High resolution borehole micro resistivity image logs ( fmi ) were used to investigate the origin of fracture structures , with tarim basin in northwest china as an example 摘要以塔里木盆地为例，探讨高分辨率电成像测井资料在裂缝成因分析中的应用。
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。
In addition , the attitudes of conjunctive fractures deduced from the borehole images provide important information for the direction of paleo - structural stress field 利用从电成像测井图像上提取的共轭裂缝的产状信息，还可以恢复裂缝形成时古构造应力场的方向。
The physical fundamentals of electromagnetic wave imaging logging in multiphase flow deal with the wave propagating characteristics and the fluid electromagnetic properties in oil wells 研究多相流动电磁波成像测井要涉及到两个物理基础问题：一是油井中电磁波的传播特性，二是油井中流体介质的电磁性质。
Interpreting fractures by conventional logging methods is of some shortcomings , such as low resolution , multiple solution and poor objectivity and the application of imaging logging is relatively limited at present 摘要常规方法解释裂缝具有解析度较低、多解性较强、直观性较差等缺陷，而成像测井的应用目前较为有限。
At present , in casing well logging , ultrasonic imaging well logging tool is mainly used in cement bond appraisal and casing inspection , so as to makes intuitionistic and accurate judgment to the well cementation quality and the casing pipe condition 目前，在套管井测井中，超声波成像测井仪主要用于水泥胶结评价和套管检查，以便对固井质量和套管状况作出直观准确的判断。
According to the requirements and the data flow analysis of high - speed cable telemetry system and the requirements of different kinds well logging down hole tools , in order to meet the needs of the image well logging system , the data protocol had been designed 根据电缆遥传系统的总体要求和对各种测井仪器进行的需求分析，分析电缆遥传系统的数据流程，并在此基础上设计出满足各成像测井仪器需要的数据协议。
At the end , the study comes to the conclusion that the physical fundamentals of electromagnetic wave imaging logging are strong , and it is necessary to select the wave working mode and frequency carefully for measuring and displaying the multiphase flowing section in oil wells 研究结果不仅论证了电磁波成像测井具有坚实的物理基础，而且明确了正确测量和显示井内流体流动截面必须合理选择电磁波的工作模式和频率。
The deveioping imaging iogging technoiogy is quite adaptable to logging in complex inhomogeneous reservoirs and hence a ieading technoiogy in the worid today era2000 imaging iogging surface system uses internationai standard vme industry bus as its core of data acquisition Era2000成像测井地面仪采用具有国际标准的快速工业总线vme总线为数据采集的核心。系统使用高性能嵌入式计算机，实现网络化、开放式测井平台。
This article selects the stress computation model fit for anpeng field in accordance with the geologic feature and available well log and testing data , and then presents the method for computing each parameter required by the model using the imaging logging data 根据安棚油田地质特征和收集到的测井及测试资料，优选出合适的地应力计算模型，在此基础上，给出了用成像测井资料确定模型中各参数的方法，进而计算地应力。
