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Collaborating Authors
Results
Borehole Stoneley Wave Propagation Across Permeable Structures: Comparison Between Theory And Experiment
Zhu, Zhenya (Earth Resources Lab M.I.T. (ERL/MIT)) | Tang, X.M. (New England Research Inc.) | Cheng, C.H. (ERL/MIT) | Tokso¨z, M.N. (ERL/MIT)
Tang and Cheng (1991) explicitly modeled the borehole fractures as a permeable porous zone, The attenuation of borehole Stoneley waves across a perme-in which a simplified Biot-Rosenbaum theory (Tang et al., able structure (e.g.
amplitude, attenuation, borehole, borehole stoneley wave propagation, diameter, ethyl alcohol, experiment, fracture, log analysis, permeable zone, porous layer, propagation, receiver, Reservoir Characterization, Stoneley wave, transducer, transmission coefficient, Upstream Oil & Gas, waveform, well logging
SPE Disciplines: