This paper is devoted to the textural characterization of nanoporous materials with a focus
on hierarchically ordered materials such as mesoporous zeolites, which exhibit an …

Detailed analysis of textural properties, eg, pore size and connectivity, of nanoporous
materials is essential to identify correlations of these properties with the performance of gas …

Nanoconfinement effects lead to the anomalous phase behavior of hydrocarbons in
nanopores. Besides the capillary pressure, the critical properties' shift and curvature …

The impact of wettability on the confined phase behavior of fluids is paramount for various
applications, such as gas storage, carbon dioxide sequestration, and water purification …

The confinement-induced phase transition of fluids has crucial implications for numerous
industrial and scientific applications, such as enhanced hydrocarbon recovery from …

For the first time, the presence of the critical point (CP) of fluids confined in nanopores is
unambiguously demonstrated and measured using a differential scanning calorimeter with …

Persistent uncertainties in understanding fluid phase behavior in natural nanoporous media,
including shale rock, remain a significant challenge to fully utilizing tight geological …

This study investigates the effect of confinement on the phase behavior of carbon dioxide
(CO2) and its implications for storage in nanometer-scale pores. A patented gravimetric …

The conventional cubic‒plus‒association equation of state (CPA EoS) is extended to
describe the phase behavior of non‒associating and associating fluids in nanopores. To …

The characterization of nanoconfined fluid critical properties is critical for nanoconfined fluid
phase behavior and flow capacity evaluation. To date, fluid–surface interaction strength is …