2D and 3D Mt Amt Csamt IP Deep Geophysical Exploration Frequency Sensor Prospecting Magnetotelluric Electromagnetic Survey Tool for Geothermal Mine Oil

Introduction

The 2D and 3D MT (Magnetotelluric) AMT (Audio Magnetotelluric) CSAMT (Controlled-Source Audio Magnetotellurics) IP (Induced Polarization) Deep Geophysical Exploration Frequency Sensor Prospecting Magnetotelluric Electromagnetic Survey Tool is an advanced geophysical instrument designed for conducting comprehensive subsurface exploration and prospecting in various applications, including geothermal, mining, oil,gas industries. It combines multiple geophysical techniques to provide valuable information about the subsurface electrical conductivity, resistivity, and other geological properties.

Features:
High-frequency magnetotelluric sounding (100kHz-10Hz) can be used to carry out depth exploration from shallow depths of a few meters to one thousand meters, where human activities are most active. Audio magnetotelluric sounding (10kHz-0.1Hz) or long-period magnetotelluric sounding can also be used. (1kHz-10000s) or broadband electromagnetic sounding (10kHz-10000s) to carry out research on deep macro geological issues.

1.Mixing mode of natural and artificial sources Natural sources (MT, AMT) and artificial sources can be carried out (CSAMT, IP, TEM) and other electromagnetic methods;
Micromotion monitoring and conventional seismic data recording can also be carried out record.

2.Both tensors and scalars are observable 
Scalar measurements suitable for rapid censuses can be carried out and also, Tensor measurements of 2D and 3D geological structures can be performed

3.Portable on-site real-time imaging
It uses an embedded real-time operating system with parallel hardware processing, it realizes full-band acquisition while simultaneously capturing the electromagnetic field power spectrum and visual
Resistivity, phase, and correlation can be calculated in real time on-site and can be View Apparent Resistivity, Apparent Phase Profile of a Scalar or Tensor.

4.Efficient real-time parallel collection with multiple sampling rates
24kHz, 2400Hz extraction recording, 150Hz,15Hz continuous recording enables efficient EMAP continuous recording observation