1) low resistivity pay zone
低电阻率油层
1.
Review on origin mechanism of low resistivity pay zone;
低电阻率油层成因机制综述
2.
The low resistivity pay zone has very complicated genesis and conductive mechanism.
低电阻率油层成因和导电机理非常复杂。
2) low resistivity oil layer
低电阻率油层
1.
The statistics for 57 oil and gas layers of 22 oilfields in the Tarim Basin shows that reservoirs of poor physical properties are prone to have low resistivity and those condensate gas reservoirs of moderate fluid density or light oil reservoirs are prone to form low resistivity oil layers.
近年来轮南油田通过测井和试油相继在古近系、白垩系和侏罗系发现了低电阻率油层。
2.
Classification of low resistivity oil layers in Erdos Basin is introduced,and their forming mechanism is analyzed.
介绍了鄂尔多斯盆地低电阻率油层的类型,分析了低电阻率油层形成机理,认为低电阻率油层是多种因素共同作用的结果,特定的区块和特定类型的低电阻率油层有可能是1~2个主导因素起主要作用。
3.
The low resistivity oil layer is well identified by the identification method of swept layer based on the inverted frequency spectrum characteristics of log differential signals.
基于测井微差信号的倒频谱特征水淹层识别方法对低电阻率油层有较强的识别能力。
3) Low resistivity reservoir
低电阻率油层
1.
Identification of low resistivity reservoir by logging;
低电阻率油层测井识别技术
2.
A new cross plot for identifying low resistivity reservoirs and its application;
一种新的识别低电阻率油层的交会图及其应用
3.
Taking Huoyanshan fault block as an example, the log interpretation methods for low resistivity reservoir are studied through analysis of the causes of low resistivity.
在低电阻率油层的测井解释中,以火焰山断块为例,从分析低电阻率成因入手,对其测井资料解释方法进行研究,然后依据测井解释方法提出了相应的测井系列。
4) low resistivity oil zone
低电阻率油层
1.
Under an extensional geological condition, low resistivity oil zone caused by high irreducible water saturation is formed in weak and unstable water dynamic areas where the change of water dynamic results in special reservoir lithological structure.
在拉张的地质背景下,高束缚水成因的低电阻率油层形成于弱水动力变化带,水动力的强弱变化形成特殊的储集层岩性叠置结构(即不同的岩性按一定比例关系形成薄互层),形成由微孔隙与大孔隙构成双组孔隙系统的油层微观组构,油层高含束缚水因而电阻率低,但其中较大孔隙储集可动油气,具备产能。
2.
It should not be ignored that the depositional interfaces conversion causes low resistivity oil zones distribute widely and abundantly in some parts of the layers.
探索低电阻率油层分布与沉积界面转换之间的内在联系,对于预测低电阻率油层分布有着重要的应用价值,对于渤海湾盆地的油气挖潜有指导意义。
5) low resistivity reservoir
低电阻率油气层
1.
Origin and identification of low resistivity reservoirs in North Jiangsu Basin;
苏北盆地低电阻率油气层成因与识别
2.
The distinguish feature of classic reservoir in dongxin Oilfield is the variety of resistivity including low resistivity reservoir.
本文着重研究了东辛油田低电阻率油气层成因、定性、定量解释方法以及应用效果分析。
6) low resistivity oil layer
相对低电阻率油层
1.
Origin and identification of low resistivity oil layers in Wangji Oilfield, Biyang Sag;
王集油田相对低电阻率油层成因及识别
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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