1) low resistens reservoir
低电阻油藏
2) low resistivity reservoir
低阻油藏
1.
Based on exploration and production practices in the low resistivity reservoirs in Gudong oilfield in recent years, the forming conditions of low resistivity reservoirs are introduced in respects of sedimentary features, sealing conditions, migration pathways and trap types.
根据近几年来孤东油田低阻油藏勘探开发的实例,从沉积特征、封盖条件、运移通道、圈闭类型介绍了低阻油藏的形成条件,通过总结孤东油田低阻油藏的认识经验,建立了类似孤东油田低阻油层的识别标志,从滚动勘探及老井补孔两方面介绍了挖潜方法。
2.
It is difficult to judge and develop low resistivity reservoir in term of limited geology information and logging data in the process of development of oilfield.
通过对胡状集油田低阻油层系统地研究 ,分析了低阻油层的成因机理 ,提出低阻油层的形成是由于其具有独特的储层展布及微观特征 ;而地层中具有较高含量的束缚水及高矿化度的地层水是低阻油层形成的主要地质条件 ,确定了以可动水分析法、电阻率增大值法 ,并参考录井显示的综合解释方法 ,在胡状集油田胡五块发现了S3中 4 6、9 11层系整装低阻油藏 ,为老区油气滚动勘探和开发提供了重要的指导意
3.
Under these situation, the low resistivity reservoirs have become the main exploratary target of many oilfields, but due to middle and small scale of these sand bodies of fan delta front muitiple-layer are still not clear, which restrict the development of petroleum exploration.
本文以典型的以低阻油藏为主的金湖凹陷闵桥地区阜三段为研究对象,以沉积学和层序地层学为理论指导,以钻井、测井等资料为基础,对研究区开展了层序地层研究,取得了如下认识: (1)运用Vail的经典层序地层学和Cross的高分辨率层序地层学理论分别对研究区进行了层序地层划分研究,划分结果对比分析显示,两种理论在对层序界面的界定、基本地层单元在沉积学上的意义及其在区域上的可对比性、层序划分与对比时的适宜研究对象等方面存在区别,高分辨率层序地层学理论更适于研究区的油气勘探。
3) low permeability and low resistivity reservoir
低渗透低电阻率油藏
4) low permeability and resistivity reservoir
低渗低阻油藏
6) low resistivity oil layer
低电阻油层
1.
Application of an advanced dual water model to the low resistivity oil layers in Qudi Oilfield;
改进的双水模型在曲堤油田低电阻油层中的应用
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条