过套管电阻率测井(TCRL)是电法测井的一个新领域。
Through Casing Resistivity logging (TCRL) is a new field in the electric logging.
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.
开发了一种利用计算机图形绘制多口井测井数据的应用程序，实现了用数学上的正态概率分布法来反映视地层水电阻率的变化规律，并根据其变化规律判别储层的流体性质，效果良好。
The variation rules of apparent formation water resistivity was reflected by using normal probability distribution, according to its changing rules, the fluid property was judged with good result.
使用的物探方法有重力、地面和航空磁法、地面和航空电磁、IP／电阻率法、钻孔物探测井及地震反射。
Methods used have been gravity, ground and airborne magnetics, ground and airborne electromagnetics, IP/resistivity, downhole geophysical logging, and reflection seismic.
采用有限元素法进行三维数值模拟研究微电阻率成像测井响应。
FEM (Finite Element Method) is used for 3d numerical simulation to study micro resistivity imaging logging responses.
采用有限元素法进行三维数值模拟研究微电阻率成像测井响应。
FEM (Finite Element Method) is used for 3d numerical simulation to study micro resistivity imaging logging responses.
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