Ground imaging radar

Learn how ground penetrating radar works and get your GPR questions answered by GSSI. The technical design of ground penetrating radars can be classified into two groups. GPR systems that transmit an impulse and receive the reflected signal from the target are called Pulsed . GSSI introduces the fundamentals and theory of ground penetrating radar.

Learn the basic concepts of GPR, how it works and how to interpret the data as it is.

The antenna is moved over the surface of the medium to be inspected.

Capturing data with GPR, cameras and a .

GSSI provides the widest range of ground penetrating radar for concrete inspection, concrete imaging, roads, bridges, rails, rebar inspection and more. Our ground penetrating radar services will locate inclusions embedded in concrete walls, ceilings and floors. We perform bridge, concrete cover, and condition assessments and can also locate underground utilities providing exact location and approximate depth. Electromagnetic radiation which is non-destructive is used to detect reflected signals from structures within the subsurface.

Hence GPR systems can be used to detect dangerous objects before the system moves over and past them. GSSI believes training is so important because serious professionals know that the proper training on the equipment and in the application area is key to long term success and the avoidance of costly claims. SSI developments and manufactures highest quality ground penetrating radar and electromagnetic induction equipment available today. Ground - Penetrating Radar Equipment you need for your next project.

Contact us today for rental information. The principles of GPR operation are based on the ability of low frequency radar waves to penetrate into a . Just like X-ray and ultrasound can image the inside of your body, the Cobra Locator GPR can be used to image the inside of different materials and structures . Terraplus, Worldwide Geophysical Equipment Supplier,Geophysical Equipment sales and rentals, Borehole Systems and probes, GPR, Potassium magnetometers, resistivity meters, electrical resistivity, Susceptibility Meters, Overhauser Magnetometers. Ground Penetrating Radar (GPR) airborne systems are gaining an increasing attention as effective monitoring tools capable of underground investigation of wide areas.

The localization of people buried or trapped under snow or debris is an emerging field of application of ground penetrating radar (GPR). Most of the current forward-looking ground - penetrating radar. This paper presents an investigation of the effect of the antenna frequency band on the ground penetrating radar (GPR) image resolution. The investigation is achieved through simulations. In the simulations, two Scutcheon antennas are modeled as the receiving and transmitting antennas.

A cross-shaped object is buried . MIT has reached agreement with Geophysical Survey Systems, Inc. Engineers at MIT Lincoln Laboratory, who developed localizing ground - penetrating radar (LGPR), have . In this paper, the application of ground penetrating radar (GPR) imaging for detecting the water leaks from buried pipes is examined. The successive B-scan GPR measurements of the .