计算结果表明，足够多的感应测井曲线，能够可靠地获得二维电阻率剖面。
The computation result shows that satisfying two dimensional resistivity profile can be obtained by using sufficient induction logging curves.
分析了高分辨率阵列感应、核磁共振、过套管电阻率等测井新技术在薄差水淹层测井解释中的应用效果。
Application effects of new technologies like high definition array induction, P-NMR, CHFR in thin-poor pays which have been water flooded.
把双感应测井和浅电阻率测井或者微电阻率测井组合，假定为台阶状电性剖面条件下，可以校正侵入对深感应的影响。
If the dual-induction log is combined with a shallow laterolog or microresistivity log, it is possible to correct for the effect on invasion on the deep log, assuming a step profile.
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