A Modified Biot/Squirt Model of Sound Propagation in Water-Saturated Sedment
- 作者: Li H.X.1, Tao C.H.2, Goloshubin G.3,4, Liu C.5, Shi S.H.6, Huang G.N.1, Zhang H.1, Zhang J.1, Zhang X.F.1
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隶属关系:
- Department of Geophysics
- Second Institute of Oceanography
- Department of Earth and Atmospheric Sciences
- Tyumen Industrial University
- Earth exploration science and technology
- Bureau of Geophisical Prospecting INC.
- 期: 卷 64, 编号 4 (2018)
- 页面: 453-458
- 栏目: Physical Acoustics
- URL: https://journals.rcsi.science/1063-7710/article/view/186616
- DOI: https://doi.org/10.1134/S1063771018040061
- ID: 186616
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详细
A modified Biot/Squirt flow model was developed. The difference between MBISQ and BISQ models is the expression for the porosity differential. Numerical analysis shows that the acoustic dispersion predicted by MBISQ is much higher than by BISQ. Investigations of the effects of permeability, viscosity, and squirt flow length on velocity and attenuation indicate that the behavior of MBISQ agrees with that of the BISQ model. The result of sediment acoustic inversion based on MBISQ was more reasonable than the result of BISQ model.
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作者简介
H. Li
Department of Geophysics
编辑信件的主要联系方式.
Email: lihongxingniran@163.com
中国, Nanchang, 330013
C. Tao
Second Institute of Oceanography
Email: lihongxingniran@163.com
中国, Hangzhou, 310012
G. Goloshubin
Department of Earth and Atmospheric Sciences; Tyumen Industrial University
Email: lihongxingniran@163.com
美国, Houston, 77204; Tyumen, 625013
C. Liu
Earth exploration science and technology
Email: lihongxingniran@163.com
中国, Changchun, 130026
S. Shi
Bureau of Geophisical Prospecting INC.
Email: lihongxingniran@163.com
中国, Zhuozhou, 072751
G. Huang
Department of Geophysics
Email: lihongxingniran@163.com
中国, Nanchang, 330013
H. Zhang
Department of Geophysics
Email: lihongxingniran@163.com
中国, Nanchang, 330013
J. Zhang
Department of Geophysics
Email: lihongxingniran@163.com
中国, Nanchang, 330013
X. Zhang
Department of Geophysics
Email: lihongxingniran@163.com
中国, Nanchang, 330013
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