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Water source detector selection method?

Author:Kingtoo SecurityLink:http://www.jtanjian.com/col.jsp?id=107
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With the development of China's industrialization, professional groundwater mine detector wide range of applications, mainly used in several major aspects:


In the first aspect, it is widely used to find detailed investigation and survey of metal ore and nonmetallic ore, reduce the risk of mine investment and improve the success rate and scientificity of mining.


In the second aspect, it is widely used to find groundwater surveys and census exploration to address the needs of drinking water, industrial water and agricultural irrigation;


The third aspect, at the same time for engineering geological exploration, disaster geological exploration, coal mined-out area, archaeological excavation, urban geophysical exploration, non-metallic pipeline survey applications.

The problem is coming, and the type of groundwater detector is varied. How should we choose the right groundwater detector at the time of purchase?


There are two types of groundwater detectors that are currently sold on the market. The first is to compare the changes of the parameters related to the change of the resistivity caused by the natural electric field and the geological structure. The geologic anomaly is to be analyzed. The second is to measure the natural electric field to reflect the strength of the underground resistivity changes, so as to analyze the location of the groundwater, depth and other related information. The first working principle of the groundwater detector model for the MPI-type natural electric field geophysical instrument, the second working principle of the groundwater model ADMT-2S type, ADMT-1S multi-function electric water detector.


MPI type of groundwater detector because of the working principle is more limited, so the application is gradually reduced.

ADMT-2S electric water meter using natural electric field and different geological structure (groundwater is a benign conductor) generated by the change in resistivity and other related parameters to determine the analysis we are looking for groundwater (bedrock fissure water, cave water, Pebble water, etc.). You can understand the location of the water through the three-dimensional screens, depth, water and other related information. Compared with the MPI type groundwater detector has a very obvious advantage: fast, high precision, understanding of information, the instrument light, simple operation, and access to a number of patents.


ADMT is the prospecting, exploration of professional detectors, is currently on the market with the most extensive, cost-effective probe for the exploration of water, is the best choice for procurement of water filters.