The transformed propagation resisti

The transformed propagation resistivity from commonly used one-dimensional model is affected largely by high salinity drilling fluid, and the change trend of amplitude ratio resistivity and phase shift resistivity is sometimes different. High salinity drilling fluid and large resistivity contrast between the virgin formation and drilling fluid may make the measurement over range. The improved transformation model takes the borehole radius and drilling fluid resistivity into account, so as to correct the borehole influence in real time. The borehole size can be obtained by ultrasonic, neutron, nuclear density tool, the amplitude ratio resistivity and phase shift resistivity transformation charts were calculated and saved as transformation database.
Oklahoma formation model was used to validate the effectiveness of the real time borehole correction method, and an ideal formation model was also built to validate the usability of the method in highly deviated wells. The results show that the method proposed in the paper can reduce the borehole influence, decrease the calculation dimension and improve the inversion efficiency of highly deviated and horizontal well logging data.

結果 (中文) 1:

从常用的一维模型的转化的传播电阻率很大程度上受钻井液的矿化度高，振幅比电阻率和相移电阻率的变化趋势有时是不同。高盐度钻井流体和大电阻率对比的处女的形成和钻井液可在范围内进行测量。改进的转换模型以井孔半径和考虑，以纠正在实时的井眼影响钻井液电阻率。钻孔大小可以通过超声波、 中子、 核密度测井仪、 振幅比电阻率和相移电阻率转换图表进行计算和保存作为转换数据库。俄克拉荷马州形成模型被用来验证实时井眼校正方法，疗效，还建立了理想形成模型，以验证该方法在大斜度井的可用性。结果表明本文提出的方法可以减少钻孔的影响、 减少维数计算和提高高度斜井和水平井测井资料反演效率。

結果 (中文) 3:

转化的传播电阻率常用的一维模型是由高盐钻井液在很大程度上影响，和振幅比和相位移电阻率电阻率的变化趋势也不同。高盐钻井液和大的原始地层和钻井液电阻率之间的对比可使测量范围。改进后的变换模型以钻孔半径和钻井液电阻率的考虑，从而实时修正井眼的影响。钻孔的大小可以通过超声，中子，核密度的计算工具，并保存为转换数据库的振幅比和相位移电阻率电阻率变换图。
奥克拉荷马的形成模型是用来验证的实时井眼校正方法的有效性，和一个理想的形成模型验证了该方法的可用性在高度偏离威尔斯。结果表明，本文提出的方法可以减少钻孔的影响，降低计算维数，提高大斜度井和水平井测井资料反演
效率。