In this paper, we discuss the numerical modeling of complex resistivity anomalies for Cole-Cole dispersion model by the Finite Element Method (FEM).
本文研究了用有限元数值方法模拟柯尔—柯尔复电阻率模型异常规律的问题。
Physical analysis of rock electrical properties show that the physical mechanism of dispersion of rock complex resistivity in different ranges of frequency.
根据岩石电性物理分析可知，不同频率范围，岩石复电阻率频散的物理机理不同。
Based on the rock conductivity model and with reference to calibration circuit in the dual laterolog tool, designed is calibration circuits in the complex resistivity logging tool.
在岩石导电模型的基础上，参考双侧向仪器刻度电路原理，设计出适用于复电阻率测井仪器的刻度电路，并给出用电路参数模拟不同地层的方法。
In order to identify oil and water layers accurately and know the oil-bearing property in the reservoirs better, complex resistivity well logging has already become an important new method.
为了准确识别油水层，加深对储层含油性的认识，复电阻率测井已经成为一种重要的新手段。
Tests of complex resistivity exploration on appropriate artificial model and known geologic structure have been made. The results have verified the feasibility and effectiveness of this method.
选择合适的人工模型和已知的地质构造，进行了复电阻率探测实验，验证该方法的可行性和有效性。
Its structure is quite complex, fault block well developed, lithology complex, formation water salinity variable and oil zones universally exhibit low resistivity.
其油藏结构复杂、断块发育、岩性与水性复杂多变，同时油层低阻现象普遍。
The resistivity decreased and complex electromagnetic parameters increased monotonically with increasing heat-treatment temperature and the Ni content.
随着烧成温度和纤维内镍含量的提高， 陶瓷纤维的电阻率下降，复电磁参数均增加。
The resistivity and complex electromagnetic parameters of silicon carbide composite fibers containing nickel were studied.
研究了含镍碳化硅纤维的电阻率和复电磁参数。
The complex electrical characteristics of low resistivity reservoir make the well logging interpretation difficult by conventional well logging information.
低阻油层由于其复杂的电性特征，致使利用常规测井信息解释难度较大。
The complex electrical characteristics of low resistivity reservoir make the well logging interpretation difficult by conventional well logging information.
低阻油层由于其复杂的电性特征，致使利用常规测井信息解释难度较大。
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