Seismograph Seismic detection Seismics FS-Reflexion

Seismograph Seismic detection Seismics FS-Reflexion

Seismograph FS-Reflexion

Using geophysical seismic methods, you can explore voids in subsurface structures. The results of such measurements, as signal propagation time and amplitude, can be recorded and then analyzed for the presence of anomalies in the studied area.

FS-Reflexion-geophysical measuring device is designed for positioning of underground cavities (caves, bunkers, tunnels or basements). Seismograph works as an emitter and a receiver of seismic waves. The transmitter generates a hesitation of waves in the ground, depending on the soil structure, the amplitude of the wave is changing. When it detects an object, the emptiness starts to resonate at a particular frequency, the signal is captured by a seismic oscillation receiver.

FS-Reflexion can be used everywhere as the Rocky (mountains), and the clay soil.

Seismograph FS-Reflexion consists of the following operation modes:

Checking for degradation of the seismic pulse testing for degradation seismic pulses;

view the data with their subsequent record, to provide their view of data in a graphical format, and then burn to result in graphical form;

The energy diagram of frequency analysis to seismic activity diagram for   analysis of seismic activity;

data transfer to PC for graphical analysis of 3D data transfer to PC for graphical analysis in 3D.

The measurement results can be analyzed using chart . In this diagram, a large deviation from the halfway line, at certain frequencies, points to the existence of underground cavities. In addition, the measurement data can be represented using 3D images and analyzed with the help of a professional Visualizer 3D software package. Thus, the underground voids might not only represented visually but also analyzed-showing their exact location, size and depth.