Recommended application field: The device can be incorporated into the construction companies for engineering seismic determine the impact of the environment on the vibrations of buildings and potentially dangerous structures such as nuclear power plants. Seismometer proposed in conjunction with a data processing system may be attractive for security organizations as the motion sensor at sites with an area of ??hundreds of hectares. It can be used in the border Services for the registration of a violation of state borders by road, and even individual. Now in Ukraine are 36 seismic stations, three of which are located in Odessa oblasti.Takoe number seismic stations for a country with a territory of over 600 thousand square meters. miles is not enough to study the seismic and monitoring in the Vrancea seismic areas. For example, in much smaller Austria to 300, the same in Poland, in England - over 200. Using the technology proposed in this paper, Ukraine can quickly close the gap in seismic surveys.

Advantages over analogues: The proposed seismometer can be used in studies of seismic events, such as seismic acoustic issuance, registration distant earthquakes, registration and location of surface waves of human origin Deep seismic and others. Ability to monitor the seismic noise, the intensity of which is the harbinger of destruction, it can be used in monitoring and preventing the destruction of the mining industry.

The development stage readiness: Pre-production model is made

Description of the development:
()
Seismometer is proposed to parametric geophones new generation, which is different high sensitivity and S / N ratio, the ability to record the variations in more seismoacoustic wide spectral range. S / N ratio by the device is substantially higher than that of the serial seismograph GURALP CMG-40T, which allows more reliably recorded seismic waves of low intensity. In developing the new technology used geophone Applied Optics - based holographic interferometer optical element (Goa), which is characterized by high sensitivity to microspacing. Rejection of a powerful magnet and coil geophone removes size limitations and cost. This allows universal geophones for land, subsea and downhole research. Designed geophone has a significant cost advantage compared to GURALP CMG-40T, depending on configuration (GPS receiver, analog-to-digital converter, power supply, cables, computer, etc.) 10.1 ths. (Vs. analog 130 thousand USD).

corresponds technical description
Ready for implementation

Possibility of transfer abroad:
Licence's sale
Licence's sale
Technological document's sale
Combinated reduction to industrial level

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua