文翻译 :    dhm-mwd
• "磁力随钻测量数据" 英文翻译 :    magnetic mwd data
• "定向井随钻测量" 英文翻译 :    dmwd
• "多功能随钻测量" 英文翻译 :    multiple-service mwd
• "随钻测量用钻铤" 英文翻译 :    mwd collar
• "多传感器随钻测量系统" 英文翻译 :    multisensor mwd system
• "螺旋管耦合随钻测量系统" 英文翻译 :    toroidal coupled mwd
• "随钻" 英文翻译 :    lwd
• "测井" 英文翻译 :    drill-hold survey; gage well; gamma gamma logging; gauge well; hole logging; hole probe; log-lithofacies data-base; well measurement; well surveying; well-surveying; wire-line survey; wireline well logging
• "随钻打捞杯" 英文翻译 :    drilling junk basket vaso de recuperacion junto con taladro
• "随钻堵漏" 英文翻译 :    plugging while drilling
• "随钻控制" 英文翻译 :    cwd
• "随钻震击器" 英文翻译 :    drilling jar goepeadoz junto con taladro
• "下钻测算井深" 英文翻译 :    measure in

• Geosteering drilling in horizontal well by logging is an important application of lwd
  水平井钻井的地质导向是随钻测井的重要工程应用。
• It is feasible and worth widely applying . well logging interpretation and evaluation while drilling is another key technique
  随钻测井解释与地层评价是随钻跟踪地质目标的一项关键技术。
• Logging interpretation of hw04 while drilling is carried out , which is accord with the practical geological situation
  本文对hw04等井资料进行了随钻测井综合解释，解释结果符合实际地质情况。
• Moreover , because pressure prediction is another important application of lwd , formation pressure prediction is researched which is base on lwd
  此外随钻地层压力预测是lwd的另一个重要工程应用，为此本文进行了基于随钻测井资料的地层压力预测方法研究。
• Firstly , interpretation method of lwd is researched . logging interpretation while drilling includes lithological interpretation , formation parameters interpretation and oil interpretation while drilling etc . information of lwd should be disposed and standardized before lwd is interpreted
  论文首先开展了lwd资料的解释方法研究。随钻测井资料解释方法包括随钻地层岩性解释方法、随钻地层参数解释方法和随钻地层含油气性解释方法等。
• This study made a conclusion ? amely in order to realize following the geological target while drilling , on the basis of making a better geological and drilling design for horizontal well , we must make full use of mwd , lwd and integrate logging to carry out lithfacy identifying in real time , the lwd interpretation and formation evaluation , to set up geological model of target formation , to select geosteering marked formation and compare simulative curves with lwd curves f to fix on the drilling direction of bit upper and declination , the position in target oil - gas layer , to revise borehole track in real time , to make it extend in reservoir better interval as possible
  研究认为，在做好水平井地质设计和钻井设计的基础上，要实现随钻跟踪地质目标钻井，必须充分利用随钻测量、随钻测井和录井等资料，从实时岩性识别、随钻测井解释和地层评价、目标层地质模型建立、导向标志层的选取及模拟曲线对比等方面入手，确定钻头上下倾钻进方向及在目标层中的位置，以实时调整井眼轨迹，使其尽可能在储层物性较好的部位延伸。
• Based on methods above , an applied program in visual basic is developed to interpret logging data and geosteering in drilling horizontal wells . the program guides to evaluate the oil field in a complicated geological situation and drill in horizontal well while it is applied to the work of interpretation and geosteering in the research zone
  在上述方法研究的基础上，结合塔里木油田和莫北油田的实际情况，利用vb语言编制了一套随钻测井资料解释和水平井钻井地质导向的应用程序。将该程序应用于工区的随钻测井资料解释和水平井钻井的地质导向工作中，较好地指导了复杂地质条件下的油气藏评价工作和水平井钻井作业。
• Parameters can be interpreted through the method used in straight wells . after logging curves in horizontal wells are revised to true vertical depth , oil - bearing formation is evaluated through the comparison of wells combined with geological information . logging while drilling have great difference with ordinary cable logging especially in deviated holes and horizontal wells . comparison of cable logging and lwd carried out in different time indicates characters of mud invasion
  实际解释lwd资料时首先需对随钻测井资料进行预处理和标准化，然后从随钻测井、录井资料中提取与岩性密切相关的参数，建立测井相-岩相统计模式，并采用灰色关联识别方法实时判别地层岩性；采用直井的参数解释方法进行随钻地层参数解释；将水平井的随钻测井曲线从实际井深校正到垂直井深上，通过随钻测井资料与邻井测井资料的对比解释，并结合地质、录井资料进行随钻地层含油气性评价。
• This paper , based on normalizing well logging data while drilling and correcting depth into true vertical depth and calculating reservoir parameters and etc , combining the practical ease of mobei oilfield , extracted logging and geological pattern characteristic of target oil - gas formation and geosteering mark formation , and used bp neural network and regressive analysis to create predicting mode of geosteering parameter to build relevant contrast curve ; adopted geometry geosteering method to fix on die drilling direction of bit upper and declination , the position in reservoir , to judge the real drilling case . all finely solved the problem to follow the geological target while drilling for three horizontal well these methods improve the drilling horizontal well ability by using the techniques to follow the geological target while drilling , and then it is convenient and practicable
  本文在开展随钻测井资料的标准化和斜井校正及储层参数解释与含流体性质判释等工作的基础上，结合研究工区莫北油田的实际情况，提取了目标油(气)层和导向标志层的测井地质模式特征，并采用bp神经网络法和回归分析法建立了地质导向参数的预测模型、构造了相应的对比曲线；采用几何导向法确定钻头上下倾钻进方向及其在目标层的位置，以判断实际钻进地层情况，很好地解决了研究工区三口水平井的随钻跟踪地质目标的问题。