在全面论述阻抗张量分解进行大地电磁静校正原理的基础上，通过模型试算证明了该方法的有效性。
In this paper, the theory of why and how using decomposition of impedance tensors to correct static shift is illustrated. We use this method to...
通过深入分析，还得到了每个通用张量阻抗元素计算公式的直观表达式，显示出明确的物理意义。
Through deep analysis, we also got direct expression of calculation formula for each general tensor impedance element, showing a clear physical meaning.
大地电磁资料处理方法大多数都是对一段记录做傅氏变换，构成功率谱后再求张量阻抗元素。
Most magnetotelluric data processing methods make the Fourier transform of a segment record to get a power spectrum then to solve for tensor impedance element.
通过理论模型算例分析了三维反演中使用张量阻抗对角元素的重要性。
The importance of including the on-diagonal impedance tensor terms in 3D inversion is considered in the synthetic example.
通过理论模型算例分析了三维反演中使用张量阻抗对角元素的重要性。
The importance of including the on-diagonal impedance tensor terms in 3D inversion is considered in the synthetic example.
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