To better evaluate the reservoir quality and optimize shale gas extraction, it is necessary to
quantitatively characterize pore structure in shale reservoirs using complementary methods …

The porous structure of coal directly determines its gas transport property. The fluid flow
behavior of coal is one of the key science questions that will influence the coal energy …

Pore, mineral and petrographic properties of shale conjunctionally determine the gas
storage and transport properties of gas shale reservoirs. To investigate how these …

Moisture-induced reduction in the strength of shales is one of the primary mechanisms of
roof degradation affecting the stability and safety of underground coal mines. The underlying …

In this paper, systematic research of the physisorption characteristics of oxygen in low-rank
coals had been carried out using the Grand Canonical Monte Carlo (GCMC) and the Density …

The heterogeneities of shale are manifested in the complex pore spatial configurations and
the wide distribution of pore sizes. The recent advances of high-resolution imaging …

The significance of pore structure and fractal characteristics is important for understanding
untapped Coalbed Methane (CBM) exploration. In this study, these features of low rank coal …

The characterization of shale pore structure is extremely important to shale gas exploitation.
Various techniques have been employed to characterize the pore size distribution (PSD) in …

Internal pore surface heterogeneity and pore matrix irregularities have a decisive influence
on the gas adsorption capacity and transportation in the coalbed methane (CBM) reservoir …

Tectonism caused strong deformation of the Wufeng-Longmaxi Formation in the periphery of
the Sichuan Basin, which affected the pore-fracture of the organic-rich shale and migration …