Synchro program is designed for: - GPR control - GPR data imaging - Processing (filtering) of sounding resultmore details>
The VIY5-600 Ground Penetrating Radar (GPR) can be used for location and analysis of underground objects using electromagnetic pulse radiation, up to 3,5 meters depth. The VIY5-600 GPR is suitable for searching of both metallic and dielectric objects (utilities, voids, fondation constructions, etc.).more details>
Planner program is designed for: Imaging of GPR profiles on the location plan GPR profiles position editing Objects? markers editing Export of GPR profiles and GPR markers to AutoCad Making graphic reports with addition of inscriptions and other graphic elementsmore details>
GPR is used for location and analysis of underground anomalies using electromagnetic pulse radiation.more details>
Always, it is important to use the correct or at least generally accepted terminology. Engineering geophysics, and in particular georadar industry, is no exception. And first of all, we need to understand what can be called a ground penetrating radar (GPR or georadar) and what not.
The term GPR includes the word radar (RADAR) is the abbreviation for RAdio Detection And Ranging - radio detection and range measurement. So, radar is a detection system that uses radio waves to determine the range, angle, or velocity of objects.
Accordingly, GPR is a system for detecting underground objects, as well as for determining their depth and geometric parameters.
If the system detects underground objects, but does not allow determining the position and depth , then such a system cannot be called a georadar. This is an important point, that is, even the most advanced metal detector, magnetometer or gravitometer cannot be called a georadar. The principle of operation of these devices does not allow measuring the depth to the object.
So, a?GPR is a device that detects and determines position and depth of underground objects using radio waves.
Download the product brochure with product specifications, features and main applicationsmore details
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