2D/3D electrical exploration based on borrowing-line telecontrol electrode arrays
GE Wei-Zhong1,2(), LIANG Bing-He1, GAO Jian-Dong3, Lv Yu-Zeng2(), CHEN Long1,4
1. Guangxi Geophysical Society, Nanning 530023, China 2. Guilin University of Technology, Guilin 541004, China 3. Geological Exploration Institute of Shandong Zhengyuan, Jinan 250101, China 4. Shanghai Aidu Intelligent Detection Technology Co. Ltd., Shanghai 201108, China
The telecontrol electrode array is a new type of electrode array for power supply and observations that utilizes the carrier waves of the power-supply and measurement wires used in conventional electrical prospecting to transmit signals. By remotely controlling a series of coded electrode switches between various wires and their connections, this array allows for orderly power supply and measurements. This array enables flexible spacings between electrodes and the gradual expansion of the distances between power supply electrodes via remote control, thus achieving a gradient-based sounding array. The borrowing-line remote controller can be used combined with single-channel, multi-channel, and high-density resistivity instruments, and the combined arrays can perform 2D/3D electrical prospecting more effectively. Followed by the brief introduction of the principle of the borrowed-line telecontrol electrode array, this study discusses the applications and examples of this array and several combined arrays in the resistivity method and induced polarization (IP).
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