Spontaneous imbibition is a process of effectively wetting coal pores, which can improve
wetting uniformity. Therefore, spontaneous imbibition is critical for outburst, dust and …

Reservoir wettability is very important to predict the structure and residual capture capacity,
potential CO 2 leakage accidents and improve the risk assessment and sequestration safety …

随着致密砂岩储层CO2-EOR 项目的不断增加, 亟需对CO2 与致密砂岩储层流体在孔隙介质中的
相互作用机理进行研究, 但室内实验难以观察到CO2 与流体在孔隙通道中的动态过程 …

The interaction between crude oil and pore surfaces is notable in the process of CO 2 and N
2 flooding, and some crude oil can hardly be displaced and remains on pore walls in the …

The prediction accuracy of physical parameters from seismic data has strong dependence
on the quality of the used elastic parameters and rock-physics models especially for tight …

Gravity and capillary forces play pivotal roles in the natural capillary-driven spontaneous
imbibition process. The opacity of the medium and the intricate pore structure make it …

Saline aquifer, a geological body, is widely distributed in the world and has high CO 2
sequestration potential. Due to the large differences in viscosity and density between the CO …

The Jurassic strata constitute a focal area for recent exploration and development of tight
gas reservoirs in the western Sichuan Basin. This study investigates the Jurassic Shaximiao …

The pore‐throat structure and fluid mobility are the key factors of tight sandstone reservoir
classification and evaluation. Taking the Jurassic Shaximiao Formation tight sandstone …

The low-permeability argillaceous rock mass is an unfavorable geological body commonly
found in the construction process of underground engineering conditions such as roadways …