Geophysical tomography system "Geotomo"
intended for
- Seismic, acoustic or electromagnetic
geophysical research data processing for mining or industrial geological
problems solving
features
- Interactive and automatic picking
of different seismic wave types.
- Interactive building of multi-boundary
seismic sections by refraction waves observations. Effective and boundary
velocity analysis, migration compensation.
- Ray geometry calculation for different
measurement schemes. Thus - seismic and electromagnetic research, cross-hole,
surface and reflection data are suitable.
- Interactive edition and analysis
of dynamic wave parameters for absorption and scattering media properties
research.
- Ray and diffraction-wave tomography
reconstruction of rock media sections, with a prior information accounting.
- Display and printer diverse visualization.
based on
- Methodology of seismic ray geotomography
through reflection wave 2-D and 3-D measurements data.
- Algorithms of ray tomography data
reconstruction and special methods of reconstructed sections processing.
- Methodic of complex wave times
and amplitudes usage for velocity and general absorption-scattering factor
determination.
- Diffraction tomography reconstruction
within single- scattering approximation technique for complex scattering
factor determination and division it into delay and absorption parts.
- Methodology of complex seismic
tomography usage within ore search or engineering research.
- Algorithms for refraction wave
data interpretation - for seismic migration attenuation and lateral heterogeneities
localization.
- Experience in complex geophysical
and geological data usage for 3-D geological reconstruction of ore regions.
- Methodology and algorithms of different
geophysical fields time variations data treatment - for medium energoactivity
investigation - in ecological, ore search and engineering geology purposes.
