Permeability prediction from mercury injection capillary pressure curves by partial least squares regression method in tight sandstone reservoirs
M Liu, R Xie, S Wu, R Zhu, Z Mao, C Wang - Journal of Petroleum Science …, 2018 - Elsevier
Permeability is an essential petrophysical parameter for reservoir modeling, reservoir
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …
Permeability prediction from mercury injection capillary pressure curves by partial least squares regression method in tight sandstone reservoirs
M Liu, R Xie, S Wu, R Zhu, Z Mao… - Journal of Petroleum …, 2018 - ui.adsabs.harvard.edu
Permeability is an essential petrophysical parameter for reservoir modeling, reservoir
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …
Permeability prediction from mercury injection capillary pressure curves by partial least squares regression method in tight sandstone reservoirs
M Liu, R Xie, S Wu, R Zhu, Z Mao… - Journal of Petroleum …, 2018 - hero.epa.gov
Permeability is an essential petrophysical parameter for reservoir modeling, reservoir
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …
classification, and productivity prediction in tight sandstone reservoirs. In this study, multiple …