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Detection of three metal pipes buried in soil to the depth of 1.0 to 1.5 m. Each pipe generates a path signal having a hyperbolic shape whose apex corresponds to the pipe location. Sounding frequency: 900 MHz. Location area: vicinity of Daugavpils, Latvia. |
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Detection of a karst cavity in limestone below a loamy layer. The cavity (enclosed in a circle) is seen as alternating strips in the left-hand part of the profile. Loam is displayed as a continuous signal in the upper part of the profile. Sounding frequency: 300 MHz. Location area: Dead Sea beach, Israel. |
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Profiling of an ancient river bed which is not seen through on the present-day profile. River bed signals are in the left-hand part of the profile. Signals from various lithological boundaries are seen in the upper part of the profile. Sounding frequency: 300 MHz. Location area: vicinity of Shventoy town, Lithuania. |
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This profile was obtained by sounding a drift wall in a salt mine. Well visible signals have a shape of multiple hyperbolas originating from an adjacent drift. Distance between the two drifts is approximately 7.5 m. Sounding frequency: 500 MHz. Location area: Mirny, Russia. |
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Sounding of a brick wall. Mid-part of the profile clearly shows a signal from an built-in metal cabinet. Sounding frequency: 2 GHz. Location area: Riga, Latvia. |
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Profiling of a sandy hill. Movement of a georadar was from the foot of the hill (left) to its top (right). Therefore, signals from the grown water table (shown by an arrow) and various boundaries are drifting down. A major nonuniformity (enclosed in a circle) is recorded almost at the top of the hill, at the depth of 35 m. Sounding frequency: 38 MHz. Location area: vicinity of Lilaste lake, Latvia. |
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Profiling of a lake bottom from the surface of 0.6 m thick ice. Movement of a georadar was across the river. Clearly seen signal is from the bottom and several near-bottom deposits. River depth: approximately 3 m. Sounding frequency: 38 MHz. Location area: vicinity of Baberbequ lake, Latvia. |
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Profiling of a sandy dune. Movement of a georadar was from the foot of the dune (left) to its top (right). Therefore, signals from the grown water table and various boundaries are drifting down. Dune height: 60 m. Sounding frequency: 30 MHz. Location area: dune Pyla, France. |
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Profiling of sandy moraine deposits. Sounding frequency: 70 MHz. Location area: Inchukalns, Latvia. |
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Profiling of a sandy hill. Movement of a georadar was from the top of the hill (left) to its foot (right). Therefore, signals from the grown water table and various boundaries are drifting up. Sounding frequency: 110 MHz. Height of dune 24 m. Location area: vicinity of Lilaste lake, Latvia. |
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