Forward modeling is used to determine the general response of most electromagnetic logging measurements, unlike nuclear measurements whose response is determined mainly in laboratory experiments.
正演模型用来确定电磁测井测量的基本响应，和主要由实验室确定响应的核磁共振测量不同。
The measurement principle of CHFR logging is studied by using electromagnetic field theory and transmission line model, and CHFR logging response equation is established.
根据电磁场论和传输线模型研究CHFR测井的测量原理，建立CHFR测井响应方程。
The response of electromagnetic pulse logging in anisotropic formation was simulated with three-dimensional finite-difference time-domain (FDTD) method in cylindrical coordinate system.
利用三维柱坐标系时域有限差分(FDTD)方法计算了各向异性地层中电磁脉冲测井响应。
Through forward simulation and flow experimental measurement, response data of the array electromagnetic sensors is obtained to study the characteristics of electromagnetic image logging.
通过正演仿真和实验测量，获得阵列电磁传感器测量数据，研究电磁流动成像测井测量响应特征。
Through forward simulation and flow experimental measurement, response data of the array electromagnetic sensors is obtained to study the characteristics of electromagnetic image logging.
通过正演仿真和实验测量，获得阵列电磁传感器测量数据，研究电磁流动成像测井测量响应特征。
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