PRODUCT
Low-frequency, high-depth ground penetrating radar
Applicable to geological hazard assessment and management, engineering exploration and design related projects; mineral resource exploration, engineering geological survey, and hydrogeological research fields.
keyword
Product Detail
Product Use:
Suitable for geological hazard assessment and management, engineering exploration and design related projects; mineral resource exploration, engineering geological survey, and hydrogeological research fields. Specific classifications are as follows:
◆Mineral resource exploration: Locating metal ore bodies, oil and gas structures or coal seams, identifying mineralized zones, etc.;
◆Engineering geological survey: Detecting karst, faults, underground rivers, etc., assessing the stability of tunnels and dam foundations;
◆Hydrogeological research: Delineating aquifers, groundwater channels, or monitoring the spread of pollution plumes;
◆Archaeological and glacial research: Discovering buried remains (such as ancient tombs, city walls) or measuring glacier thickness and subglacial topography;
◆Disaster early warning: Assessing landslide structure and goaf collapse risk.
Performance Parameters:
Low-frequency, deep-depth geological radar
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Antenna Type
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Rope-shaped or plate-shaped
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Antenna Frequency
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50/12.5MHz (Customizable)
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Detection Depth
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Within 100m
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Operating Mode |
Continuous measurement, point measurement |
Total Weight |
<6kg |
Case Studies:
Detection Project: Non-shielded radar detection of a coal mine in Shizuishan City;
Detection Requirements: 12.5M detection above the main shaft of the coal mine; (After on-site communication with mine personnel, the survey line is located above the projection of the main shaft)
Site Description: This is a CAD plan of the main and auxiliary inclined shafts of the Baijigou Coal Mine. The main shaft extends downwards from the ground at an angle of 16°, with a length of about 300m and a vertical height of about 100m. This detection is from the shaft body towards the shaft mouth. The overlying layer above the main shaft is bedrock.
12.5M detection of the area above the main shaft;
Using 12.5M for detection, the total length of the survey line is 63m, with a point spacing of 0.5m;
Data Images:
Data Description: Analysis of the data shows that the yellow-marked area has continuous coherent reflections, and the secondary waves of the radar signal are obvious. Combined with the on-site situation, it is preliminarily determined that this is the reflected signal of the main shaft mouth. The depth at the starting point is 24.46m, the depth at the intersection of the mountain and the flat ground is 43.43m, and the depth at the end point is 67.53m. The elevation difference in the horizontal position is 18.97m. The angle of this radar coherent reflection signal is calculated to be 17°.
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