Company address office 307, 13 Yevhena Sverstyuka str. Kyiv 02002, Ukraine Company E-mailinfo@viy.ua         Company phone+380 44 2408594

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Telbin technology

Shipment of VIY GPR from Europe

Shipment of VIY GPR from Europe

For convenience our customers we created stock in the Germany. It is possible to order our products by B.E.S.T Elektronik GmbH

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VIY5-1500 Ground Penetrating Radar

VIY5-1500 Ground Penetrating Radar

Concrete scanner VIY5-1500

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Synchro Software

Synchro Software

Synchro program is designed for: - GPR control - GPR data imaging - Processing (filtering) of sounding result

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Stock in Europe

Stock in Europe

For convenience our customers we created stock in the Germany. It is possible to order our products by B.E.S.T Elektronik GmbH

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VIY5-600

VIY5-600

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.).

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Planner Sofware

Planner Sofware

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 elements

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Geological surveys

Geological surveys

GPR is used for location and analysis of underground anomalies using electromagnetic pulse radiation.

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GPR Bathymetry

GPR Bathymetry

GPR provides water depth and sub-bottom stratigraphy in freshwater lakes and rivers. Surveys can be carried out from small boats, rafts or even through the ice.

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Geological surveys

Geological surveys

GPR is used for location and analysis of underground anomalies using electromagnetic pulse radiation.

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One of the main GPR parameters is the depth of detected objects. The maximum depth of the object detection is defined by the signal/noise ratio. In other words, the GPR that has the wider dynamical range will have the bigger depth of the object detection.

For pulse GPRs the most effective way to widen a dynamical range is 'stacking'. The increase of stacking number leads to an increase of signal/noise ratio but at the same time the increase of stacking number leads to the sounding speed decrease.

 

 

The picture above shows how a noise effective value changes along with stocking number change.

Transient Technologies LLC introduces its the latest engineering development - Telbin technology.

This technology allows to apply a considerable stacking number and to keep the high speed of sounding at the same time.

On the picture above you can see an influence of stacking number on the effective noise value.

But to compensate the valid signal decreasing in GPR data processing you should apply an uneven gain.

In VIY GPRs using the Telbin technology and applying an even gain, the noise decreases with sounding depth increasing.

Therefore, applying an uneven gain to that GPR profile, the effective amplitude of the noise will become even.

 

Using the Telbin technology you can increase signal/noise ratio substantially and so the sounding depth will be enlarged. Along with it the sounding speed (number of traces per second) will keep high.

Telbin technologies, compare data 

Please find here more information about VIY3 software.


To the owners of VIY GPRs of previous series:

You can update your GPR's firmware and add Telbin technology to your GPR as well.

Please contact your regional Transient Technologies office.

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Headquarter

office 307, 13 Yevhena Sverstyuka str. Kyiv 02002, Ukraine
phone: +380 44 2408594

E-mail: info@viy.ua

EU office

Wallstr. 89 D-45770 Marl Germany
Tel: +49 2365 18872
Fax: +49 2365 502271

E-mail: eu_buro@viy.ua

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