摘要题目：基于LEAD平台的常规电阻率测井方法与应用分析摘要测井，也被人们称为地球物理测井。它是基于岩层的物理性质，选用合理的方法，对地球参数进行测量的一种应用技术学科。LEAD软件作为由中国石油测井有限公司主导，国内多家公司合作研发的测井软件，能够将多种测井的应用功能集合在同一平台下的一款测井处理评价软件，具有非常完善的平台基本操作功能，并且有着较强的测井数据处理能力。本次设计主要是基于LEAD平台，利用常规电阻率测井方法对数据进行处理、分析和解释。用所给的“长江一井”常规测井数据及相关的录井资料，通过资料解编、曲线校正、合并曲线进行前期处理，选择CRA程序运用常规电阻率测井方法对所给测井资料进行常规测井处理，对实验得出的结果进行分析和解释。通过实验结果说明常规电阻率测井方法主要包括哪几种，并说明在设计中所用到的测井方法及其相关应用。关键词：常规电阻率测井；测井方法；应用分析摘要ABSTRACTWelllogging,alsoknownasgeophysicallogging.ItisanappliedtechnicalsubjectthatUSESthephysicalcharacteristicsofrockstrataandselectsreasonablemethodstomeasuretheearthparameters.AsalogsoftwareledbyChinapetroleumloggingco.,ltd.anddevelopedjointlybymanydomesticcompanies,LEADsoftwareiscapableofintegratingmultipleloggingapplicationfunctionsintoalogprocessingandevaluationsoftwareunderthesameplatform.Ithascompletebasicoperationfunctionsoftheplatformandstrongloggingdataprocessingcapabilities.ThisdesignismainlybasedontheLEADplatformandUSEStheconventionalresistivityloggingmethodtoprocess,analyzeandinterpretthedata.Theconventionalloggingdataandrelatedloggingdataof"changjiangno.1well"wereusedforpre-processingthroughdatacompilation,curvecorrectionandcombinationcurve.CRAprogramwasselectedtoperformroutineloggingprocessingonthegivenloggingdatawithconventionalresistivityloggingmethod,andtheresultsobtainedfromtheexperimentwereanalyzedandinterpreted.Theexperimentalresultsshowthattheconventionalresistivityloggingincludesnormalresistivitylogging,laterallogging,inductionloggingandmicroelectrodelogging,andtheloggingmethodsusedinthedesignandtheirrelatedapplicationsarealsodescribed.Keywords：Conventionalresistivitylogging;Wellloggingmethods;appliedanalysis目录目录摘要............................................................................................................................IABSTRACT..................................................................................................................II1绪论............................................................................................................................31.1选题背景及目的..............................................................................................31.2国内外研究现状..............................................................................................41.2.1随钻测井技术.......................................................................................41.2.2成像测井技术.......................................................................................51.2.3声波测井技术.......................................................................................51.2.4电法测井技术.......................................................................................51.3论文主要研究内容..........................................................................................52常规电阻率测井原理................................................................................................62.1引言..................................
