Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, A Romdhane, PL Nordmann, P Eliasson… - Geophysics, 2021 - library.seg.org
Risk assessment of CO 2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …
[引用][C] Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, A Romdhane, PL Nordmann… - …, 2021 - ui.adsabs.harvard.edu
Bayesian rock-physics inversion: Application to CO2 storage monitoring - NASA/ADS Now on
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[PDF][PDF] Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, MA Romdhane, PL Nordmann, P Eliasson… - 2021 - sintef.brage.unit.no
Risk assessment of CO2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure and …
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure and …
[PDF][PDF] Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, A Romdhane, PL Nordmann, P Eliasson… - …, 2021 - researchgate.net
Risk assessment of CO2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure …
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure …
[PDF][PDF] Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, MA Romdhane, PL Nordmann, P Eliasson… - 2021 - ngi.brage.unit.no
Risk assessment of CO2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure and …
quantify changes in selected reservoir properties such as CO2 saturation, pore pressure and …
Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, A Romdhane, PL Nordmann… - …, 2021 - pubs.geoscienceworld.org
Risk assessment of CO 2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …
Bayesian rock-physics inversion: Application to CO2 storage monitoring
B Dupuy, A Romdhane, PL Nordmann… - …, 2021 - pubs.geoscienceworld.org
Risk assessment of CO 2 storage requires the use of geophysical monitoring techniques to
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …
quantify changes in selected reservoir properties such as CO 2 saturation, pore pressure …