$Attribute fracture recognition profiles compared to the forward model profile.$

Attribute fracture recognition profiles compared to the forward model profile.

<p>(a) Geological model; (b) seismic forward modeling data volume, with a sampling rate of 2 ms and dominant frequency of 25 Hz; (c) coherence attribute profile; (d) curvature attribute profile; (e) gradient structure tensor attribute data volume; and (f) amplitude attribute.</p>

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Bibliographic Details
Main Author:	Chen Ma (714759) (author)
Other Authors:	Handong Huang (563142) (author), Youcai Tang (796463) (author), Suo Cheng (20890327) (author), Chao Wang (146527) (author), Xin Wang (91924) (author)
Published:	2025
Subjects:	Biochemistry Cell Biology Sociology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Chemical Sciences not elsewhere classified ultradeep tight limestone significant oilfield characterized improve oilfield production forward simulation records curvature attribute methods cannot adequately characterize attribute optimal surface attribute fusion method beaded &# 8221 slip fault zones fault zones slip faults &# 8220 fault causing yueman area xlink "> velocity zone traditional coherent tarim basin study proposed seismic noise seismic attributes seismic anomalies reflection pattern multiple attributes large errors karst traps gas exploration dynamic optimization different types critical issue controlled karsts contour features
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Attribute fracture recognition profiles compared to the forward model profile.

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