Where Are Underground Imaging Detectors Used?
03-02-2021
10:29
Where are underground imaging detectors used? Underground imaging detector; It is a type of detector that plays an active role in imaging the cave grave cavities, tunnels, underground materials, cavities, water or the entire underground map. In this way, it acts as a detailed detector in reaching underground targets. With its metal separation feature, gold veins and valuable minerals detection, underground imaging detector, which can detect cavities, caves and graves, can also detect entrances to these cavities.
Unlike the metal detector known as the field scanning device and treasure detector, the underground imaging detector can examine the depths of the earth and provide clear results by transferring images to the screen, thus the margin of error is almost non-existent. Thanks to underground imaging devices, underground detection can be done without digging and without causing damage to nature.
Best Underground Imaging Detector Brands
Some models of underground imaging detectors, which can find valuable minerals, detect the depth distance and location of the mineral, layer formations that are natural features underground, grave and cave cavities, buried objects such as treasures, allow the results to be displayed on the screen and graphs to be produced. Underground imaging detectors can have different functions depending on where they are used . For example; Thanks to the Proton Elic underground imaging detector, it can record with satellite coordinates when desired, in addition to indoor and outdoor night and day shots. Proton Elic offers the opportunity to scan in a helicopter when desired.
What is the Use of Underground Imaging Devices?
Thanks to these features of the underground imaging detector, which can examine the depths of the earth and transfer images to its screen to reach a result, the margin of error is quite low. Underground imaging devices are among the most useful devices for underground detection without digging and without causing damage to nature.
Geophysical research is considered one of the basic building blocks of environmental projects today. Where are underground imaging detectors used? They can be used in many areas, from finding abandoned underground storage tanks and facilities to mapping the complex structure of geology in solution research, finding landfill boundaries and other buried unknown problems. Underground imaging detectors, which find water resources as well as valuable minerals and take the user directly to the target, can perform a more comprehensive scan compared to treasure detectors and area scanning devices.
Underground Imaging Detectors , in addition to detecting precious metals, can search according to soil type, find cavities and make detailed depth measurements. In addition to finding precious metals, underground imaging detectors can also detect the depth distance and location of the mine, layer formations that are natural features underground, grave and cave cavities, buried objects such as treasures, and can produce graphics by reflecting the results on the screen.
Underground imaging, which can also detect underground water levels, can instantly evaluate the analyzed area with 3D graphics via computer in color. Thus, professional work can be done with these devices.
Underground Imaging Detector Usage Areas
- In museum and geoarchaeological research ground preliminary definition works,
- Astronomy institutes and meteorologists are searching for meteorites,
- In universities, schools and earth science departments,
- In underwater material and imaging,
- To enable search and rescue and post-earthquake life detection for institutions and organizations such as AFAD, UMKE, AKUT,
- In carrying out treasure and archaeological research for hobby or professional purposes,
- In municipalities, pipe and large water leakage detection, ground definition before underground excavation and detection of lost pipes and manholes,
- In detecting illegal pipe drawing lines,
- It is suitable for detecting all other ground or underwater anomalies.