FMI has got good geologic effect since being put on the market and has become the most widely used image logging method.
自投放市场以来，它在诸多方面取得了良好的地质效果，已成为应用最为广泛的成像测井方法。
With the emerge of image logging, especially micro-resistivity image logging(FMI), near borehole geological conditions will be evaluated quantitatively and directly.
随着成像测井技术（尤其微电阻率成像测井FMI）的开发，使得近井壁地质现象可以得到直观、定量的评价。
Full - bore Micro resistivity Scanner Imager (FMI) is one of the most advanced image logging techniques of Schlumberger.
全井眼微电阻率扫描成像测井(简称fmi)是斯伦贝谢公司最为先进的成像测井技术之一。
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