The pore structure is an important factor affecting reservoir capacity and shale gas
production. The shale reservoir of the Longmaxi Formation in the Changning area, Southern …

Evaluating reservoir properties at the pore scale is vital to better estimate hydrocarbon
reserves and plan field development. The lacustrine mixed siliciclastic-carbonate deposits of …

Reservoir characterization is of key importance in upstream industry as it ensures maximum
productivity of crude along with the selection of an appropriate method for economic …

The pore structure of a carbonate reservoir determines the fluidity and storage
characteristics of hydrocarbon, and it is vital for reservoir evaluation and oil and gas …

Rocks in Northwest China are often affected by the combined action of freeze-thaw and load
erosion. Therefore, in order to better understand the mechanical properties of rocks in …

Pore structural parameters of coalbed methane (CBM) reservoirs can be vital in establishing
their gas adsorption behaviors and gas transport capabilities. The fractal dimension of pore …

We have previously used surface chemistry analysis techniques to optimize the
functionalization of carbonate rocks with a silylated polyacrylamide-based relative …

This paper investigated the impacts of pore structure characteristics on pore water freezing
of sandstone at low temperatures. Freeze–thaw cycles (from− 20.0 to 20.0℃) were …

Mesogenetic dissolution is a critical process in the evolution and preservation of pore
spaces in carbonate reservoirs. While limestone dissolution has been extensively studied …

The heterogeneity of deeply buried carbonates (burial depth> 4500 m) is directly related to
the morphology of the micropores and connectivity of the pore network. It is important to …