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Research on modeling source effect of 3D CSAMT based on staggered-grid finite difference method 被引量:1

Research on modeling source effect of 3D CSAMT based on staggered-grid finite difference method
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摘要 There is usually source effect in the field work of controlled-source audio-frequency magnetotelluric method.Source effect is a thorny problem during field working,data processing and interpretation.Therefore,it is very important for the results of field prospecting to model source effect and summarize its influence rules.Based on the previous research,the authors use 3D finite difference method to simulate the electromagnetic field and set different anomaly situation to study the source effect in near-field measurement,then conclude the influence rules of source effect.Simulations provide the reference for the actual field work and data processing to correct the influence of source effect,so the information of the underground will be more approaching to the real. There is usually source effect in the field work of controlled-source audio-frequency magnetotelluric method. Source effect is a thorny problem during field working, data processing and interpretation. Therefore, it is very important for the results of field prospecting to model source effect and summarize its influence rules. Based on the previous research, the authors use 3 D finite difference method to simulate the electromagnetic field and set different anomaly situation to study the source effect in near-field measurement, then conclude the in-fluence rules of source effect. Simulations provide the reference for the actual field work and data processing to correct the influence of source effect, so the information of the underground will be more approaching to the real.
出处 《Global Geology》 2017年第1期53-58,共6页 世界地质(英文版)
基金 Supported by project of China Geological Survey(No.12120113098400)
关键词 CSAMT staggered-grid f inite difference source effect three-dimensional simulation 有限差分法 CSAMT 交错网格 建模 可控源音频大地电磁法 三维 野外工作 数据处理
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