Nuclear magnetic resonance (NMR) has been widely used to evaluate the pore size
distribution (PSD) properties of coals. However, the NMR signal itself only provides a …

Both the characteristics of lithofacies and tectonic movements are important factors in
controlling the development, destruction, and preservation of pores in shale reservoirs …

An explicit relationship between seepage properties and microscopic structure of porous
media is being sought for the development of oil and gas resources. An effective method to …

A model for gas transport in shale is proposed by accounting for three major fluid flow
mechanisms in shale stratum, which is modeled as a 3D fractal media. The proposed …

Hydrate saturation estimation in the field is mainly controlled by proper interpretations of
downhole electrical logging data based on Archie's law. However, saturation exponent …

The pore size distribution (PSD) and fractal dimension of tight sandstone are studied with
mercury intrusion porosimetry (MIP). Four different fractal models are used to calculate …

Process engineering of food materials is strongly associated with their microstructure, which
quantification allows proper selection of equipment operating conditions, monitoring …

Abstract The Kozeny-Carman (KC) equation has been widely used in many fields including
shale and tight reservoirs, soil physics and chemical engineering. However, accurate …

Pore–throat structure is a key factor that influences the storage and fluid flow capacity of tight
sandstone reservoirs. By performing petro-physical characteristic tests, scanning electron …