Angular and frequency-dependent wave velocity and attenuation in fractured porous media

JM Carcione, B Gurevich, JE Santos… - Pure and Applied …, 2013 - Springer
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …
被引用次数：84 相关文章

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos… - Pure and Applied …, 2013 - infona.pl
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media.

J Carcione, B Gurevich, J Santos… - Pure & Applied …, 2013 - search.ebscohost.com
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos, S Picotti - 2013 - notablesdelaciencia.conicet.gov.ar
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …

[引用][C] Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos… - PURE AND APPLIED …, 2013 - ricerca.ogs.it
Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media
IRIS IRIS Home Sfoglia Macrotipologie & tipologie Autore Titolo Riviste Serie IT Italiano Italiano …

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos… - Pure and Applied …, 2013 - sedici.unlp.edu.ar
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …
[PDF] researchgate.net

[PDF][PDF] Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM CARCIONE, B GUREVICH, JE SANTOS… - Pure Appl …, 2013 - researchgate.net
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at …
[PDF] lucabaradello.it

[PDF][PDF] Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM CARCIONE, B GUREVICH, JE SANTOS… - Pure Appl …, 2013 - lucabaradello.it
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at …

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos… - Pure and Applied …, 2013 - ui.adsabs.harvard.edu
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …

Angular and Frequency-Dependent Wave Velocity and Attenuation in Fractured Porous Media

JM Carcione, B Gurevich, JE Santos, S Picotti - 2013 - ri.conicet.gov.ar
Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …