Add to ORKGIn blended data acquisition, the recorded wave field is incoherent. Nevertheless blended source units in the arrays are historically chosen to be equal. We propose to abandon this constraint. This allows us to suggest the exploitation of inhomogeneous blended sources, together representing a Dispersed Source Array (DSA). Each source unit involved in the survey might be dedicated to a narrow and arbitrary frequency bandwidth, without the need to satisfy the wideband requirement. Inhomogeneous blending with DSA has several attractive potential advantages. The design of such sources is potentially simpler. In addition, the DSA concept opens the possibility to use tow depths and spatial sampling intervals that are optimum for specific sources. ...
In traditional seismic surveys, the firing time between shots is such that the shot records do not i...
In blended seismic acquisition incoherent source arrays are used to generate the seismic response. T...
In blended seismic data acquisition, the blended source wavefield should be designed in such a way t...
In blended data acquisition, the recorded wave field is incoherent. Nevertheless blended source unit...
In blended data acquisition, the recorded wave field is incoherent. Nevertheless blended source unit...
Blended source arrays are historically configured with equal source units, such as broadband vibrato...
Until now, blended source arrays are configured with closely spaced source units, such as broadband ...
Seismic sources deployed during a particular survey are historically chosen to be equal. However, fr...
Until now, blended source arrays are configured with closely spaced source units, such as broadband ...
The quality and business aspects are both of particular importance in determining the type of seismi...
In current seismic acquisition, the firing times between shots is sufficiently large to avoid tempor...
Seismic surveys are designed so that the time interval between shots is sufficiently large to avoid ...
We present a procedure for enhancing the data quality of shallow seismic data based on two different...
Blending is a recent seismic acquisition design, which allows seismic shots to interfere. Current pr...
We present a procedure for enhancing the data quality of shallow seismic data based on two different...
In traditional seismic surveys, the firing time between shots is such that the shot records do not i...
In blended seismic acquisition incoherent source arrays are used to generate the seismic response. T...
In blended seismic data acquisition, the blended source wavefield should be designed in such a way t...
In blended data acquisition, the recorded wave field is incoherent. Nevertheless blended source unit...
In blended data acquisition, the recorded wave field is incoherent. Nevertheless blended source unit...
Blended source arrays are historically configured with equal source units, such as broadband vibrato...
Until now, blended source arrays are configured with closely spaced source units, such as broadband ...
Seismic sources deployed during a particular survey are historically chosen to be equal. However, fr...
Until now, blended source arrays are configured with closely spaced source units, such as broadband ...
The quality and business aspects are both of particular importance in determining the type of seismi...
In current seismic acquisition, the firing times between shots is sufficiently large to avoid tempor...
Seismic surveys are designed so that the time interval between shots is sufficiently large to avoid ...
We present a procedure for enhancing the data quality of shallow seismic data based on two different...
Blending is a recent seismic acquisition design, which allows seismic shots to interfere. Current pr...
We present a procedure for enhancing the data quality of shallow seismic data based on two different...
In traditional seismic surveys, the firing time between shots is such that the shot records do not i...
In blended seismic acquisition incoherent source arrays are used to generate the seismic response. T...
In blended seismic data acquisition, the blended source wavefield should be designed in such a way t...