The 3-c induction log system can directly measure both horizontal and vertical resistivity of strata and also measure the dip Angle and azimuth of strata.
三分量感应测井系统可直接测量地层的水平电阻率和垂直电阻率，还可测出地层的倾角和方位。
Recently, resistivity method with vertical line source has been used to study the distribution of injection water and remain oil.
利用套管供电，通过地表观测视电阻率研究油田注水分布和剩余油分布近来在油田开发中得到了应用。
A new method is presented to improve vertical resolution of dual lateral resistivity logs.
介绍了一种提高双侧向电阻率测井曲线纵向分辨率的新方法。
Given in this paper is a new method which aims to improve the vertical resolution of wave propagation resistivity logging curves.
提出了一种旨在提高电磁波电阻率测井纵向分辨率的快速反演方法。
For any n-layer vertical dike set with contrasts of electric resistivity, a set of equations of coefficients are derived for calculating the electricpotential in the point source field.
对于任意多层不同电阻率垂直岩层，导出了求解点源场电位的系数方程组。
In deviated and horizontal Wells, all these logs measure some mixture of both vertical and horizontal resistivity.
在斜井和水平井中，所有这些测井测量纵向的和水平电阻率的混合值。
The effect of soil resistivity change along vertical direction on potential distribution was studied through numerical simulation.
利用数值模拟方法研究了罐底土壤电阻率沿垂直方向变化对电位分布的影响。
Thin bed resistivity logging (abbreviation TBRT) is a new kind of high resolution deep investigation resistivity logging and characterized by high vertical resolution and deep investigation depth.
薄层电阻率TBRT测井是一种新型的高分辨率深探测电阻率测井，显著特点是具有较高的垂向分辨率和较大的探测深度。
This paper analyzes the applied effect of this method, then solves the vertical finite line source 3d resistivity inversion by using conjugate gradient relaxation.
本文对该方法实际应用的有效性进行了分析和说明，并利用共轭梯度迭代技术实现了垂直有限线源三维电阻率反演。
These cases occur most often in horizontal Wells, or vertical Wells with the combined effects of invasion and large resistivity contrast between beds.
这种情况常出现在水平井或者有侵入影响并且层间电阻率对比度高的直井中。
These cases occur most often in horizontal Wells, or vertical Wells with the combined effects of invasion and large resistivity contrast between beds.
这种情况常出现在水平井或者有侵入影响并且层间电阻率对比度高的直井中。
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