In the conventional logging, resistivity log is the chief way to identify the types of fluids in formation.
在常规测井中，电阻率测井是识别地层流体性质的主要手段。
The resistivity log response, environmental effect and its tool parameters are investigated systematically.
用该方法系统地考察了套管井电阻率测井响应、环境影响、仪器参数。
It is the main purpose of instrument calibration to ensure an accurate and reliable magnitude of resistivity log parameters.
确保电阻率测井参数的量值准确可靠是仪器校准的主要目的。
The key to the realization of localization measurements in resistivity log lies in freely selecting the radial measuring range.
介绍一种在径向上实现电阻率局域化测井的方法。
The geometric factor of resistivity log tool has been calculated by the transmission line equation for resistivity logging through casing.
为研究过套管电阻率测井仪器的径向探测特性，本文给出了反映地层径向介质变化的几何因子。
The results indicate the effect of the transition zone and the annulus on the resistivity log interpretation is significant. This study provides a theoretical bas…
研究结果一方面表明了考虑过渡带和低阻环带可以提高测井解释的准确度，另一方面也为用多电极系电阻率测井探测侵入带提供了理论依据。
Resistivity log is the basis for the determination of lithological character and vapor oil water level and a major parameter for the calculation of geologic reserve.
电阻率测井曲线是确定岩性，划分油、气、水层的依据，是计算地质储量的主要参数。
It can predict any logs' curves such as resistivity log, so it could be used as detecting oil and gas. Finally we use the technique to find a favorable area rich in oil, and a trap, Gao81 east.
作者最后利用人工神经网络多属性反演得到全区的视电阻率和剩余电阻率曲线，主要用于油气检测，最终圈划出有利油气储集区，并找到有利油气圈闭高81东块。
The imaging logging series such as dipole acoustic log and micro - resistivity scanning imaging log, etc. provides abundant basic data for the research of stress.
成像测井系列中的偶极子声波测井和微电阻率扫描成像测井为地应力研究提供了丰富的基础数据。
As a new technology method, resistivity imaging log solved many problems that can't be solved by routine logging methods, so it's broadly used in the world.
电阻率成像测井技术作为一种测井新技术、新方法，很好的解决了一些常规测井无法解决的问题，在世界上得到了广泛的应用。
The log response of the gas reservoir is characterised by low gamma ray, self-potential reduction and high resistivity.
这种高产气层具有特征的电性反应，表现为自然伽马值低、自然电位显著负异常、电阻率高；
The flooded strata are often wrongly interpreted as oil layers by use of conventional log interpretation, mainly due to the formation water resistivity can not be determined accurately.
利用常规测井解释方法，往往把水淹层解释为油层，这主要是由于水淹层内的地层水电阻率求不准。
Therefore, a method, which determines the resistivity of formation water in flooded layers with SP log, is given in this paper.
为解决这一问题，提出了一种利用自然电位(SP)曲线直接求水淹层内地层水电阻率的方法。
The result of processing the actual log data of the low resistivity reservoir agree with the conclusion of the oil digging.
对低阻油层实际资料的处理结果与试油结论一致。
A new spontaneous potential log model for the case when formation resistivity is not piece - wise constant was introduced.
针对非均质地层中电阻率非分块常数，提出一个新的自然电位测井模型。
The log is made from resistivity, density, neutron, and sonic log data and shows porosity, secondary porosity, grain density, fluid analysis, water saturation, and formation analysis.
其资料来源于电阻率测井、密度测井、中子测井和声波测井。计算结果包括孔隙度、次生孔隙度、颗粒密度、流体分析、含水饱和度以及地层分析。
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。
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。
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