Although the slippage effect has been extensively studied, most of the previous studies
focused on the impact of the slippage effect on apparent permeability within a low pore …

The Darcy's law specifies a linear relation between the Darcy velocity of a fluid flow and the
pressure gradient that drives the flow. However, in low-permeability porous media, the …

Elucidating the microscale geological control mechanism of gas transport in coalbed
methane (CBM) reservoirs is the basis for efficient development of CBM reservoirs. At …

Tight sandstone has relatively low permeability, with various mineral pores. Hemiwicking on
micro-nano pore walls is special, which will finally influence the imbibition behavior …

Coal is a complex, porous medium with pore structures of various sizes. Therefore, it is
difficult to accurately describe the characteristics of pore structure by using the traditional …

The enhancement of fracture conductivity is vital for the efficient recovery of subsurface
resources, such as geothermal energy and petroleum hydrocarbons. Proppants, granular …

The sedimentary environment and organic matter enrichment relationship of the Upper
Ordovician Wufeng Formation black shale, Guanyinqiao mudstone, and Lower Silurian …

This study focuses on the comparative study of deep learning (DL) models for pore space
and discrete fracture networks (DFNs) segmentation in synthetic fractured digital rocks …

Detailed characterization of gas transport and storage in low-permeability and organic-rich
shales is associated with an array of challenges due to the complex morphology of the pore …

Nuclear energy contributes to 18% of national electricity generation. However, spent fuel is
currently stored on the surface, necessitating constant monitoring, which incurs significant …