Functions:
GT-10 Mineral adopts a large-size transmitting loop and high-current pulses to emit a primary magnetic field into the ground and observe the decaying secondary-field response, enabling high-sensitivity detection of deep low-resistivity ore bodies, fault structures, and geothermal reservoirs. The effective detection depth can reach several hundred meters, suitable for metal mineral exploration, deep geological mapping, and geothermal resource surveys in mid-to-deep exploration scenarios.
Typical Applications:
Mid-to-deep resource exploration (30–600 m, minerals, groundwater, oil & gas); geothermal and oil & gas surveys in high-resistivity overburden areas (carbonate rock, igneous rock, permafrost); environmental and hazard monitoring (water-filled karst, geological structure identification); subaqueous geological engineering surveys for oceans, lakes, etc.; polymetallic ore localization, scale, and reserve evaluation; groundwater exploration, water-filled zones, and electrical stratigraphy; engineering geological surveys (tunnels, subways, underground pipelines, coal mine goafs).