选好侧向测井仪电极系是直观识别产层的关键环节。
Selecting optimum sonde of laterolog is the key to "quick look"interpretation.
利用三维有限元法，模拟了电性各向异性倾斜沉积岩层的双侧向测井响应。
The response of dual laterolog in tilted anisotropic sedimentary formation was simulated with the three-dimensional finite element method.
在定量评价方面，主要是采用双侧向测井幅度差和成像测井方法来估算裂缝参数。
In the quantitative evaluation, estimation fracture parameters mainly by dual lateral logging magnitude difference and image logging.
双侧向测井被认为是目前常规测井中进行储集层裂缝识别和评价的最有效的测井方法之一。
Among the conventional well loggings, the dual laterolog is considered as one of the most effective methods of the identification and evaluation of fractures.
此适用于多种测井曲线，如侧向测井、感应测井、中子测井、密度测井和自然电位测井等曲线。
This method is applicable to various log curves, such as laterolog, induction electrolog, neutron log, density log and self potential log curves.
通过实例分析可知，在使用淡水泥浆条件下，双感应测井比双侧向测井更有利于识别储层的流体性质。
Analysis of some practical examples show that it is more useful to identify the fluid properties of reservoir by dual induction log than by dual lateral log under the condition of fresh mud.
针对煤层气储层裂隙发育特点，利用三维有限元方法，系统地进行储层裂隙双侧向测井响应的数值模拟研究。
According to the development characteristic of fracture in CBM reservoir, the response of dual laterolog is systematically simulated with three dimensional finite element method.
利用阵列侧向测井提供的4条探测深度不同的曲线，联合反演侵入半径、侵入带电阻率和原状地层电阻率，具有很好的效果。
ALL can provide 4 logs that have different investigation depth. They can be used to inverse invasion radius, invasion zone resistivity and virgin zone resistivity.
文章针对双侧向的模拟聚焦方式展开讨论，并给出几种聚焦方案的对比结果，为双侧向测井仪器模拟聚焦电路的设计及仪器选型提供参考。
The paper discusses analog focusing models about the dual laterolog tool and provides the correlation results of the several focusing programs for reference to model selection and design of the tools.
本网络图对SJD-801（83）双感应—八侧向测井仪进行了系统程序式的检查、维修排列，针对检查过程中出现的问题给出了大致的寻查方向和排除方法。
This is a flow chart for systematic technical review and accuracy checkof SJD-801 (83) Dual Induction-Lateral 8. It is an effective debugging tool.
使用该套方法对中国西部某油田的储层岩心裂缝进行定量观测与统计描述，其结果符合测井、产能及构造分析结果，并已用于储层双侧向测井中裂缝参数的标定。
The method is used in the oil fields in the west of China for quantitative observation and statistical description of the fractures in cores. Its result agrees with that from logs, product...
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。
A new method is presented to improve vertical resolution of dual lateral resistivity logs.
重点介绍微球与双侧向、声波、伽马、3506脉码、微电极（3104）组合测井中各种信号的传输、采集方法，刻度管理。
It also focuses on the signal transmission, acquisition and calibration procedure of MSFL and DLL, AC, GR, 3506PCM, ML(3104) combination logging.
利用改进的BP算法，采用深、浅侧向电阻率、声波时差测井建立了油层、水淹层的识别模型。
With improved BP network, Adopting deep, short resistivity, and acoustic logging, the model to recognize oil layer and water flooded layer is established.
本文在实际分析资料的基础上，通过对深侧向电阻率曲线的油气校正，建立了“电阻率还原法”泥质含量测井解释方程。
Based on the practical data analysis, a "resistivity restoring" method to determine shale content is set up by hydrocarbon correction for deep lateral resistivity logs.
在岩石导电模型的基础上，参考双侧向仪器刻度电路原理，设计出适用于复电阻率测井仪器的刻度电路，并给出用电路参数模拟不同地层的方法。
Based on the rock conductivity model and with reference to calibration circuit in the dual laterolog tool, designed is calibration circuits in the complex resistivity logging tool.
根据密度、三侧向电阻率、自然伽马、声波等测井曲线在煤层、灰岩、砂岩、泥岩、细砂岩等岩性上的组合特征，进行了岩煤层的对比。
Based on combination features of laterolog-3 resistivity, gamma-ray, sonic traces on coal seam, limestone, sandstone, mudstone, fine-grained sandstone, carried out rock and coal seam correlation.
根据密度、三侧向电阻率、自然伽马、声波等测井曲线在煤层、灰岩、砂岩、泥岩、细砂岩等岩性上的组合特征，进行了岩煤层的对比。
Based on combination features of laterolog-3 resistivity, gamma-ray, sonic traces on coal seam, limestone, sandstone, mudstone, fine-grained sandstone, carried out rock and coal seam correlation.
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