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电磁阵列剖面资料的高密度处理与比较
引用本文:王怀坤,雷宛,罗有春,周文峰.电磁阵列剖面资料的高密度处理与比较[J].石油天然气学报,2009,31(1):43-47.
作者姓名:王怀坤  雷宛  罗有春  周文峰
作者单位:成都理工大学信息工程学院,四川,成都,610059
基金项目:中国石油化工集团公司科技攻关项目 
摘    要:电磁阵列剖面(EMAP)方法是深部地球物理方法中必不可少的手段,与高密度电法类似.它也是一种阵列勘探方法.其资料反演须计算稚可比偏导数矩阵,对于二维模型其反演计算量大.误差难干控制。研究使用高密度电阻率反演方法对EMAP资料进行处理解释.并与常规二维反演结果进行对比.发现这种应用不仅可行,而且运算量大大降低、误差可以控制,并且在确定目标体横向电阻率的差异和断层位置以及确定高阻基底的深度上效果更好。

关 键 词:EMAP(电磁阵列剖面)  高密度电阻率法  二维反演  效果比较

High-density Resistivity Processing and Comparing in Electromagnetic Method of Arrangement Profile Data
WANG Huai-kun,Lei Wan,LUO You-chun,ZHOU Wen-feng.High-density Resistivity Processing and Comparing in Electromagnetic Method of Arrangement Profile Data[J].Journal of Oil and Gas Technology,2009,31(1):43-47.
Authors:WANG Huai-kun  Lei Wan  LUO You-chun  ZHOU Wen-feng
Affiliation:College of Information Engineering of Chengdu University of Technology;Chengdu 610059;Sichuan;China
Abstract:Electromagnetic Method of Arrangement Profile(EMAP) was an essential instrument which was necessary in deep geophysical method.It was also a method of array exploration similar to high-density resistivity.It was necessary to compute Jacobi differential coefficient matrix in EMAP datum inversion.For 2-D model,its inversion calculation was very great.Its error was difficult to control.High-density resistivity was used to interpret EMAP data and contrast it with general OCCAM 2-D inversion result,and it is not...
Keywords:EMAP  high-density resistivity  inversion  effectiveness comparison  
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