Add to ORKGThis article is referred to the problem of source localization in visco-elastic medium using the results of surface seismological observation. There were investigated three technologies: Time Reverse Modeling, Diffraction stacking and Stacking correlation. The calculation is based on FEM
Accurate and automated locations of microseismic events are desirable for many seismological and ind...
International audienceThe scalar 2-D Helmholtz equation (i.e. ‘membrane waves’) can be used to model...
The objective of this thesis is to investigate the applications of Time Reversed Acoustics (TRA) to ...
This article is referred to the problem of source localization in visco-elastic medium using the res...
We introduce a new target-oriented localisation technique which does not require picking of events i...
Imaging of seismic events is of utmost importance not only in seismology but also in exploration geo...
Microseismic source location is the essential factor in microseismic monitoring technology, and its ...
Time reversal is a powerful tool to image directly both the location and mechanism of passive seismi...
Seismic source location specifies the spatial and temporal coordinates of seismic sources and lays t...
Seismic monitoring can greatly benefit from imaging events with a low signal-to-noise ratio (SNR) as...
There has been extensive work on seismic source localization, going as far back as Geiger’s 1912 pap...
Developed Time-Reversal Mirrors method to locate buried seismic sources, demonstrated super-resoluti...
In this work, we present a modified Time-Reversal Mirror (TRM) Method, called Source Time Reversal (...
© Published under licence by IOP Publishing Ltd.We examine the problem of localization determining a...
[1] The increasing power of computers and numerical methods (like spectral element methods) allows c...
Accurate and automated locations of microseismic events are desirable for many seismological and ind...
International audienceThe scalar 2-D Helmholtz equation (i.e. ‘membrane waves’) can be used to model...
The objective of this thesis is to investigate the applications of Time Reversed Acoustics (TRA) to ...
This article is referred to the problem of source localization in visco-elastic medium using the res...
We introduce a new target-oriented localisation technique which does not require picking of events i...
Imaging of seismic events is of utmost importance not only in seismology but also in exploration geo...
Microseismic source location is the essential factor in microseismic monitoring technology, and its ...
Time reversal is a powerful tool to image directly both the location and mechanism of passive seismi...
Seismic source location specifies the spatial and temporal coordinates of seismic sources and lays t...
Seismic monitoring can greatly benefit from imaging events with a low signal-to-noise ratio (SNR) as...
There has been extensive work on seismic source localization, going as far back as Geiger’s 1912 pap...
Developed Time-Reversal Mirrors method to locate buried seismic sources, demonstrated super-resoluti...
In this work, we present a modified Time-Reversal Mirror (TRM) Method, called Source Time Reversal (...
© Published under licence by IOP Publishing Ltd.We examine the problem of localization determining a...
[1] The increasing power of computers and numerical methods (like spectral element methods) allows c...
Accurate and automated locations of microseismic events are desirable for many seismological and ind...
International audienceThe scalar 2-D Helmholtz equation (i.e. ‘membrane waves’) can be used to model...
The objective of this thesis is to investigate the applications of Time Reversed Acoustics (TRA) to ...