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- Release on2023-12-28
- The need for techniques that provide rapid area coverage and detailed imaging of the subsurface to evaluate the historical sites without intrusive investigations naturally leads to exploiting the power of GPR....Read More>>
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- Release on2023-12-25
- Explore hardrock (kimberlites, quarry stone) and sedimentary (potash) Map stratigraphy Detect hazards for mine safety...Read More>>
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- Release on2023-12-21
- Engineered development and assessment of groundwater conditions demand solid definition of subsurface conditions. GPR’s ability to define geologic strata and detect anomalous geologic structure makes it a regular tool in the engineering geophysicist’s arsenal of methods. In addition, GPR is one the few methods that is directly sensitive to the water content and chemistry. Applications range from route selection for roads, railway and pipelines to karst evaluation....Read More>>
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- Release on2023-12-13
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- Release on2023-11-08
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- Release on2023-10-25
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- Release on2023-10-08
- Spectrometer...Read More>>
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- Release on2023-09-26
- NOGGIN 250 SmartCart; it is compact, portable, and rugged and designed for deployment on smooth to moderately rough terrain. ...Read More>>
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- Release on2023-09-25
- GPR responses vary greatly depending on the target being sought and the host material. GPR response variability can be challenging to new GPR users....Read More>>
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- Release on2023-09-25
- Noggin 1000 SmartCart is a compact portable and rugged GPR for golf course maintenance...Read More>>
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- Release on2023-09-25
- “How deep can You see?” is the most common question asked of ground penetrating radar (GPR) vendors. While the physics is well known, most people new to GPR do not realize that there are fundamental physical limitations....Read More>>
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- Release on2023-09-25
- Ground Penetrating Radar (GPR) is the general term applied to techniques which employ radio waves, typically in the 1 to 1000 MHz frequency range, to map structures and features buried in the ground (or in man-made structures). Historically, GPR was primarily focused on mapping structures in the ground; more recently GPR has been used in non-destructive testing of non-metallic structures....Read More>>
