Improvement of reliability on subsurface earth information extraction by solid array electrical geophysical method

本研究的目的是提高固体阵列电性地球物理方法提取地下地球信息的可靠性。在这两年内进行了以下考虑。使用固体电极阵列配置开发有效的测量模式.采用二维和三维（2D-3D）有限元法和三维电阻网络法进行高精度建模的研究.通过电阻率成像模型的计算机选择，探讨了高效、可靠的反演方法.选择实用解释理论应用于野外电阻率资料.立体阵列电法层析成像模型选择的可靠性评价。

The purpose of the present Study is the improvement of reliability on subsurface earth information extraction by solid array electrical geophysical method. The following considerations were performed during the two years.1. Development of effective measuring patterns using solid electrode array configurations.2. Investigation of high accuracy modeling using the two-dimensional and three-dimensional(2D-3D)finite element and the three-dimensional resistance network methods.3. Investigation of the efficient and reliable inversion methods by the computerized resistivity image model selection.4. Selection of the practical interpretation theory to he applied to tlie field resisitivity data.5. Evaluation of the reliability in the computerized geotomographic image model selection by solid arrav electrical methods.