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Recognition of Anhydrite Intercalated Salt Deposit from Seismic Dataset Distorted by Noise
Acoustic inversion is useful to extract information from seismic data. Inhomogeneities of salt deposits should be predicted before the decision of underground storage location is made. The work concerns the possibility of detecting anhydrite intercalation in the rock salt from seismic dataset. The resolution strongly depends on signal to noise ratio. The synthetic pseudoacoustic impedance sections are generated for efficiency test of predictive and minimum entropy deconvolution process, when random noise distorts the seismic traces.
Recognition of Anhydrite Intercalated Salt Deposit from Seismic Dataset Distorted by Noise
Acoustic inversion is useful to extract information from seismic data. Inhomogeneities of salt deposits should be predicted before the decision of underground storage location is made. The work concerns the possibility of detecting anhydrite intercalation in the rock salt from seismic dataset. The resolution strongly depends on signal to noise ratio. The synthetic pseudoacoustic impedance sections are generated for efficiency test of predictive and minimum entropy deconvolution process, when random noise distorts the seismic traces.
Recognition of Anhydrite Intercalated Salt Deposit from Seismic Dataset Distorted by Noise
Kawalec-Latała Ewa (author)
2015
Article (Journal)
Electronic Resource
Unknown
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Recognition of Anhydrite Intercalated Salt Deposit from Seismic Dataset Distorted by Noise
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